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Smart eco-city concept with green roofs and vertical gardens with mixed-use development: residential, commercial, and leisure zones.

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Social impacts:

Provides luxury housing and international lifestyle amenities

Limited accessibility for local population due to high property prices

Economic impacts:

Attracts foreign investment and job opportunities.

Environmental Impacts:

Built on reclaimed land, disrupting coastal marine ecosystems.

High carbon footprint from large-scale development and transport.

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Key Features

Mixed‑use botanical & leisure precinct across three gardens (Bay South/Bay East/Bay Central), anchored on 101 ha of reclaimed land

Cooled conservatories:

Flower Dome: world’s largest column‑free glasshouse, Mediterranean climate; diverse global flora

Cloud Forest: misty montane environment with 35 m waterfall

Smart & sustainable systems:

Flash‑sensing retractable shade sails; glass that admits light yet blocks heat

Displacement cooling via chilled slab piping; dehumidification with recycled desiccant

Combined‑heat‑power fueled by biomass (horticultural waste); gasification pilot (2019) converting onsite waste into energy & biochar

Rainwater lakes for irrigation and stormwater management, with reed/yew wetlands filtering and fostering biodiversity

Connectivity & infrastructure: MRT station (TEL line) opened in 2022; park-wide trails, cycle access, food & retail outlets

Community & edutainment hub: educational tours, seasonal flower shows, 20 000‑capacity event meadow, nine F&B venues—including “Satay by the Bay”—and nightly Garden Rhapsody light‑and‑sound shows

Impacts

Social

Who benefits: Multi‑age engagement—families, tourists, horticulturalists, students, and local residents; 40 % local visitor rate .

Community enrichment: Educational programming, inclusive public spaces; promotes social cohesion, wellness, nature‑based recreation.

Displacement: Built on reclaimed land, not displacing existing communities—no significant relocation occurred.

Quality of life: Enhanced urban aesthetics, access to green spaces and cleaner air, plus vibrant cultural programming like light shows and festivals.

Economic

Job creation: Roles in construction, horticulture, park operations, F&B, events, research, and retail.

Tourism revenue: World‑class destination attracting millions of visitors annually; feeds into Singapore’s sustainable tourism brand

Cost investment: Significant initial public funding with ongoing operational revenues via admissions, events, retail, food venues.

Business opportunities: Stimulates innovation (e.g., gasification), supports green-tech pilots (SP Group), and inspires landscape architecture globally.

Environmental

Sustainability tech: 30 % energy savings from efficient conservatory cooling; solar panels on Supertrees generate ~1 MW

Water & circular cycles: 95 % rainwater capture; lake-assisted filtration; reuse in irrigation; onsite biomass-to-energy systems & biochar application

Biodiversity enhancement: Mangrove wetlands, freshwater habitats supporting fish, birds, dragonflies, otters—boosting urban ecosystems

Nature offset & air quality: Over 1.5 million plants help sequester CO₂; green infrastructure reduces heat island effects

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A futuristic linear city stretching across the desert with zero-carbon smart infrastructure, backed by Saudi Arabia’s Vision 2030.

Smart linear city concept based on renewable energy, AI, and sustainability, with integrated zones for living, work, nature, and recreation.

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Social impacts:

Offers futuristic living with high-tech amenities, attracting global residents and professionals

Displacement of local tribes (e.g., Huwaitat), raising human rights and inclusivity concerns

Economic impacts:

Drives massive foreign investment and job creation in tech, tourism, and clean energy

Key to diversifying Saudi Arabia’s economy beyond oil dependence

Environmental impacts:

100% renewable energy use and car-free urban design aim for net-zero emissions

Risks include biodiversity disruption and carbon footprint from large-scale construction

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A fully planned smart city built from the ground up on reclaimed land, Songdo represents one of the world’s most ambitious urban development projects. Designed to be sustainable, high-tech, and globally connected, it serves as a model for future eco-cities.

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Songdo International Business District (Songdo IBD) – Incheon, South Korea

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Songdo International Business District (Songdo IBD) – Incheon, South Korea

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Key Features:

Fully master-planned smart city built from scratch on reclaimed land.

Integrated residential, commercial, and green zones.

High-speed transport links to Seoul and Incheon Airport.

Advanced tech systems: smart waste disposal, energy monitoring, ubiquitous Wi-Fi, and telepresence for business and education.

LEED-certified buildings and over 40% green space including Central Park (modeled after NYC’s).

Social Impacts

Offers clean, efficient urban living with smart tech and parks.

Criticized for being expensive and underpopulated—less accessible for lower-income groups.

Prioritized expat-friendly amenities (e.g., international schools, English signage), creating cultural separation from surrounding Korean communities.

Economic Impacts

Attracted billions in foreign investment (estimated $40+ billion development cost).

Created high-skilled jobs in tech, education, and finance sectors.

Boosted South Korea’s global image as a leader in smart urbanism and sustainable design.

Environmental Impacts

Over 40% of the city is green space; uses sea water for cooling and rainwater recycling.

Smart infrastructure minimizes emissions through automated waste collection and efficient energy use.

Environmental concerns over original coastal land reclamation and energy use in tech-heavy systems.

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The Senna Tower is a planned supertall residential skyscraper in Balneário Camboriú, Brazil. The tower will be the first in Latin America to use the tuned mass damper (TMD) technology to reduce oscillations of the wind and is the world's first supertall residential building certified with the Platinum Leadership in Energy and Environmental Design.

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Senna Tower — Balneário Camboriú, Brazil

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Senna Tower — Balneário Camboriú, Brazil

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NUR AMERA NABEHA BINTI MUKHTAR (G22B0020)

Key Features

Record‑breaking height: Reaches approximately 544 m tall with 153–154 floors, set to be the world’s tallest residential tower, surpassing NYC’s Central Park Tower

Luxury residential units: Total of 228 residences comprising 204 apartments, 18 "suspended mansions", 4 duplexes, and 2 triplex penthouses; penthouses priced up to US $53 million

Symbolic neo‑futurist architecture: Designed by Ayrton Senna’s niece Lalalli Senna; façade represents material-to-celestial journey with upward lighting, and the podium incorporates a race track tribute

Engineering innovation: First Latin American residential supertall to feature a Tuned Mass Damper (TMD) for wind sway mitigation

Sustainability: Aiming for LEED Platinum — first supertall residential to achieve it — with energy efficiency, water conservation, and sustainable materials .

Amenities & public access: Includes 6 private floors, 2 public leisure floors; features heated pools, rooftop garden (~6,000 m²), fitness center, tennis courts, restaurants, shops, and an observatory .

Social

Elite-oriented residency: Targeting ultra-wealthy buyers; smallest units start at ~US $5 million.

Cultural homage: Elevates Ayrton Senna’s legacy; fosters national pride and fan-driven interest with immersive exhibits and symbolic design.

Gentrification risk: May underscore social divides in a coastal city known for mixed-income demographics, although local displacement is not documented.

Economic

Massive investment: Approx. US $545 million (~R$3 billion) funded by FG Empreendimentos, Senna family, and partners like Havan

High-end real estate boom: Penthouse sales at US $53M each position Balneário Camboriú as a global luxury destination; enhances city’s property market appeal

Job generation: Construction, engineering (involving international experts), hospitality, maintenance, and retail employment across planning to operation phases .

Environmental

Green building excellence: LEED Platinum pledge ensures reduced energy/water usage, sustainable sourcing, and lower carbon emissions

Wind stability for comfort: TMD system enhances occupant well-being by damping structural sway from wind forces

Beachfront ecosystem: Tall coastal structure faces potential wind, bird migration, and micro-climate impacts—yet these broader environmental assessments have not been widely reported.

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Masdar city located near abu dhabi in the united arab emirates ,is one of the world's most ambitious sustainable urban developments.it aims to be model for sustainable living and innovation

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KEY FEATURES

1.SOCIAL IMPACTS

-compact and walkable :designed for high density,low-rise living with shaded pedestrian paths and narrow streets to reduce heat.

-Car free core:The central area restricts fossil-fuel vehicles.emphasis in on pedestrian mobility and clean transport

-Masdar institute now part of khalifa university a graduate level research institution mostly focused on sustainable technology.

2.ECONOMIC IMPACTS

-iot integration:sensors and smart meters monitor energy ,water and temperature

-Data -driven urban management: optimized systems for lighting,transport and waste collection

-electric vehicles includes busses and self driving shuttles for public transport.

3.ENVIRONMENTAL IMPACTS

-passive cooling:wind towers ("barjeel") and shading systems reduce air -conditioning loads.

-Material choice:use of recycled and local materials to minimize environmental impact

-water conservation:use of low-flow appliances,greywater recycling and efficient irrigation systems.

-renewable energy:powerd largely by solar energy ,including a 10 MW solar farm and rooftop photovoltaic panels.

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Key Features

Covers 38 km² with 19 districts, home to ~450k people (residents, workers, and visitors)

Mixed-use zones: residential, business, cultural, entertainment & recreational

Fully planned smart infrastructure:

Central control for utilities, security, and traffic

Smart LRT (Light Rail Transit), tram, park‑and‑ride, pedestrian/cycling networks

Green & sustainable systems:

District cooling reduces CO₂ by ~65 million t/year

17% open space, native landscaping, water-sensitive design, marine preservation

Pneumatic waste collection, greywater recycling, underground utilities

Impacts

Social Impacts

Designed to support a diverse, inclusive community with schools, hospitals, mosques, and entertainment

Enhanced quality of life through smart services, security, and connectivity

Criticisms include:

Elite-oriented design—exclusive and sterile rather than organic

Possible gentrification and loss of local identity/how it neighborhoods evolve

Economic Impacts

Costing an estimated USD 45 billion, funded by Qatar Investment Authority

Created thousands of jobs during construction, ongoing operations, hospitality & retail

Attracts foreign investors and multinationals—home to commercial towers like Lusail Plaza

Strategically timed with world events (e.g. FIFA World Cup), boosting tourism and brand visibility

Environmental Impacts

Strong sustainability initiatives:

District cooling, pneumatic waste systems, greywater recycling

Green rating via Global Sustainability Assessment System (GSAS)

Landscaping with native plants and water-sensitive design, plus artificial marine reefs

Environmental trade-offs:

Construction and reclamation damage original ecosystems

High resource demands—energy, water, materials

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KAEC represents a bold stride toward Saudi Arabia’s Vision 2030, aiming to diversify the economy with a self-sustaining logistics, industrial, lifestyle, and tourism hub. It excels in port infrastructure, renewable energy adoption, and smart city design. However, its slow population growth, affordability issues, and environmental pressures highlight the challenges inherent in building a megacity from scratch. KAEC offers valuable insights into aligning infrastructure mega-investment with genuine social uptake and environmental resilience.

