# data[].attributes.body
1. Education + Training + Mentorship

Clone myself

Analyse my recorded training

Virtual assistance for the public

# data[].attributes.body
I used to work on school for past 9 years- how do bring education and awareness( through AI) to Orang Asal people! So they can protect the rainforest themselves.

# data[].attributes.body
1. forestry + wildlife management

2. help with analyzing and organising animal calls/tracks/pictures for wildlife sampling

# data[].attributes.body
Currently unemployed but I want to get into a conservation or biodiversity related field.

I want to use ai to make my office related stuff more efficient because my ADHD doesn't allow me to sit still for long periods of time and I want to reduce my time in office and tidy-up my cluttered laptop information stuff

# data[].attributes.body
I sell refurbished and secondhand laptops

i worked in several sectors post-covid

make things go faster.

do things that can be instant such as extract data off pricelist into google sheets

# data[].attributes.body
YCTP Trainee + Teaching Assistant

Hope to be a certified arborist

House chores /any cleanup task

# data[].attributes.body
I have used chatgpt once during my dissertation

# data[].attributes.body
all the popular names such as

copilot

deepseek

gemini

i love otter.ai, a meeting notetaker

# data[].attributes.body
1. Background/passion - Economy (Energy), event management.

2. Creating rough drafts and templates, expedite brainstorming process.

# data[].attributes.body
1. Background: Plant Science (a little bit of both forestry and agriculture)

2. used ai in plant identification but only to a certain extent, helps in generating ideas for academic writing, and in arranging references list in for academic writing.

# data[].attributes.body
1. Studied SACE/AUSMAT (Australian Matriculation) but not going to Australia to study for now

Work on some remote gigs on video editing

2. Camera trapping

# data[].attributes.body
1. Currently Job Hunting + Environmental Science with GIS & Remote Sensing Background + Into Conservation & Environmental Remediation.

2. Use A.I. in accelerating tedious spatial analysis processes and also in direct coding trouble shooting

# data[].attributes.body
Fresh grad in Landscape Architecture. Perhaps, maybe in some way in the future, it can read my sketches and draw the technical architectural drawings as well as adjust according to my comments in real time.

# data[].attributes.body
YCTP Trainee | Vet assistant | Lab assistant | Biod mgmt

Automated folding clean laundry

# data[].attributes.body
1. Marine science, YCTP trainee

2. Something like personal assistant to stay organized and keep me on track towards my personal goal and growth

# data[].attributes.body
Quillbot

ChatGPT

# data[].attributes.body
Chatgpt

Gemini

# data[].attributes.body
Grammarly and Chatgpt

# data[].attributes.body
Chatgpt

The one we can generate pictures

# data[].attributes.body
ChatGPT

Perplexity

# data[].attributes.body
Grammaly, canva ai, deepseek, gemini

# data[].attributes.body
i use

chatgpt

gemini

quillbot

grammarly

# data[].attributes.body
just ChatGPT

# data[].attributes.body
Copilot

Perplexity

Chatgpt

Grok

Gemini

# data[].attributes.body
Chatgpt

Canva AI generator(image, sticker, etc)

# data[].attributes.body
chatgpt

quillbot

grammarly

# data[].attributes.body
Chatgpt

Midjourney

Freepik

# data[].attributes.body
I often use these for academic writing:

Gemini

Mybib

# data[].attributes.body
1. Chatgpt

2. Gemini

3. Grammarly

4. Deep.ai

# data[].attributes.body
having a career break and joining YCTP programme as trainees

compiling scientific research from all over the world for conservation usage

# data[].attributes.body
In 3 Years (2028):

Wider AI Adoption:
• Most social enterprises (SEs) and small businesses in your area will use basic AI tools—chatbots for customer queries, analytics dashboards to track impact, and simple automation for admin tasks.

Skills Shift:
• “AI literacy” (prompting, data-insight basics) becomes a standard module in youth and TVET programs.
• Entry-level roles emerge for “AI assistants” or “data helpers.”

Funding & Support Growth:
• Local grants and micro-funding for AI-pilot projects double, making it easier to test new ideas.

Community Collaboration:
• Peer networks form “AI for Good” meet-ups—sharing open-source tools and best practices across SEs.

In 5 Years (2030):

Deep AI Integration:
• SEs embed AI into core operations—custom impact-measurement models, predictive tools for beneficiary outreach, and personalized learning platforms.