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King Abdullah Economic City (KAEC), Saudi Arabia

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King Abdullah Economic City (KAEC), Saudi Arabia

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NUR ALYA FAQIHAH BINTI MOHAMMAD NAZARI (G22B0008)

Key Features

Comprehensive master plan (173 km²) featuring an industrial zone, deepwater port, business district, residential communities, educational and tourism precincts.

King Abdullah Port – a modern, smart‑gate, deep‑water container and RORO port capable of handling 25 million TEUs annually, strategically positioned on the Maritime Silk Road.

Smart city systems via Cisco/Ericsson-led integrated operations centers and high-speed broadband infrastructure.

Transport connectivity – Al‑Haramain high-speed rail (linking Mecca, Jeddah, Medina).

Green energy initiatives – 12.5 MW hybrid solar farm under development to cut CO₂ by 20,000 t/year and reduce diesel use by 30%.

Mixed-use lifestyle – luxury beachfronts, golf course, sports stadium (planned ~45,700 seats for 2034 FIFA), educational institutions, health, and leisure facilities.

Impacts

Social Impacts

Who benefits: Port logistics workers, professionals, international firms, commuters; residents enjoy coastal living, leisure and city amenities. By 2018, population ~7,000 (target up to 2 M).

Challenges: High housing cost limits access for average Saudis; much of the workforce commutes, hindering community cohesion.

Inclusivity growth: Provides rare integrated workspaces where men and women collaborate; educational hubs foster skilled workforce.

Economic Impacts

Investment scale: Estimated cost ~SR 207 billion (~USD 55 billion); backed by Saudi government and Emaar.

Job creation & logistics boost: Port supports 1,500 jobs and rising cargo volumes; industrial valley attracts manufacturing/tech firms, expected to generate up to 1 M jobs.

Tourism & real estate: Beaches, resorts, golf, marina, homestay villages attract domestic tourism; mixed success due to high property prices and slow population uptake.

Environmental Impacts

Renewable energy reducing emissions: Solar farm cutting ~20,000 t CO₂ annually; enables electric vehicle integration.

Smart environmental management: Port includes air/water quality monitoring; green building standards and recycling targets across city.

Ecological strain: Construction on desert land potentially harming fragile ecosystems; desalination-dependent water use remains unsustainable in the region.

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Cyberjaya is a planned township located in the Sepang District of Selangor, Malaysia. It was launched in 1997 as part of the Multimedia Super Corridor (MSC) initiative, aiming to become Malaysia’s Silicon Valley—a hub for technology, innovation, and digital economy growth.

Key Features of Cyberjaya

Smart City Tech: Uses digital systems like smart traffic lights, free Wi-Fi, and real-time public services.

Mixed-Use Area: Combines homes, offices, schools, and parks in one place.

Transport: Has buses (like the Smart Bus), good road links, and access to the MRT train line. Walking and cycling paths are also being improved.

Green Spaces: Includes parks like Cyberjaya Lake Gardens and green areas for people to relax and enjoy nature.

High-Speed Internet: Strong digital infrastructure with fast internet and many tech companies.

Education and Innovation: Multimedia University and research centers support learning and new ideas.

Sustainable Design: Buildings and city plans follow green standards to save energy and protect the environment.

Social Impacts

Helps students, workers, and tech experts by offering better jobs and facilities.

Improves quality of life with parks, clean areas, and smart services.

May leave out low-income groups if housing and costs get too high.

Offers shared spaces like libraries and public areas for community use.

Economic Impacts

Creates many jobs in tech, education, and services.

Attracts both local and foreign investment.

Expensive housing may make it hard for everyone to live there.

Supports startups and small tech businesses.

Environmental Impacts

Promotes green buildings and clean energy.

Encourages electric vehicles and public transport to lower pollution.

Needs to manage growth carefully to protect nature around the city.

Parks and lakes help support clean air and biodiversity.

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A global leader in sustainable urban development with a strong commitment to green spaces, eco-friendly transport, and climate action.

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Social Impacts

Positive: High quality of life due to walkability, access to parks, and clean environment

Negative: Rising property prices make it increasingly unaffordable for many residents

Economic Impacts

Green policies attract clean-tech companies and sustainable investment

Tourism and real estate benefit from the city’s environmental reputation

Environmental Impacts

Extensive green spaces, urban forests, and seawall paths promote sustainability

Strong policies on emissions reduction, green building standards, and renewable energy

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Key Features of Roppongi Hills

Mixed-use development:
- Offices, residences, retail, restaurants, a hotel, a cinema, TV studios, the Mori Art Museum, and observation deck.

Smart technology integration:
- Building automation systems, security systems, and centralized control centers.

Public transport integration:
- Direct access to Roppongi Station (Tokyo Metro & Toei Subway); pedestrian-friendly design promotes walkability.

Green infrastructure:
- Mohri Garden (landscaped Japanese garden), rooftop greenery, public plazas, and green corridors.

Vertical city concept:
- All-in-one living: work, live, relax, and learn within one walkable high-rise development.

Cultural and community elements:
- Home to the Mori Art Museum, open public art, seasonal events, and festivals.

Security and disaster resilience:
- Earthquake-resistant structures and advanced emergency systems.

Social Impacts

Beneficiaries:
- Urban professionals, wealthy residents, international businesses, cultural institutions.

Displacement:
- Local residents and small shops displaced during redevelopment; some community resistance in early stages.

Lifestyle changes:
- Introduction of 24/7 city life, luxury living, and globalized consumer culture.

Improved quality of life:
- Access to green spaces, art, dining, and improved infrastructure.

Economic Impacts

Cost of development:
- Approx. $4 billion USD.

Job creation:
- Construction jobs during development; ongoing employment in retail, hospitality, tech, and management sectors.

Business & investment:
- Attracted international firms (e.g., Goldman Sachs); boosted land value and tourism in the Roppongi area.

Real estate boost:
- Helped transform Roppongi from nightlife area to premium business and residential district.

Environmental Impacts

Sustainability features:
- Energy-efficient systems, rooftop gardens, reduced reliance on vehicles via walkability and transit links.

Energy use:
- Modernized energy systems, though energy demand remains high due to scale and mixed functions.

Impact on nature:
- Green spaces and Mohri Garden reintroduced nature into urban setting, improving biodiversity and urban cooling.

Urban regeneration:
- Replaced aging and inefficient buildings with a more environmentally conscious high-density development.

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Hudson Yards is a large urban development project located on the west side of Manhattan in New York City. It is the biggest private real estate development in the history of the United States. Built over an active rail yard, Hudson Yards transforms a once industrial area into a modern neighbourhood with offices, luxury apartments, shops, restaurants, parks, and cultural venues. The project represents a new model of urban living by combining smart technology, green design, and mixed-use planning all in one place.

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AZRI AZWAN BIN REDZUAN G23A0236

Key Features of the Project:

Mixed-use Development: Combination of residential, commercial, retail, cultural, and public spaces

Smart City Tech: Energy-efficient buildings, sensor-based systems for waste, water, and energy

Transport Systems: Extension of the NYC Subway 7 Line, pedestrian-friendly access, proximity to Penn Station

Green Spaces: Over 14 acres of open public space including gardens, plazas, and walkways

Iconic Architecture: Includes The Vessel, The Shed, and high-rise towers like 30 Hudson Yards

Infrastructure Innovation: Built on a platform overactive rail yards

Sustainability Design: LEED-certified buildings, district energy system, stormwater reuse

🔹 Social Impacts:

Who Benefits:

High-income residents, international investors, tourists, and businesses

New access to cultural spaces (e.g., The Shed), parks, and job opportunities

Who Is Displaced:

Gentrification has raised concerns—surrounding communities face higher rents and living costs

Limited affordable housing units compared to luxury developments

Quality of Life:

Improved infrastructure and amenities in the area

Criticism for being exclusive and disconnected from the broader NYC community

🔹 Economic Impacts:

Job Creation:

Estimated over 55,000 permanent jobs, plus thousands during construction phase

Cost:

Over $25 billion total project cost

One of the most expensive real estate developments in U.S. history

Investment Potential:

Attracted major companies (e.g., BlackRock, WarnerMedia)

Boosted local property values and generated large-scale private investment

🔹 Environmental Impacts:

Sustainability Features:

LEED-certified buildings

On-site power plant and stormwater collection system

Green roofs and energy-efficient lighting and HVAC systems

Carbon Footprint:

Lower per capita emissions due to dense, walkable design

However, construction over rail yards was energy- and material-intensive

Land Use:

Transformed underused rail yards into a high-density urban neighborhood

Preserved open space through elevated platforms and integrated parks

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Songdo International Business District – Incheon, South Korea

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Songdo International Business District – Incheon, South Korea

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Key Features

- Smart City Technology

Ubiquitous computing with integrated sensors in buildings and roads

Cisco smart systems for traffic, energy, security, and communication

Real-time monitoring of utilities and services (waste, water, energy)

- Transport Integration

Incheon Subway Line 1 connects Songdo to Seoul

Pedestrian-friendly layout with wide sidewalks and bike paths

BRT (Bus Rapid Transit) and electric vehicle infrastructure

Near Incheon International Airport (15 min away)

- Green Infrastructure

40% of land dedicated to parks and green space

Songdo Central Park (101-acre park with seawater canal and water taxis)

LEED-certified buildings (Leadership in Energy and Environmental Design)

Green rooftops and vertical gardens

- Eco & Waste Management

Pneumatic waste system (underground tubes suck waste directly from homes)

Greywater systems and rainwater harvesting

Low-carbon design strategies for energy-efficient buildings

Social Impacts

- Who Benefits

Middle to upper-class families

Expats, tech workers, and international business professionals

Foreign students and researchers (in international schools and universities)

- Community & Lifestyle

Planned neighborhoods with schools, hospitals, shopping, parks

Walkable and bicycle-friendly environment

High safety and cleanliness levels

Originally criticized for feeling “empty” or “lifeless” but improving as population increases

- Displacement

Built entirely on reclaimed tidal flats, no displacement of existing communities

Economic Impacts

- Job Creation

Thousands of jobs created in tech, education, real estate, hospitality, and business

International Business Hub with MNC offices (e.g., Cisco, POSCO)

- Investment & Costs

Over $40 billion total investment

Joint development: South Korean government + Gale International (USA) + POSCO + Cisco

Attracted many foreign companies with tax breaks and free economic zone (FEZ) status

- Business Opportunities

Free Economic Zone status offers incentives for foreign investors

Hosts events, conventions, and international schools/universities (e.g., SUNY Korea)

Environmental Impacts

- Sustainability Features

Designed to reduce greenhouse gas emissions by 30% compared to traditional cities

High use of renewable energy and energy-efficient materials

Green buildings with natural ventilation, insulation, and smart lighting

- Waste & Water Efficiency

Pneumatic waste collection eliminates the need for garbage trucks

Greywater systems reuse wastewater for landscaping and toilets

Desalination and rainwater harvesting methods used

- Land Use & Biodiversity

Reclamation of tidal flats criticized by some environmental groups

Central Park includes wetland areas that help support urban biodiversity

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Key Features

Smart and sustainable city built on a polluted saltpan and wasteland

Mixed-use development: residential areas, commercial centers, business zones

Green technology: solar panels, smart meters, low-energy appliances

Eco-mobility: bike lanes, walkways, electric public transport

Water recycling: greywater reuse, rainwater harvesting

Waste management: waste separation, recycling programs

Green buildings: All new buildings meet green building standards

Urban greenery: parks, green roofs, eco-corridors throughout the city

Smart city tech: digital monitoring for energy, water, and traffic

Social Impacts

Who benefits:

Middle-income families

Environmentally-conscious citizens

Residents looking for clean, modern urban living

Public housing:

Over 20% of units allocated to affordable housing

Ensures mixed-income community

Community living:

Walkable neighborhoods

Public amenities within close reach (schools, shops, clinics)

Integrated planning to support work-life balance

💬 Challenges:

Initially lacked vibrancy due to low population

Perceived as “too planned” or “engineered” in early years

Economic Impacts

Industry attraction:

Attracted green tech firms, environmental R&D centers

Zone for sustainable business innovation and pilot testing

Job creation:

Jobs in construction, maintenance, education, public services, and green industries

Growth of local economy through eco-enterprises

Investment and development:

Supported by both Chinese and Singaporean government funds

Encouraged domestic and foreign private investment

Economic limitations:

Slower real estate uptake than expected

Commercial areas took time to become active

Environmental Impacts

Land rehabilitation:

Built on degraded, polluted salt flats and industrial land

Significant ecological restoration and soil remediation

Energy efficiency:

Solar power and wind turbines supplement energy supply

Smart energy grids reduce energy waste

Water management:

High reuse rate of treated water (e.g., for landscaping and toilets)

Advanced wastewater treatment systems

Sustainability practices:

Green building codes enforced across the city

Strict pollution control and environmental monitoring

Eco-friendly design:

Emphasis on walkability, urban greenery, biodiversity support

Eco-corridors link urban areas with natural landscapes

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Key Features

Special rules for business: lower taxes, easy investment rules.

Mixed-use city: combines factories, homes, offices, parks, and shopping areas.

Tech hub: Home to famous companies like Huawei, Tencent, and DJI.

Good transport: Metro system, highways, and ports connect the city.

Green efforts: Uses electric buses and has eco-industrial zones.

Social Impacts

Mass migration & demographic shift: population surged from ~300 k to ~15 M (2000s), with ~70% migrant workers lacking hukou (permanent residency), fueling a young, mobile urban workforce

Urban villages boom: areas like Baishizhou offer affordable housing to migrants but suffer extreme density (~19 k people/km²) and substandard

Educational divisions: access to public schools tightly tied to hukou, creating socioeconomic disparities in schooling and housing access .

Labour precarity: female migrant workers dominate manufacturing with often precarious conditions and low wages.

Economic Impacts

FDI & growth engine: Shenzhen accounted for over 50% of China’s FDI in early 1980s; by 2018 GDP reached USD 366 B, surpassing Hong Kong

Tech and financial powerhouse: leads in fintech, hardware manufacturing, home to Shenzhen Stock Exchange, ranked top global financial hub (Alpha‑)

Job generation & innovation: over 2 M highly skilled tech workers, R&D hubs, and venture capital flow; fostered rapid “Shenzhen Speed” construction and economic dynamism

Environmental Impacts

Pollution challenges: industrialization led to poor air (PM, VOCs), water contamination—hundreds of rivers once “critical”

Green policy response: citywide transition to electric buses/taxis; water and sewage infrastructure upgrades to recover from haze and toxic runoff

Eco‑industrial breakthroughs: new parks for organic-waste treatment, circular economy schemes, eco‑industrial clusters reduce waste and boost environmental efficiency

Low‑carbon pilot status: designated national low-carbon city; partnered with global stakeholders to lower industry emissions

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(Being built in the desert between the Nile and the Suez Canal)

Overview about Cairo Egypt

The New Administrative Capital (NAC) is a planned smart city aimed at relieving congestion in Cairo, one of the most overcrowded cities in the world. It is expected to host 6.5 million people and serve as Egypt’s new government and business hub.

Estimated Cost: Over $58 billion

Size: ~700 square kilometers (larger than Singapore)

Start Date: 2015 (still under development)

Key Features

New Government HQ: Includes Parliament, ministries, and presidential palace

Iconic Tower: Tallest building in Africa (The Iconic Tower – 385m)

Smart Infrastructure: AI-based city management, smart traffic & utility systems

Green River: 35-km urban park (bigger than Central Park, NYC)

Transport: Monorail, electric buses, high-speed train, and new international airport

Economic Impact:

Job Creation: Hundreds of thousands of jobs during and after construction

Investment Magnet: Attracting foreign and domestic real estate, tech, and infrastructure investments

Boost to Construction Sector: Major uplift for Egyptian construction and related industries

Decongests Cairo: Frees up resources and business opportunities in the capital region

Social Impact:

Housing for Millions: Mix of affordable and luxury housing

Education & Health: New universities, international schools, and smart hospitals

Modern Lifestyle: Integrated smart services for citizens, including digital government access

Cultural Identity: Includes opera house, museums, and Islamic and Coptic landmarks

Environmental Impact:

Green Spaces: More than 15 square kilometers of parkland

Sustainable Energy: Focus on solar power, energy-efficient buildings

Smart Waste & Water Systems: Aims to minimize waste and optimize water use

Challenges: Construction in desert areas raises concerns about long-term sustainability and water consumption

Energy Efficiency

The NAC is designed as a smart, sustainable city, incorporating energy-efficient technologies and renewable energy sources:

Solar Energy Integration

Rooftop solar panels on public buildings

Large-scale solar power plants in and around the city

Smart Grids

Automated energy distribution to reduce waste

Real-time monitoring of electricity use

Green Building Codes

New government buildings constructed with energy-efficient designs

Insulated materials, LED lighting, and smart HVAC systems.

Sustainable Transport

Electric buses and monorail systems reduce fuel use and emissions

Bike lanes and pedestrian-friendly streets encourage eco-mobility

Digital Management Systems

IoT-based control of water, electricity, and waste services for maximum efficiency.

Job Creation

The New Capital is one of Egypt’s largest employment generators, both directly and indirectly:

📊 Estimated Job Impact:

Construction Phase:

Over 500,000 jobs created since 2015 in construction, engineering, and logistics

Post-Completion Employment:

Expected to create millions of permanent jobs in:

Public administration (new ministries and government offices)

Education and healthcare (new schools, universities, hospitals)

Technology and smart services (IT, AI, and infrastructure monitoring)

Retail, hospitality, and real estate

Renewable energy management and urban transport

Local Economic Boost:

Employment opportunities extend to nearby governorates, helping reduce unemployment outside Cairo

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Maldives Floating City (Khazanah Floating City)

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Maldives Floating City (Khazanah Floating City)

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Key Features of Maldives Floating City

1.Mixed-Use Development

-Includes residential units, schools, hospitals, shops, offices, restaurants, and a marina — all in one floating city.

-Supports daily living, education, healthcare, work, and leisure in one integrated community

2.Public Transport Integration

-Car-free design: Residents move using boats, bicycles, walking, and electric scooters.

-Water-based public transport connects to Malé (capital city) within 10–15 minutes.

3.Green Infrastructure

-Powered by renewable energy (especially solar power).

-Uses water recycling systems and eco-friendly building materials.

-No land reclamation — avoids harming natural coastlines and ecosystems.

Impacts

Social

-Addresses land scarcity in Maldives, offering new residential space off shore

-Enhanced liveability: Walkable, canal-centric lifestyle with access to essential amenities—homes, school, hospital, commerce

-Local culture integration: Strong alignment with Maldivian boat-based traditions and sea‑lifestyle

Economic

-Public‑private investment: Backed by Dutch Docklands, Waterstudio, Maldives government, with Bison Maldives as contractor

-Construction and long-term jobs: Opportunities from construction phase through ongoing services, hospitality, and governance.

-Real-estate & tourism boost: Waterfront homes attract investors; city includes hotels, marina, dining—catering to both locals and visitors

-Climate-economic resilience: Supports national economy by mitigating risk of displacement from rising seas

Environmental

-Zero land reclamation: Floating design avoids disrupting existing coral reefs or beaches.

-Marine habitat enhancement: Artificial coral banks attached to underside of platforms to promote reef growth and biodiversity

-Wave buffer design: Coral-inspired layout and barrier reefs act as natural wave breakers

-Smart sustainability: Smart grid, renewable energy, adaptive infrastructure, eco‑friendly materials featured

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Key Features of the Project

Planned Capital City: Designed to replace Hyderabad as the administrative capital of Andhra Pradesh.

Mixed-Use Development: Includes government buildings, business hubs, residential zones, and cultural centers.

Smart City Infrastructure: Planned use of IoT, centralized command systems, and e-governance tools.