Certified AI Roles:
• “AI Specialist” or “AI Coordinator” becomes a recognised TVET certification, with 40-50% of SEs hiring dedicated staff.

Dedicated Social AI Funds:
• A formal “Social AI Fund” pools government and private capital to scale proven solutions—hundreds of SEs run matched-grant programs.

Significant Impact Gains:
• AI-driven programs reach 2–3× more beneficiaries, and SEs report 20–30% efficiency improvements across projects.

# data[].attributes.body
Overview of key local and global AI trends for the next 3–5 years, plus tips on how you can stay one or two steps ahead:

🌍

Global AI Trends (Next 3–5 Years)

1. Generative AI Everywhere
➔ Beyond text and images—Generative AI will shape product design, marketing, finance, customer service, and software development.

2. AI & Workplace Automation
➔ Routine and administrative tasks will be automated. Human focus will shift to creative thinking, strategy, and emotional intelligence.

3. AI for Sustainability & ESG (Environmental, Social, Governance)
➔ AI will be used to optimise energy consumption, reduce carbon footprints, and support ethical decision-making.

4. Hyper-Personalisation
➔ AI will drive extremely personalised products, services, and customer experiences—customised in real time.

5. AI Governance, Regulation & Ethics
➔ Countries are moving towards stricter AI laws and guidelines. Responsible, explainable AI will become essential.

6. AI-Driven Healthcare, Education & Social Impact
➔ AI will transform healthcare diagnosis, personalised education, and solutions for social challenges like poverty and inequality.

7. AI + Human Collaboration (Augmented Intelligence)
➔ The rise of AI tools that enhance—not replace—human capabilities. Decision-making will be AI-assisted but human-led.

🇲🇾

Local AI Trends (Malaysia & Southeast Asia)

1. AI in Government & Public Services
➔ Smart cities, predictive analytics, and automation in public services.

2. AI for SMEs & Startups
➔ More accessible AI tools for small businesses to compete globally—marketing, sales, customer engagement.

3. AI & Digital Skilling
➔ Growing demand for AI literacy and digital skills across all job levels.

4. AI & Social Enterprise Impact
➔ Nonprofits and social enterprises adopting AI for fundraising, community engagement, and impact measurement.

💡

How to Stay One or Two Steps Ahead:

1. Develop AI Literacy Now
➔ Understand key AI concepts—even basic coding or prompt engineering. Free courses: Coursera, edX, Google AI.

2. Apply AI to Your Current Work
➔ Experiment with AI tools for project management, communications, data analysis, or stakeholder engagement.

3. Stay Informed & Connected
➔ Follow AI thought leaders (LinkedIn, Substack, podcasts) & join local AI communities.

4. Focus on Human Skills
➔ Creativity, empathy, leadership, and ethical thinking will set you apart in an AI-driven world.

5. Be an AI Advocate in Social Impact
➔ Position yourself as someone who bridges AI with positive social change—start small with case studies and pilots.

# data[].attributes.body
Chronological Action Plan: Orang Asli Rainforest Education & Awareness

Phase 1: Planning & Development (Months 1–3)

Conduct community consultations to understand needs and cultural sensitivities.

Identify key Orang Asli dialects and environmental education gaps.

Develop a culturally relevant curriculum with input from indigenous elders and educators.

Partner with NGOs, universities, and indigenous organizations for support.

Phase 2: Capacity Building (Months 4–6)

Recruit and train Orang Asli youth and local teachers as environmental educators.

Provide workshops on environmental science, indigenous land rights, and teaching techniques.

Develop multimedia materials (videos, posters, radio scripts) in local languages.

Phase 3: Program Launch (Months 7–12)

Launch mobile education units and eco-learning hubs in selected villages.

Begin environmental workshops, nature walks, tree planting, and forest storytelling.

Distribute educational materials and conduct rights awareness sessions.

Host village festivals or art events focused on rainforest conservation.

Phase 4: Youth & Community Engagement (Year 2)

Launch the “Orang Asli Green Ambassadors” program for school youth.

Support community-led conservation projects (e.g., river protection, forest mapping).

Establish village environmental committees for local action planning.

Phase 5: Monitoring & Expansion (Year 2 Onward)

Monitor progress using indicators (e.g., participation rates, conservation activities).

Collect feedback from communities for improvement.

Scale up to more villages and integrate the program into rural school curriculums.

# data[].attributes.body
Sure, here’s a simple breakdown from the view of an experienced video editor:

---

📹 What Will the Video Editing Industry Look Like in 3–5 Years?