Public Transport Integration: Proposed metro and bus rapid transit (BRT) systems for intra-city connectivity.

Green Infrastructure: 51% of city area planned as green and open spaces; riverfront development along the Krishna River.

Sustainable Urban Design: Emphasis on energy-efficient buildings, walkability, and renewable energy use.

Land Pooling Model: Farmers voluntarily contributed land with the promise of future developed plots and compensation.

Impacts of the Project

1. Social Impacts

Beneficiaries: Urban professionals, real estate developers, and political elites.

Displacement: Farmers and rural communities gave up agricultural land, some felt coerced or misled.

Lifestyle Changes: Shift from agrarian lifestyle to urban livelihood, mixed outcomes in adaptation.

Community Transformation: Traditional villages replaced by modern infrastructure which led to cultural displacement.

Quality of Life: Promised improvements in services, but slow development led to uncertainty and frustration among locals.

2. Economic Impacts

Job Creation: Employment opportunities in construction, IT, and government administration sectors.

Cost of Development: Estimated budget over USD 6 billion, halted mid-way due to political change, causing financial strain.

Investment Opportunities: Attracted international interest for example, Singapore partnership, but unstable policies led to investor withdrawal.

Unrealized Potential: Shift in government priorities caused delays, reducing confidence in long-term returns.

3. Environmental Impacts

Sustainability Features: Green spaces, solar energy, water recycling, and pedestrian-focused design.

Ecological Concerns: Development on fertile agricultural land and near sensitive river zones raised red flags.

Effect on Ecosystems: Riverfront development and urban sprawl risked local biodiversity and natural drainage patterns.

Energy Use: Planned to rely significantly on renewables, but implementation was partial due to stalled progress.

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Key Features

Industrial development: Extensive facilities for petrochemical and manufacturing industries

Port facilities: One of the largest commercial ports in the Middle East

Educational institutions: Schools and training centers for skill development

Green spaces: Parks and recreational areas

Impacts

Social Impacts

Beneficiaries: Local and international workforce

Displacement: Minimal, as the area was largely undeveloped

Lifestyle changes: Improved living standards and access to amenities

Quality of life: Enhanced through community services and infrastructure

Economic Impacts

Job creation: Thousands of jobs in various sectors

Cost of development: Estimated $22 billion

Business opportunities: Attracts global investments in industrial sectors

Environmental Impacts

Sustainability features: Efforts to minimize environmental footprint

Energy use: Focus on efficient energy consumption

Effect on nature: Measures to protect surrounding ecosystems

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Hudson Yards is a massive, sleek redevelopment on Manhattan’s Far West Side built atop active rail yards as America’s largest private real estate project, spanning 28 acres and costing over $30 billion. It transforms industrial space into a futuristic mixed-use neighborhood featuring offices, residences, retail, culture, and public parks. Vessel A 16-story, copper-clad stairway structure with 154 flights, 2,500 steps, and 80 landings designed by Thomas Heatherwick. Visitors can climb it like a mini jungle gym and enjoy views of the Hudson River. Edge Observation Deck Perched atop 30 Hudson Yards at 1,100 ft, it’s the highest outdoor sky deck in the Western Hemisphere. With a glass floor, champagne bar, and adrenaline-pumping sights, it's a prime attraction.

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Key Features of Hudson Yards

Mixed-Use Development:

Includes residential towers, office spaces, retail, cultural venues, hotels, and restaurants.

Smart Technology:

High-tech infrastructure: sensors monitor energy usage, traffic flow, and air quality. Smart trash collection and building systems integrated via a centralized control center.

Public Transport Integration:

Directly connected to the No. 7 subway line extension. Close proximity to Penn Station, ferry terminals, and major bus routes.

Green Infrastructure:

Public parks and plazas (e.g., the 5-acre Public Square). Over 200 trees and green roofs. The platform built over the rail yard includes a cooling system to protect soil and plants.

Cultural and Public Spaces:

The Shed (a flexible cultural arts center). The Vessel (interactive public sculpture).

Sustainability and Innovation:

LEED Gold-certified buildings. Cogeneration plant on-site for efficient power. Rainwater harvesting and reuse systems.

Impacts of the Hudson Yards Project

Social Impacts

Beneficiaries:

High-income residents, luxury shoppers, tourists, and tech-savvy professionals. Cultural institutions benefit from high-end public venues.

Displacement:

Criticized for contributing to gentrification and economic exclusion of lower-income groups. Few affordable housing options; neighborhood character changed significantly.

Lifestyle & Community Changes:

Upscale amenities cater to affluent demographics. Perceived as a self-contained “city within a city,” possibly reducing community integration.

Quality of Life:

High-end services and safety for residents, but questions about inclusivity and accessibility for the broader NYC population.

Economic Impacts

Job Creation:

Tens of thousands of jobs in construction, retail, hospitality, and corporate sectors. New office space attracted major tenants like Facebook and BlackRock.

Cost of Development:

Estimated at over $25 billion, making it the most expensive real estate project in U.S. history.

Investment Opportunities:

Attracted international real estate investors and corporate headquarters. Boosted NYC’s position as a global business hub.

Tax Revenue & Economic Activity:

Significant contributions to city revenue through property taxes, retail sales, and tourism.

Environmental Impacts

Sustainability Features:

LEED-certified buildings, energy-efficient systems, and green roofs. On-site power plant reduces dependence on city grid.

Energy Use:

Utilizes smart technology for efficient energy management. Combines renewable strategies with cogeneration (heat + power).

Effect on Nature/Ecosystems:

Limited natural ecosystem within the dense urban context. Green space is engineered rather than ecological; no major restoration of natural habitats.

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Urban & Infrastructure Impact

·         Enhances land use efficiency through high-density, mixed-use design.

·         Improves public transportation access and reduces traffic congestion.

·         Supports decentralization of Beijing’s overcrowded city core.

Economic Impact

·         Generates employment opportunities during and after construction.

·         Attracts domestic and foreign investment.

·         Enhances regional competitiveness and innovation capacity.

Environmental Impact

·         Reduces carbon footprint via green buildings and energy-efficient systems.

·         Promotes sustainable mobility (bike paths, pedestrian zones, EV charging).

·         Improves air and water quality through green infrastructure.

Social Impact

·         Provides better-quality housing and public amenities.

·         Encourages social integration with diverse residential types.

·         Increases access to education, healthcare, and cultural facilities.

Technological Impact

·         Encourages adoption of smart city technologies.

·         Improves urban services through automation and data systems.

·         Facilitates real-time monitoring and urban resilience planning.

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Greater Southern Waterfront (GSW), Singapore

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Greater Southern Waterfront (GSW), Singapore

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Key Features of the Project

Location: Former Royal Malaysian Air Force base in Sungai Besi, Kuala Lumpur

Project Size: Approx. 196 hectares

Mixed-use development: Residential, commercial, retail, parks, and civic buildings

Transport hub: Future high-speed rail (HSR), MRT, KTM, ERL integration (Transit-Oriented Development)

Smart and green infrastructure: Sustainable building technologies, green spaces, rainwater harvesting

Smart city tech: High-speed broadband, digital services, 5G readiness

Project Impacts

🔹 Social Impacts:

Benefits: Improved urban lifestyle with access to public transit, green spaces, and high-quality housing

Displacement: Local communities may be affected by relocation or increased living costs

Lifestyle changes: Shift towards a high-density, walkable, and smart urban environment

Public access: Aims to create inclusive public spaces and affordable housing units

🔹 Economic Impacts:

Investment value: Estimated development value over RM140 billion

Job creation: Thousands of jobs in construction, operations, and services

Business opportunities: Becomes a new financial and digital economy hub attracting foreign investors

Boost to GDP: Supports national economic growth under Malaysia’s long-term development plans

🔹 Environmental Impacts:

Sustainable design: Green building standards (e.g., GBI or LEED certifications)

Energy efficiency: Use of solar panels, district cooling, smart lighting

Green infrastructure: Parks, tree-lined boulevards, water-sensitive urban design

Potential issues: Large-scale construction may temporarily increase pollution or disturb nearby ecosystems

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East Kalimantan was chosen for Nusantara because it is centrally located, has low disaster risk, and offers a stable environment for development. The site supports the vision of a smart eco-city with features like green roofs, vertical gardens, and renewable energy, while also promoting economic growth in a less developed region.

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Nusantara is a visionary mega urban development project located in East Kalimantan on the island of Borneo, Indonesia. Officially launched in 2019 with construction commencing in 2022, the project aims to replace Jakarta as the new capital city of Indonesia. Spanning approximately 256,000 hectares (2,560 km²), Nusantara is designed to be a smart, green, and sustainable city that reflects Indonesia’s future aspirations. The city is expected to house around 1.5 million residents by the year 2045, offering modern infrastructure, digital connectivity, and eco-friendly urban planning while addressing overpopulation and environmental degradation issues faced by Jakarta.

Social Impacts:

Improved living standards through smart and green infrastructure.

Access to better healthcare, education, and public services.

Economic Impacts:

Job creation in construction, infrastructure, and tech sectors.

Attracts foreign and local investment opportunities.

Environmental Impacts:

Integration of green roofs, vertical gardens, and renewable energy.

Risk of deforestation and disruption to wildlife for example orang utan.

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Project Overview
Thailand is developing a US$37 billion smart city in the Huai Yai subdistrict of Chonburi province, approximately 160 km southeast of Bangkok. This initiative is part of the Eastern Economic Corridor (EEC), aiming to transform the area into a global industrial and technological hub by 2037.

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Key Features:

Size: 2,340 hectares (approximately 5,795 rai)

Development Phases:

2023: Detailed design and planning

2024: Land adjustment, road construction, and public utility system development

2025 onwards: Opening of land leasing to private entities for development.

Infrastructure:

Five business centers.

Financial center.

Areas for precision medicine, international research and development, clean tech, and 5G technology.

Residential district to accommodate up to 350,000 people by 2032.

Efficient transportation networks and public utility systems.

Investment: Estimated at 1.34 trillion baht (US$37 billion) over 10 years

Job Creation: Anticipated to generate 200,000 direct jobs.

Economic Impact: Expected to add 2 trillion baht to Thailand’s GDP within 10 years.

Social Impacts:

Beneficiaries:

Residents employed in the industrial area.

Entrepreneurs and startups in sectors like clean energy, digital industries, and healthcare.

Local communities through improved infrastructure and services.

Potential Displacement:

Existing residents and businesses in the Huai Yai area may need to relocate.

Economic Impacts:

Job Creation: Over 200,000 direct jobs expected.

Investment Opportunities:

Attraction of global companies in sectors like automotive, robotics, healthcare, and logistics.

Opportunities for local businesses to integrate into global supply chains.

Infrastructure Development:

Significant investments in transportation, utilities, and digital infrastructure.

Economic Growth:

Projected addition of 2 trillion baht to Thailand’s GDP over 10 years.

Environmental Impacts:

Sustainable Design:

Incorporation of green spaces and energy-efficient buildings.

Implementation of waste management and recycling systems.

Resource Management:

Centralized energy and water management systems.

Biodiversity Considerations:

Efforts to minimize disruption to local ecosystems.

Climate Resilience:

Design measures to address climate change and environmental challenges.

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Chengdu Tianfu New Area – China

Location: Sichuan Province, southwest China

Size: ~1,578 km²

Start Year: Officially launched in 2014

Planned Population: Over 6 million people

Key Features

1. Eco-city Design

“Sponge city” infrastructure: absorbs, stores, and purifies rainwater to prevent urban flooding

Large-scale green corridors, wetlands, and lakes

Focus on low-carbon urban living and high environmental quality

2. Mixed-Use Hubs

Financial services, education institutions, technology parks, and biotech research

Headquarters for major Chinese companies and startups

3. High-Speed Transport Integration

Interconnected with China’s high-speed rail, expressways, and metro

15-minute “life circles” for education, healthcare, and shopping

4. Smart Infrastructure

AI-integrated urban management system (smart traffic, waste, lighting)

5G networks and IoT infrastructure for urban monitoring

Smart grids and clean energy use across zones

5. Innovation Ecosystem

Supports cutting-edge R&D in medical tech, aerospace, AI, and robotics

University-city model with campuses linked to industrial zones

Social Impacts

Who benefits: Urban residents, skilled workers, researchers, entrepreneurs, students

Urbanization & migration: Rural populations drawn into high-tech employment and education sectors

New lifestyle: Smart homes, efficient public services, integrated green space improve urban livability

Potential issues: Risk of social inequality and gentrification; some traditional communities displaced

Economic Impacts

Investment hub: Over ¥1 trillion (USD ~$140+ billion) in planned investments

Job creation: Thousands of new jobs in IT, finance, biotech, and green industries

Startup ecosystem: Government incentives for innovation, incubators, and global partnerships

Boost to regional GDP: Tianfu is a growth engine for Chengdu and western China

Environmental Impacts

Sustainability:

Sponge city model conserves water and reduces flooding

Extensive use of renewable energy (solar, smart grid integration)

Biodiversity protection: Urban planning includes habitat corridors and wetlands

Green mobility: Prioritization of public transit, cycling, and electric vehicles

Carbon footprint: Aims for low-emission urban model aligned with China’s 2060 carbon-neutrality target

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Location: Capas and Bamban, Tarlac, Philippines
Total Area: ~9,450 hectares
Developer: Bases Conversion and Development Authority (BCDA)
Vision: To be the first smart, green, resilient metropolis in the Philippines, decentralizing population and business from Metro Manila.

Key Features

Mixed-Use Development: Residential, commercial, academic, government, and sports zones.

Smart City Infrastructure:

-        IoT-based monitoring for traffic, waste, and utilities

-        Smart grids and underground wiring

Green Infrastructure:

-        60% of total land allocated for forests, parks, and open space

-        Central Park (~44 hectares)

Transit-Oriented Design:

-        Bike lanes, pedestrian zones, electric vehicles

-        Integration with future North-South Commuter Railway and Clark International Airport

Disaster-Resilient:

-        Located outside major earthquake fault lines and flood-prone areas

-        Designed as a backup government capital in case of disaster in Metro Manila

Sustainable Utilities:

-        Solar farms, waste-to-energy systems, water recycling

Project Impacts

Social Impacts

Who Benefits:

-        Young professionals, government workers, athletes (Philippine Sports City), students (planned University of the Philippines campus), and families seeking a better quality of life.

Who Is Displaced:

-        Concerns have been raised by Aeta Indigenous communities and farmers who lived in the area prior to development.

Changes to Lifestyle/Community:

-        Promotes walkability, active lifestyles, and modern amenities.

-        Introduction of smart public services enhances security, healthcare, and education.

Potential Social Risks:

-        Gentrification if affordable housing isn’t enforced.

-        Cultural erasure if local traditions aren't preserved.

Economic Impacts

Job Creation:

-        Expected to create 800,000 jobs over 30 years in construction, tech, education, tourism, and services.

Cost of Development:

-        Estimated development value: USD 14 billion (public-private partnerships).

Business and Investment:

-        Attracting investors from Japan, Korea, Singapore.

-        Special economic zones with tax incentives for tech and green industries.

Boost to National Economy:

-        Aims to relieve Metro Manila congestion and foster balanced regional development.

Environmental Impacts

Sustainability Features:

-        Renewable energy systems: solar farms, energy-efficient buildings.

-        Water retention ponds and creek corridors to prevent flooding.

-        Massive tree planting and preservation of green zones.

Energy Use:

-        Goal: 25% renewable energy use by 2030.

Effect on Nature/Ecosystems:

-        Efforts to integrate with the local ecosystem via green belts and nature corridors.

-        Environmental compliance is being monitored through the Department of Environment and Natural Resources.

Challenges:

-        Managing future urban sprawl.

-        Balancing rapid development with long-term ecological preservation.

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Key Features: Xiong’an New Area is a new smart and green city planned by the Chinese government in 2017. Located about 100 km from Beijing, it is designed to reduce overcrowding in the capital by moving some government offices and creating a modern innovation hub. The city focuses on sustainability, with renewable energy, green transport, and smart technologies like 5G and autonomous vehicles. It also includes large parks and eco-zones near Baiyangdian Lake.

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Xiong’an New Area – Hebei Province, China

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Xiong’an New Area – Hebei Province, China

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Social Impact

Helps reduce overcrowding in Beijing

Offers new housing and better quality of life

Some villagers were relocated

Still under construction, not many residents yet

Economic Impact

Attracts tech companies and investment

Creates jobs in construction and innovation

Supports regional growth (Jing-Jin-Ji plan)

Expensive to develop, long-term return

Environmental Impact

Built with green energy and smart design

Protects and restores wetlands around Baiyangdian

Uses sponge city concept for flood control

Temporary environmental disruption during building phase

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Xiong’an New Area – Hebei Province, China

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Key Features of Putrajaya:

Planned city and administrative capital of Malaysia

Smart city technology and green urban planning

Beautiful landscapes with parks, lakes, and boulevards

Well-integrated public transport and road systems

Government buildings, residential, commercial, and recreational areas

Emphasis on Islamic architecture and sustainable design

Impacts of Putrajaya

i) Social Impacts:

Government staff and residents benefit from improved infrastructure

Community living with better quality of life and safety

Traditional communities from earlier villages were relocated

Promotes a modern lifestyle with smart facilities and public spaces

ii) Economic Impacts:

Created jobs in construction, IT, urban services, and administration

Attracted investment in property and urban services

High development costs funded by the government

Boosted local business through tourism and events

iii) Environmental Impacts:

Designed with eco-friendly planning and lots of green spaces

Central lake helps with cooling and stormwater management

Encourages low carbon footprint with integrated transport

Balances urban growth with nature conservation

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Key Features

1. “5‑Minute City” design

Master‑planned so residents reach shops, schools, workplaces, transport, and recreation within a 5‑minute walk from anywhere in the district

2. Mixed‑use waterfront islets:

Reclaimed harbour turned into small peninsula‑like islands connected by canals and promenades, offering diverse architecture and public spaces.

3. Pedestrian and cycling priority: Extensive bike expressways is “Green Loop”, pedestrian lanes, metro and bus-first design; only about 30% of trips by car.

Impacts

Social

1. Enhanced liveability & community: Good walkability, waterfront access, public cultural sites; “culture creators” initiatives, local retail; strong social cohesion and neighbor connection

2. Pilot-scale still in progress: Only about 6,000 residents vs. 40,000 planned; sense of vibrancy still evolving .

Economic

1. Significant investment: Public‑led project funded via CPH City & Port Development ~€60–65 M for early phases ongoing metro and infrastructure spending

2. Jobs & innovation hub:

EnergyLab Nordhavn incubates research into smart energy, renewables, and circular tech; commercial offices and local businesses invigorate the economy

Environmental

1. Smart resource systems: Sensors track energy, water, and transport use; pneumatic waste and low‑temp heating reduce emissions

2. Green-blue public realm:

Waterfront decks, parks, canal networks, green roofs enhance biodiversity and resilience

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Qiddiya is Saudi Arabia’s “capital of play”,mixing high-energy attractions, culture, sport, and living across 360 km². It promises transformational social, economic, and environmental benefits such as quality of life improvements, massive job creation, and eco‑focused design. However, it remains under construction (opening pushed to mid‑2020s), faces environmental concerns over habitat disturbance, and must balance massive water and energy demands. If executed well, it could redefine leisure and urban living in the region

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Key Features

1) Entertainment & sports hub: Boasts Six Flags theme park (with record-breaking Falcon’s Flight coaster), Aquarabia water park, Dragon Ball theme park.