1. AI Tools Will Be Everywhere

AI won’t take over your job, but it will change how you work. Expect faster editing with AI doing basic tasks like cutting clips, removing background noise, auto-captioning, and even suggesting music or effects.

→ Learn to work with AI, not against it.

2. More Demand for Short-Form, Engaging Content

TikTok, Reels, and YouTube Shorts aren’t going anywhere. Brands (especially sustainability companies) want fast, punchy videos to grab attention online.

→ Get really good at short videos that tell a clear story fast.

3. Remote Work is the Norm

You don’t need to be in an office. Clients from all over the world will want video editors who can deliver good work, communicate well, and meet deadlines.

→ Learn how to manage projects online and organize your files neatly.

4. Sustainability and Purpose-Driven Stories are Growing

People care more about the planet and meaningful stories. Sustainability brands will need video editors who understand their mission and can translate values into visuals.

→ Keep up with trends in eco-stories and emotional storytelling.

5. Higher Expectation for Visuals and Sound

Even simple videos now need clean cuts, smooth transitions, subtitles, and nice music. Viewers can tell when something looks “cheap.”

→ Level up your editing quality with good pacing, sound design, and motion graphics.

---

🎬 What to Prepare for a Career in Video Editing

1. Master the Basics First

Learn tools like Adobe Premiere Pro, CapCut Desktop, or DaVinci Resolve well. You don’t need to know everything, just get really good at telling stories smoothly.

2. Build a Strong Portfolio

Save your best work, even short social media clips. Focus on videos that show emotion, message clarity, and your editing skills.

3. Learn Motion Graphics

Even basic animations (like text or infographics) make your video stand out. Tools like After Effects or Canva Pro for video are great to explore.

4. Understand Your Niche (e.g. Sustainability)

The more you understand sustainability topics, the better you’ll know what type of video works for the audience. Research trends like zero waste, clean energy, circular economy, etc.

5. Practice Communication and Storytelling

It’s not just about editing clips — it's about sharing a message. A good video editor knows how to shape raw footage into something that makes people feel or act.

6. Stay Curious and Keep Learning

Follow creators on YouTube, TikTok, and Instagram who talk about editing tips. Trends move fast, so always stay updated.

---

If you’re already doing gigs for sustainability companies, you’re on the right path. Just keep improving your technical skills and storytelling ability, and in 3–5 years, you could be leading your own team or working with big eco brands.

Would you like a checklist or roadmap to follow?

# data[].attributes.body
Key Industry Trends

1. Urban Greening Demand

Cities globally are prioritizing tree canopy expansion (e.g., Singapore’s “City in Nature” vision). Arborists will be vital for planting, maintaining, and preserving urban trees.

Your edge: Leverage your teaching experience to advocate for community tree-care literacy.

2. Climate-Resilient Landscaping

Drought-tolerant species and storm-resistant tree management are rising. Certification in Tree Risk Assessment (TRAQ) will be valuable.

Your prep: Take courses on climate-adaptive species and soil health.

3. Tech Integration

Drones for canopy surveys, GIS mapping, and apps like i-Tree for ecosystem services valuation are becoming standard.

Your prep: Learn basic geospatial tools (QGIS, ArcGIS) and drone operation.

4. Policy-Driven Conservation

Stricter regulations on tree removal (e.g., Malaysia’s National Landscape Policy) will boost demand for certified arborists.

Your edge: Understand local policies to advise developers/municipalities.

5. Circular Economy in Landscaping

Recycling green waste into mulch/biomaterials is gaining traction (link this to your interest in automating cleanup tasks).

Your prep: Explore composting tech or startups like chip-drop services.

# data[].attributes.body
🌊 What's Coming in the Next 5 Years for Marine Science :

1. AI-driven Monitoring & Data Collection Will Dominate

Drones, underwater autonomous vehicles, satellite imaging, and sensor networks will feed data faster than any human team ever could.

AI will be used to identify species in videos, analyze coral health from images, detect illegal fishing patterns, and predict marine ecosystem changes.

Prep Tip: Learn machine learning basics and image recognition tools. Even knowing how to clean and annotate data for AI systems is a competitive skill.

2. Predictive Modelling for Climate Resilience

AI will simulate sea-level rise impacts, marine migration patterns, and ecosystem tipping points.

Governments and NGOs will rely on these models to design marine protected areas (MPAs) and coastal defenses.