2)Mixed-use masterplan: Comprises Resort Core, City Centre, Eco Core, Motion Core, and Golf/Residential Neighbourhood with hotels, housing, retail and F&B

3)Transportation integration: Connected via highways and Riyadh Metro (metro stations planned on‑site); extensive biking and walking trails

Social Impacts

1) Beneficiaries: Families, sports and entertainment fans, local residents (600,000 planned), tourists can access to world-class leisure, culture and arts

2)Community & cultural shift: Introduces mixed‑use urban living alongside cultural institutions; potential for vibrant new social scene in conservative region

3)Lifestyle improvement: New leisure, sports facilities, public spaces and connectivity improve quality of life

Economic Impact

1)Job creation: Expected to create 325,000+ jobs, including 43 sports venues, F&B, hospitality, and esports sectors

2)Visitor influx: Targets 17–48 million annual visitors by 2030, boosting tourism, retail and services

3)Massive investment: ~$9.8 billion budget via Public Investment Fund; long-term PPP deals; global brand partnerships

Enviromental Impacts

1)Water conservation: Recycled irrigation water, advanced evaporation‑low tech in water parks

2)Sustainable infrastructure: BIM planning, eco-sensitive site design, green trails reduce emissions and land impact

3)Ecosystem disruption risks: Construction in desert/mountain areas may affect local flora/fauna; large water usage for theme parks despite savings

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Xiong’an New Area is a futuristic smart city in Hebei, China, launched in 2017 to support Beijing’s growth. Covering 1,770 km², it’s designed as a green, high-tech urban hub with smart infrastructure, clean energy, and eco-friendly planning. Backed by major government investment, it aims to be a model for sustainable and innovative urban living.

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Key Features

Massive scale: Covers 1,770 km²; 70% nature, only 30% urban built-up.

15‑minute city: All essentials (parks, schools, clinics, shops) within walking distance.

Smart tech: "City Brain" controls 141 km of underground utilities; powered by 5G, IoT, blockchain.

Green & sponge city: 70% green space, Baiyangdian wetlands restored, stormwater reused.

Renewable energy: 50%+ power from solar/wind; buildings with rooftop photovoltaics.

Smart transport: High-speed rail (20–50 mins to Beijing), self-driving shuttles, 80% public transport goal.

Innovation hub: Focus on fintech, biotech, green industry; hosts 300+ tech & SOE branches.

Social Impacts :

Improved access to healthcare, education, and green public spaces.

Benefits for professionals via “talent card” incentives.

Low population density—city still feels underpopulated and “boring”.

Primarily filled with relocated state employees—not attracting many young professionals yet.

Economic Impacts :

Over US$100 billion invested; GDP doubled in 6 years.

SOE HQs, universities, and research hubs bring jobs and institutional weight.

High costs vs. low resident growth raises long-term return-on-investment concerns.

Environmental Impacts :

Forest cover increased to ~35%; PM2.5 air pollution down by ~37%.

Baiyangdian lake biodiversity rebounded—252 bird species recorded.

Advanced green infrastructure: sponge city drainage, solar rooftops, underground waste systems.

Risk: Construction still ongoing—sustainability depends on future management.

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Songdo International Business District in Incheon, South Korea

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Songdo International Business District in Incheon, South Korea

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Location & Scale:

Reclaimed -1,500 acres (600 ha) along Incheon’s waterfront, 30 mi southwest of Seoul .

Developer & Design:

Led by Gale International, POSCO, and KPF, with a $35 billion investment .

Programme Composition:

-45 M ft² office, 30 M ft² residential, 10 M ft² retail, 5 M ft² hotels, 10 M ft² public/cultural space .

Key Features

Pedestrian & Bike‑friendly layout: 40% green space, 12–15 min walkability, 25 km bike lanes .

Central Park & Seawater Canal: 100-acre park with self-refreshing canals, water taxis & kayaks .

Smart city systems: city-wide sensors for energy, traffic; centralized control centre .

Automated waste: pneumatic trash collection, no street bins/trucks .

Water recycling network: freshwater, gray-water for irrigation & toilets .

Smart homes & automation: app control, fingerprint entry, elevator calls .

LEED-certification: over 100 buildings, 22 M ft² of certified space—largest concentration outside North America .

Underground parking: 95% below ground to maintain surface green space .

Renewable-energy integration: solar LED lighting, wind-powered canal cycles, EV‑charging stations .

Impacts :

1. Social

Beneficiaries: well-off global residents, corporate employees, expat families, international school attendees .

Community issues: low population (~167k vs projected >300k), criticized as “sterile” or “cold”, lacking organic street life .

Improved lifestyle: enhanced walkability, leisure access via parks/canals, smart home convenience.

Displacement: tidal-flat reclamation displaced migratory bird habitats and local ecosystems .

2. Economic

Jobs & growth: hosts 33k jobs (2017), attracts biotech, finance, tech firms (Green Climate Fund, Samsung Biologics, Merck, etc.) .

Investment scale: >$35 B total; initial $15 B to 2011, $10 B+ in core buildings .

Business hub: incentives—tax breaks, high-speed networks, Free Economic Zone status .

Underperformance: slower-than-expected population and occupancy, lower business uptake, concerns around absentee ghost town .

3. Environmental

Energy efficiency: 70% fewer emissions than similar developments, 40% less per-capita energy, thermal systems, insulation, LED .

Resource recycling: gray-water reuse, recycled wastewater, methane capture for power .

Green infrastructure: 40% green zone, LEED buildings, canal microclimates reduce summer energy use by ~10% .

Ecosystem loss: tidal-flat habitat destroyed, controversy over impact on migratory birds and local ecology .

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Forest City is a large-scale, eco-friendly, and technologically advanced city development located in Iskandar Puteri, Johor, Malaysia. It was envisioned as a smart and green city, offering a unique living and working space ecosystem. The project, developed by Country Garden Pacificview Sdn Bhd, is built on four man-made islands and is intended to house nearly one million people. While initially ambitious, the project has faced challenges and has not yet reached its planned completion

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Key Features

Built on 4 man-made islands over 30 sq km.

Mixed-use: luxury condos, retail, commercial hubs.

Smart & green city with vertical greenery and car-free zones.

Planned for 700,000 residents.

Close to Singapore (strategic investment link).

Social Impacts

Targeted mostly at foreign buyers, especially from China.

Criticized for lack of affordability and disconnection from locals.

Few local jobs, limited integration with surrounding Malaysian communities.

Economic Impacts

Investment of over USD 100 billion (planned).

Boosted local construction sector and short-term employment.

Low occupancy led to “ghost city” concerns.

Environmental Impacts

Built on sensitive coastal wetlands.

Environmental degradation: habitat loss, increased sedimentation.

Criticized for lack of full Environmental Impact Assessment (EIA).

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Eko Atlantic, officially Nigeria International Commerce city, also known as Eko Atlantic City, is a planned city in Lagos State, Nigeria, being constructed on land reclaimed from the Atlantic Ocean.[3] Upon completion, the new peninsula is anticipating at least 250,000 residents and a daily flow of 150,000 commuters.[4] The development is also designed to help in stopping the erosion of Lagos city's coastline.

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Key Features:

Built on reclaimed land from the Atlantic Ocean (10 million m²).

Designed as a financial and residential hub for Lagos.

Sea wall called the “Great Wall of Lagos” protects the coast from erosion.

Features high-rise buildings, luxury apartments, marinas, and malls.

Social Impacts:

Targets elite and expatriate residents.

Criticized for not addressing housing needs of Lagos’s poor.

Potentially increases social inequality.

Economic Impacts:

Attracting foreign investment and real estate development.

Creates business zones, job opportunities in construction, retail, and tourism.

Environmental Impacts:

Sea wall reduces flooding risk but disrupts natural coastal processes.

Reclamation led to displacement of fishermen and marine habitat loss.

Long-term sustainability in question due to climate vulnerability.

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  Covering the area of 240-hectares, Bonifacio Global City or also known as BGC, The Fort or Global City is a mix-use estate megaproject located in the centre of Taguig City, Philipines. Holding world class entertainment, international academic institutions, commercial area, residential needs and home to Philippines Stock Exchange. This major urban development was planned by Bonifacio Land Corporation (BLC) with their business partners, Ayala Corporation and Evergreen Holdings since 1995. The areas of this project open by phases with the first phase opening in 2007.

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Key Features

Mix Use Development that combines residential, educational, commercial institutional and recreational land use, aligning with SDG 11 : Sustainable Cities and Communities

Sustainable Urban Planning through efficient zoning that reduce urban sprawl, compact development that optimised land use as well as low rise pedestrian zones complementing high - density area.

Accessible amenities for all range of ages and inclusive public spaces that fit SDG 10: Reduced inequalities

It's an economic and innovation hub as it is a center of global corporations, business headquarters as well as tech start-ups

Future integration with public transport such as Metro Manila Subway and BRT system. The city also provide access to city buses, UV express terminals ( Kalayaan Philplans UV Express Terminal) and pedestrian-friendly streets.

Smart Urban Technologies with high speed internet connectivity, intelligent traffic management system and digital infrastructure for city services.

Green infrastructure implementation such as Terra 28th landscape park, green buildings, eco-friendly storm water systems and tree-lined streets.

Social impacts

Lower crime and accidents rates compared to older city district due to planned security systems alongside traffic safety measures.

Caused social segregation as there is huge gap and differences between BGC zone and surrounding lower-income areas like Taguig's inner Barangay.

Promotes active and healthy lifestyle with walkable areas and green spaces.

Displacement of original lower income residents during the project construction, expanding the socioeconomic inequality

Host various academic institutions such as international schools, training centers and research-driven space

Economic impacts

Providing jobs from various sectors and enhancing employment growth

Attracting foreign and local investment and further opening more business opportunities

Contributing to tourism and retail industry growth

Potential displacement of traditional economic activities

Economic inequality create huge contrast between the poor and wealthy users.

Environmental impacts

Design that promotes low carbon mobility and walkability over motorised transportation, reducing Carbon dioxide emissions

Green infrastructure in the city help manage storm water, reduce urban heat island impact as well as improving air quality

Reduce waste generation thorough proper waste segregation disposal and recycling program.

Initial development activities such as land clearing and resource extraction contribute to construction-related pollution.

This high density urban megaproject cause ecological disruption as the land was formerly military forest and open land, leading to loss of its original natural habitat.

Student name: Aisyah Binti Othman

Matric Id: G23A0161

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Songdo International Business District is one of the world’s most ambitious smart city projects, located on reclaimed land along the Yellow Sea in Incheon, South Korea. Launched in 2002 as part of the Incheon Free Economic Zone, Songdo was designed to be a model city for the 21st century—high-tech, environmentally sustainable, and globally connected. Developed by Gale International and POSCO E&C, with planning by Kohn Pedersen Fox, it aims to integrate cutting-edge smart technologies, green infrastructure, and mixed-use urban planning to create a liveable, future-ready metropolis. Spanning over 600 hectares, Songdo stands as a real-world example of how cities can be purpose-built to meet modern urban challenges in mobility, sustainability, and economic competitiveness.

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Songdo International Business District, Incheon (South Korea)

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Songdo International Business District, Incheon (South Korea)

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Key Features

Master-planned mixed-use development — Includes 45 M ft² office, 30 M ft² residential, 10 M ft² retail, 5 M ft² hotel, and 10 M ft² civic/cultural space

Smart‑city infrastructure — IoT-monitoring for energy, traffic, air quality; real‑time data control center

Green/open space — Nearly 40% of land is parkland, featuring a 100‑acre Central Park with seawater canal

Sustainable architecture — Over 100 LEED‑certified buildings (first LEED‑Gold tower, school, convention hall)

Innovative waste & water systems — Underground pneumatic waste tubes; greywater recycling; seawater‑refreshed canal

Mobility integration — Subway (Metro Line 1), bus network, 25 km of bike lanes, water taxis, EV charging, smart traffic lights .

Impacts of Songdo IBD

1. Social Impacts

Quality of life uplift — Walkable neighborhoods, healthcare, education (K‑12 international schools, university campuses), cultural venues, and green spaces enhance lifestyle

Demographic change — Attracted middle- to high‑income families and expats; population reached - 167,000 by 2020 (projected to 250,000). Raises living standards but increases housing prices .

Community building challenges — Critics note the city can feel planned and sterile, with less organic social cohesion than traditional cities

2. Economic Impacts

Job creation & business influx — Tens of thousands of jobs; major tenants include Cisco, GE, UN Green Climate Fund, biotech firms (Samsung, Celltrion, Sartorius). Biopharma investments exceed billions in won

Massive development spending — Estimated cost over US $34–35 billion, mostly privately financed .

Investment & real‑estate growth — Sea‑change from original presales to high resale prices such as apartment value rising ≈ 54% lower price vs Seoul central but rising .

3. Environmental Impacts

Energy & emissions reduction — 70% lower emissions than similarly sized development; energy-efficient fixtures, double‑skin facades, pneumatic waste, and green housekeeping

Water & waste management — Canal refreshed daily with seawater; 40% domestic water recycled; greywater and low-flow fixtures reduce consumption by over 20–50%

Biodiversity concerns — Land reclamation impacted tidal flats and migratory bird habitats; environmentalists raised early alarm

Urban heat island mitigation — Central Park’s waterways reduce energy (A/C) demand by ~10%, cutting ~14,000 t CO₂ annually .

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Located on Manhattan’s Far West Side, Hudson Yards is the largest private real estate development in U.S. history. Built atop active rail yards, it spans 28 acres (phased eastern & western yards) and integrates offices, residences, retail, cultural venues, and public parks—connected by the extended 7 subway line

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Key Features

Mixed-use mega-development: 18 million ft² across commercial towers (10 & 30 Hudson Yards), residential high-rises, luxury hotel (Equinox), shops/restaurants, and public school ﻿.

Iconic cultural landmarks: Includes Vessel (copper sculpture with stairways), The Shed (flexible arts center), and Edge observation deck ﻿

Public realm and green spaces: 14 acres of plazas, gardens, connection to the High Line, Hudson Park & Boulevard

Smart infrastructure & sustainability: LEED Gold certification, microgrid, stormwater reuse, pneumatic waste system, sensors for air/energy monitoring, fiber network ﻿

Transit-oriented design: Built on platforms over the Long Island Rail Road, integrated with 34 St–Hudson Yards subway, walkable streets, bike parking

1. Social Impacts

Wider accessibility: Offers new homes (~5,600 units) including 625 affordable apartments under rezoning

Boosts public life: Plazas, parks, arts (The Shed), and visitor attractions (Vessel, Edge) enrich the city’s cultural and leisure offerings

Criticism of exclusivity: Seen by some as a “corporate enclave” lacking genuine community feel ﻿.

2. Economic Impacts

Major job hub: Houses 55,752 direct jobs; Deloitte, Facebook, WarnerMedia, L’Oréal among tenants; expected to contribute ~$19 billion/year to NYC GDP and ~$500 million in tax revenue

Construction stimulus: 13-year build created ~7,000 construction jobs yearly and revived regional construction sectors; platform engineering pioneered over live rail yards ﻿

Enhanced attractiveness: Upgrades Manhattan’s commercial offering to compete globally, triggers additional vest development nearby from High Line ripple effects

3. Environmental Impacts

Green building practices: LEED Gold neighborhood, onsite microgrid, solar/geothermal elements, stormwater reuse, pneumatic waste, five acres of greenery ﻿

Lower resource footprint: Smart systems, efficient water & energy use, landscaped spaces reduce emissions and urban heat.

Resilience planning: Platform elevates structures above floodplain; mechanical systems waterproofed but climate change critics warn efforts may be short-sighted ﻿

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Key Features:

Mixed-use development (residential, commercial, industrial, tourism)

Built on 4 artificial islands covering 30 sq km

Smart and green city concept

Integration of smart technology (IoT, facial recognition, automated waste collection)

Eco-friendly design (vertical greenery, solar energy usage, rainwater harvesting)

Dedicated public transport system (LRT, shuttle buses)

Strategic location near Singapore to attract foreign investors and tourists

Special Economic Zone with incentives for businesses and investors

Project Impacts

1. Social Impacts:

Who benefits:
Foreign investors, high-income expatriates (especially from China and Singapore), property developers.

Who is displaced:
Local fishermen and villagers who rely on coastal and marine resources.

Changes to lifestyle/community:
Local communities face loss of traditional jobs (like fishing) but have new job opportunities in construction, security, maintenance, and services.

Quality of life:
Improved urban facilities, parks, and new job creation for some; however, there are concerns about affordability for local residents and loss of cultural identity.

2. Economic Impacts:

Job creation:
Thousands of jobs created during the construction phase (construction workers, engineers, consultants) and later in hospitality, tourism, property management, and services.

Cost of development:
Estimated RM 450 billion (one of the largest real estate projects in Southeast Asia).

Business and investment opportunities:
Attracts foreign direct investment (FDI), potential to become a business hub linked to Singapore. Special incentives offered in the economic zone.

Issues:
Risk of oversupply of luxury properties; slow local market uptake; dependency on foreign buyers may not benefit the Malaysian middle class.

3. Environmental Impacts:

Sustainability features:
Green buildings with vertical gardens, use of renewable energy (solar panels), rainwater harvesting systems, and automated waste management.

Energy use:
Planned to reduce energy consumption via smart energy systems and green building certifications.

Effect on nature or ecosystems:
Coastal reclamation destroyed natural habitats like mangroves and seagrass beds; risk to marine biodiversity (such as fish and dugong populations); potential impact on water quality and coastal erosion.

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Mega Urban Project: Willingdon Lands / Kʷasən Village
Location: Burnaby, British Columbia, Canada
Developers: Musqueam Indian Band and Tsleil-Waututh Nation (MST) in partnership with Aquilini Development
Total Site Area: Approximately 40 acres

Key Features of the Project:

A large-scale, mixed-use urban redevelopment project rooted in Indigenous leadership and cultural values.

Designed as a 15-minute neighbourhood, meaning residents can access daily needs such as housing, childcare, work, retail, parks, and community amenities all within walking distance.

The plan includes four distinct urban districts: Residential District, Trade District (retail and office use), Park District (green space and community gathering areas), and the Storytelling District (featuring film and cultural production facilities).

A total of 5,239 housing units are planned, consisting of:

4,366 leasehold strata units

554 market rental units

101 moderate income units

218 affordable rental units

A 450,000 square foot film studio is at the core of the economic development strategy, aimed at supporting over 3,000 jobs in the creative sector, including potential for an adjacent film academy.

Public infrastructure includes stormwater gardens, native and medicinal plantings, bike lanes, wide sidewalks, EV-ready parking stalls, and shared mobility services.

The design reflects Musqueam and Tsleil-Waututh cultural identity through Indigenous art, storytelling spaces, language signage, and community gathering places.

Social Impacts:

Inclusive housing opportunities: The project delivers a broad range of housing types and tenures, making it accessible to people from various income levels—including affordable and moderate-income rental units.

Community-oriented amenities: Spaces such as a childcare centre, community commons, cultural gathering spaces, and public parks improve the livability of the area and serve both residents and visitors.

Indigenous visibility and leadership: As one of the first major Indigenous-led urban masterplans in British Columbia, the project reclaims space and narrative for First Nations in urban planning. It embeds cultural identity directly into the built environment.

Low risk of displacement: Since the site was largely vacant or underutilized institutional and parking land, the development minimizes residential displacement and gentrification effects.

Quality of life enhancement: Residents will benefit from walkability, access to nature, diverse services, and opportunities for cultural engagement and expression.

Economic Impacts:

Creative industry job creation: The development of a major film studio is projected to generate approximately 3,000 jobs, boosting the local creative economy and making the area a new employment hub.

Long-term income for Indigenous partners: The project uses a leasehold model, ensuring ongoing revenue for Musqueam and Tsleil-Waututh communities through residential and commercial rents.

Commercial and retail opportunities: The Trade District includes 135,000 square feet of office and retail space, creating opportunities for local businesses and entrepreneurship.

Infrastructure investment and value growth: The land was purchased for around $58 million in 2014 and has since increased significantly in value, reflecting the area’s development potential.

Spillover benefits: The revitalization is expected to increase economic activity in nearby neighbourhoods such as Brentwood and Metrotown through increased traffic, improved connectivity, and commercial synergy.

Environmental Impacts:

Green infrastructure integration: The masterplan incorporates rain gardens, green corridors, permeable surfaces, and stormwater management strategies to support biodiversity and reduce flood risks.

Native plant landscapes: Landscaping includes edible and medicinal plants relevant to Indigenous cultural practices, supporting both ecological health and cultural continuity.

Transit and mobility strategies: The site is designed for high walkability and cycling, with dedicated bike infrastructure, car-share services, electric vehicle parking, and transit pass programs to reduce car dependency.

Efficient land use: The vertical development model—using 22 mid-to-high-rise buildings—preserves more land for green space and reduces the environmental footprint compared to suburban sprawl.

Embodied carbon consideration: Although high-rise buildings can carry a larger embodied carbon load during construction, the project offsets this through density, long-term use efficiency, and sustainable design features.