Prep Tip: Explore tools like Google Earth Engine, Python for environmental data, and climate modelling platforms. Your marine science background will give meaning to the numbers.

3. Real-time Biodiversity and Plastic Pollution Tracking

With satellite + AI integration, we’ll have near real-time data on algal blooms, jellyfish invasions, or plastic drift patterns.

This will transform how NGOs run campaigns and react to crises.

Prep Tip: Get familiar with remote sensing tools and open-source datasets like Sentinel or MODIS.

4. Citizen Science + AI = Mass Empowerment

Apps like iNaturalist and Whale Alert will integrate AI to guide users in identifying marine species or recording marine mammal sounds. This will build massive biodiversity databases.

Prep Tip: Consider contributing to open databases or even co-developing citizen science tools using simple platforms (like no-code AI, or basic app builders).

5. Policy & Advocacy Will Be Data-Led

The strongest conservation policies will be backed by AI-proven forecasts and visualizations. Public trust depends on transparency, and AI helps deliver it.

Prep Tip: Improve your science communication—learn how to tell a compelling story with data. Make your science accessible to the public and policymakers.

# data[].attributes.body
Absolutely, Azri. As a senior conservationist stepping into the role of a career consultant, here’s my tailored advice for you as you explore the nature conservation sector over the next 3–5 years:

🌱 Sector Outlook: Nature Conservation (2025–2030)

The nature conservation field is entering a transformative era. Here’s what’s shaping it:

Nature-Positive Transitions: Global frameworks like the Kunming-Montreal Biodiversity Agreement are pushing governments and industries to halt and reverse nature loss by 2030.

Tech-Driven Monitoring: AI, drones, and IoT sensors are revolutionizing ecosystem tracking, making conservation more data-driven and scalable.

Climate-Nature Integration: Conservation is no longer siloed—climate resilience and biodiversity protection are now deeply intertwined.

Corporate Accountability: Businesses are being held to higher standards through frameworks like TNFD (Taskforce on Nature-related Financial Disclosures), creating demand for professionals who understand both ecology and ESG reporting.

Community & Indigenous Stewardship: There’s growing emphasis on inclusive conservation, especially involving Indigenous knowledge and local communities.

🧭 Career Advice for You

As someone proactive and detail-oriented with a strong local connection, here’s how you can position yourself:

1. Specialize in Nature-Tech Integration

Learn tools like GIS, remote sensing, and biodiversity data platforms.

Explore AI applications in species tracking or forest health monitoring.

2. Build Local-Global Bridges

Use your knowledge of Banun and Malaysian ecosystems to connect global conservation goals with local realities.

Collaborate with NGOs or research groups working on Southeast Asia’s biodiversity corridors.

3. Develop Policy & ESG Fluency

Understand how conservation intersects with corporate sustainability.

Get familiar with TNFD, CSRD, and nature-related risk disclosures—these are hot skills in conservation consulting.

4. Champion Community-Based Conservation

Engage with Indigenous and rural communities to co-create conservation strategies.

Your ability to organize and communicate through social media can amplify these efforts.

5. Stay Adaptive & Curious

The sector is evolving fast. Keep learning, stay networked, and be open to hybrid roles—like conservation storytelling, tech-enabled fieldwork, or policy advising.

If you’d like, I can help you draft a PACER-style prompt for a conservation job application or even a social media campaign that aligns with these trends. Just say the word 🌿

# data[].attributes.body
Plant science is poised for significant advancements in the next 3 to 5 years, driven by the urgent need to address global challenges like food security, climate change, and environmental sustainability. Here's a look at what's coming:

Next 3-5 Years (by 2028-2030):

Accelerated Genetic Engineering and Gene Editing (CRISPR): Expect continued breakthroughs in precise gene editing technologies like CRISPR-Cas systems.¹ These will be increasingly used to:

Develop climate-resilient crops: Engineering plants to better withstand extreme temperatures, drought, salinity, and other climate change impacts.² This includes improving heat stress and drought tolerance.³

Enhance crop yield and nutritional value: Creating high-yielding varieties with improved nutrient content (biofortification) and better resistance to pests and diseases.⁴ This also involves modifying oil content and reducing allergens/mycotoxins.

Improve disease and pest resistance: Reducing reliance on chemical pesticides through genetic solutions.

Increase efficiency in plant breeding: Molecular breeding techniques and gene-tagged markers will shorten the time needed to select desired traits.⁵

New breeding techniques (NBTs): Continued development and application of NBTs that blur the lines with traditional genetic modification, leading to faster and more precise crop improvements.