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NEOM, Saudi Arabia

Northwestern Saudi Arabia, along the Red Sea
Over $500 billion
2017 – Still under development

Key Features of NEOM:

The Line: A linear city 170 km long, only 200 meters wide, with no cars and zero carbon emissions.

Mixed-use development: Includes residential, commercial, leisure, and tech zones.

Smart city technology: AI, robotics, autonomous vehicles, and high-speed transportation.

Renewable energy: 100% powered by wind, solar, and hydrogen.

Green spaces and nature conservation: 95% of the land is protected for nature.

Floating industrial city (Oxagon) and a mountain tourism region (Trojena).

Impacts of NEOM:

Social Impacts:

Designed to improve quality of life with walkable cities and clean air.

High-tech jobs and housing for global talent.

Displacement of local tribes (e.g., Huwaitat tribe) has raised human rights concerns.

Access to smart healthcare, education, and digital services.

Economic Impacts:

Millions of new jobs projected in AI, tourism, renewable energy, and construction.

Massive foreign investment attraction potential.

High development cost—risk of economic over-reliance.

Boosts to tourism, tech innovation, and non-oil sectors in Saudi Vision 2030.

Environmental Impacts:

Zero-carbon design (The Line).

Smart water recycling and renewable energy use.

Large-scale land transformation may disrupt ecosystems.

Focus on sustainability and minimal land footprint with vertical urban design.

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HafenCity is one of Europe’s largest urban redevelopment projects, transforming old port areas in Hamburg into a modern, sustainable city district. It features housing, offices, cultural spaces, green infrastructure, and smart mobility, aiming to improve urban living while supporting economic and environmental goals.

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Key Features

Europe’s largest inner city redevelopment project

Mixed-use: housing, offices, retail, culture

Sustainable, flood-resilient architecture

Excellent public transport & walkability

Smart, green infrastructure

Social Impacts

New housing and public spaces for residents

Improved quality of life with parks & waterfront access

No major displacement that built on old port land

Economic Impacts

€10+ billion investment

Thousands of new jobs created

Boost to tourism, real estate, and business

Environmental Impacts

Green certified, energy efficient buildings

Flood protection systems

Promotes low-emission transport and green spaces

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Key Features

Location: Gandhinagar, Gujarat, India

Purpose: India’s first International Financial Services Centre (IFSC)

Smart City Features: Smart grids, automated waste collection, district cooling system

Mixed-Use Development: Commercial (banks, stock exchanges), residential, social infrastructure

Transport Systems: Dedicated metro stations, multimodal connectivity, proximity to Ahmedabad airport

Green Spaces: Parks, waterfronts, and green corridors

Social Impacts:

Who Benefits: Financial professionals, local workforce, residents of Gujarat, startups, global investors.

Displacement: Minimal reported displacement; land acquisition handled through phased planning.

Economic Impacts:

Job Creation: Expected to generate over 1 million direct and indirect jobs.

Cost: Estimated at ₹78,000 crore (approx. $10 billion).

Environmental Impacts:

Sustainability Features:

India’s first city with district cooling for energy efficiency

Underground utility tunnels for organized infrastructure

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Key Features

A reclaimed land next to central Colombo

Special Economic Zone with tax incentives

Mixed-use: business, residential, green and blue zones

Smart city: underground infrastructure, public transport

Sustainable planning with parks and water systems

Impacts

Social:

New jobs and modern lifestyle

Risk of gentrification and limited public access

Economic:

$15B investment target

140,000+ jobs in the long term

Boost to tourism, finance, real estate

Environmental:

Green buildings, renewable energy, canals

Concerns over marine ecosystem damage from reclamation

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NEOM is a visionary mega urban project launched by Saudi Arabia plan to diversify the economy beyond oil. Located in the northwest of the country along the Red Sea, NEOM spans over 26,500 square kilometers and aims to be a futuristic, zero-carbon smart city powered entirely by renewable energy. Designed to integrate advanced technology, sustainability, and innovation, NEOM includes unique developments like a 170 km linear city with no cars or streets and is set to redefine how people live, work, and interact with the environment.

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Mixed-use futuristic city: Includes residential, commercial, tourism, and industrial zones.

Smart technology: AI-powered systems, autonomous transport, robotic workforce.

Zero-carbon goal: Entirely powered by renewable energy (solar, wind, green hydrogen).

Linear city design: “The Line” – 170 km long city with no cars and no streets.

High-speed transit: End-to-end travel within 20 minutes via underground transport.

Green infrastructure: Emphasis on nature conservation and minimal land use.

Social Impacts

Benefits: Future residents (up to 9 million), tech experts, international talent.

Lifestyle changes: Smart, ultra-connected urban living; no personal cars; walkable environment.

Quality of life: Promises high living standards, healthcare, education, and nature access.

economic Impacts

Job creation: Estimated hundreds of thousands of jobs across sectors.

Business/investment opportunities: Focus on biotech, AI, robotics, tourism, and clean energy – attracting global investors.

Environmental Impacts

Sustainability: 100% renewable energy use; zero-emission mobility.

Energy efficiency: Smart systems for energy, water, and waste management.

Ecosystem protection: Design aims to preserve 95% of natural landscapes, though environmentalists remain cautious about impact of construction scale.

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Mega Urban Project: Nusantara (Indonesia’s New Capital)

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Mega Urban Project: Nusantara (Indonesia’s New Capital)

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Basic Info

Name: Nusantara

Location: East Kalimantan, Borneo Island, Indonesia

Planned Area: ~2,561 km² (equivalent to 4x the size of Jakarta!)

Target Population: ~1.5 million residents by 2045

Current Population (surrounding area): ±488,000

Official Groundbreaking: 2022

Completion Timeline: Phased development until 2045

Key Features

Capital Relocation
A strategic move to reduce Jakarta’s burden from overpopulation, flooding, and sinking ground.

Planned & Phased Development
Divided into 5 major phases, each focusing on infrastructure, government relocation, and population resettlement.

Smart, Sustainable Urban Planning

Solar-powered city

Rainwater harvesting & water-efficient systems

Zero-emission public transport

Walkable, green city concept

Mixed-Use Infrastructure
Combines government offices, residential zones, schools, hospitals, cultural centers, tech hubs, and parks.

Nature-Integrated Design
Preserves 70% of forest cover with urban space blended into the existing rainforest.

Autonomous Governance
Nusantara has its own governing body (Otorita IKN), functioning like a special province.

Project Impacts

1) Social Impacts

✅ New Job Opportunities
Over 150,000 construction and development jobs; long-term employment in government, education, and services.

✅ Boosts Access for Locals
Improved infrastructure and public services in a region that was previously rural and underdeveloped.

⚠️ Displacement & Cultural Pressure
Indigenous Dayak communities may face land rights issues, cultural assimilation, or exclusion.

⚠️ Affordability Concerns
Rising land and housing prices could push out local or low-income populations if not regulated.

2)Economic Impacts

💵 Estimated Cost: USD 35–38 billion
Funded by national budget and private investors.

✅ Economic Diversification
Reduces Java-centric development and spreads economic growth to Borneo.

✅ Investment Hotspot
Offers tax breaks, business incentives, and fast-track licenses for tech, energy, and logistics sectors.

⚠️ High Financial Risk
Long payback period; possible budget overruns or project delays.

3)Environmental Impacts

✅ Green Commitment

65–70% of city preserved as forest and green buffer zones

Smart waste and energy management

Focus on biodiversity protection

✅ Climate-Resilient Design
City designed to withstand future climate risks (heat, storms, water scarcity).

⚠️ Risk to Wildlife
Construction might disrupt natural habitats of orangutans, hornbills, and rare plant species.

⚠️ Carbon Footprint of Building
Large-scale development inevitably increases emissions, even if it aims for green outcomes.

In Summary

Nusantara is more than just a relocation project.
It’s a bold vision of how a country can build a new capital from scratch, sustainable, smart, and balanced while addressing social, economic, and environmental challenges.

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Project Title: City Rail Link (CRL), Auckland, New Zealand

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City Rail Link (CRL), Auckland, New Zealand

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City Rail Link (CRL), Auckland, New Zealand

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Key Features:

First underground rail in New Zealand

3.45 km twin tunnel with modern stations

Doubles Auckland’s train capacity

Eco-friendly and smart urban design

Project Impacts:

Social:

Faster, easier travel

Accessible for all

Temporary disruption during construction

Economic:

More jobs

Boosts local businesses

Increases property value

Environmental:

Reduces car use and pollution

Green building design

Promo

tes clean public transport

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Sejong New Government City (Sejong City) is a master-planned administrative capital in South Korea, established in 2007 to decentralize government functions from overcrowded Seoul. Designed as a smart, sustainable city, Sejong houses major national ministries and aims to become a hub for innovation, research, and green urban living. The city integrates advanced infrastructure, eco-friendly design, and smart technology to create a model for future urban development in Korea.

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Social Impacts

Decentralized government access: Citizens nationwide gain proximity to federal functions; ~13,000 public servants transferred.

Enhanced civic life: Cultural hubs (opera, museums) and green spaces promote leisure, engagement and a more balanced lifestyle.

Cold urbanism critique: Sejong lacks the spontaneity of traditional urban centers—its uniform, clean, over-designed streets yield an “uncanny emptiness.

No central core: The ring layout decentralizes public space, creating equitable access while eliminating a single civic center .

Economic Impacts

Job creation & R&D growth: Government functions, Sejong Techno Valley, and industrial zones generate jobs and attract startups and innovation-driven businesses.

Balanced regional development: Helps relieve Seoul's pressure by redistributing government and economic activities southward.

Smart city investment: Sejong 5‑1 pilot involved ~₩1.4876 trillion (~USD 1.1 bn), much in public‑private funding.

Enviromental impact

Landscape‑focused design: Over 50 % of city reserved for forests, parks, wetlands, greenbelts; sophisticated waterway and flood control integrated

Energy & resource efficiency: Green roofs reduce heating (by 10 %) and cooling loads; geothermal, solar, rainwater harvesting, wastewater recycling save water/energy .

Smart infrastructure: AI/IoT systems manage energy, transport, waste, and disaster resilience—including earthquake-safe performance .

Limited ecosystem displacement: Controlled landform alteration but no large-scale reclamation—built mainly on agricultural/fallow land .