Integration of AI, Big Data, and Computational Biology:

Predictive modeling: AI and machine learning will be crucial for analyzing complex plant systems, predicting crop performance, and identifying disease resistance traits.⁶

Automation and high-throughput phenotyping: Advanced imaging, sensors, and robotic systems will enable rapid and precise measurement of plant traits, accelerating research and breeding.⁷

"Transparent Plant" initiatives: Development of interactive tools and models to understand plant mechanisms at a deeper level, from molecular to ecosystem scales.

Sustainable Agriculture Practices:

Biofertilizers and Biopesticides: Increased adoption and innovation in biotechnology-enhanced biofertilizers and biopesticides to reduce reliance on synthetic chemicals and improve soil health. Nanotechnology will further enhance nutrient delivery.⁸

Optimized resource use: Research will focus on developing plants that require less water and nutrients, leading to more efficient and sustainable farming.

Novel production systems: Development of indoor farming, hydroponics, and other controlled environment agriculture systems, often incorporating biotech solutions.

Plant-based Solutions for Health and Industry:

Plant-made pharmaceuticals: Increased use of plants as "biofactories" to produce vaccines, therapeutic proteins, and other high-value bioactive compounds.⁹

Biofuels and biomaterials: Continued research into developing plants as sustainable sources for biofuels, biodegradable products, and other industrial applications, reducing reliance on petrochemicals.

Interdisciplinary Collaboration and Public Engagement:

Bridging research gaps: Greater collaboration between plant scientists, climate scientists, social scientists, and policymakers to address complex global challenges.

Increased public awareness: Efforts to improve "plant awareness" and engage the public in understanding the vital role plants play in daily life and global sustainability.¹⁰

Diversification of the workforce: Focus on nurturing a more diverse and inclusive scientific community to drive innovation.

Looking Ahead to 5+ Years (Beyond 2030):

Synthetic Biology: This field will mature, allowing for the design and engineering of entirely new plant functions and traits that go beyond what is possible with traditional breeding or even current gene editing. This could lead to plants with radically altered metabolic pathways for novel products or extreme resilience.

Precision Agriculture: Integration of real-time data from sensors, drones, and AI to precisely manage crops, optimize inputs (water, fertilizer), and minimize waste on a field-by-field basis.

Understanding and Engineering Plant Microbiomes: A deeper understanding of the complex interactions between plants and their associated microorganisms will lead to new strategies for enhancing plant health, nutrient uptake, and stress tolerance by manipulating the plant microbiome.

Democratization of Technology: As technologies become more refined and affordable, there will be greater access and application of advanced plant science tools globally, particularly in developing nations, to address localized food security issues.

New Crop Species Development: Beyond improving existing crops, there may be efforts to domesticate and optimize entirely new plant species for specific environments or novel uses.

In essence, the coming years in plant science will be characterized by a rapid acceleration in the application of advanced biotechnologies, computational power, and interdisciplinary approaches to create more resilient, productive, and sustainable plant systems that are critical for the well-being of the planet and its growing population.

# data[].attributes.body
Already happening now (but not everywhere):

AI identifying animals in photos (e.g. camera traps).

AI recognizing animal sounds (like bat echolocation or bird calls).

Apps helping people identify species from photos or tracks.

Smart devices filtering out “useless” data like wind noise or empty images.

In 3–5 years, we expect:

Wider use of AI tools by scientists, NGOs, and even citizen scientists.

Better accuracy — AI will be able to tell apart more species, even look-alikes.

Real-time alerts — like when a rare animal is seen, or a dangerous pattern is detected (like poaching signs).

More connected systems — combining sound, image, GPS, and time to understand ecosystems more fully.

Smarter, low-power devices — so AI tools can work in deep forests, with solar or battery power, and minimal internet.

# data[].attributes.body
Sustainability trends expected in the next 3 and 5 years:

In 3 Years:

Stricter ESG Reporting: More companies will be required to disclose their environmental and social impacts.

Carbon Reduction Pressure: Stronger expectations to cut emissions, especially from investors and regulators.

Sustainable Supply Chains: Focus on ethical sourcing, waste reduction, and transparency.

In 5 Years:

Net-Zero as Standard: Net-zero targets will become a business norm, not a choice.

Circular Economy Models: Greater adoption of reuse, recycling, and product life extension practices.

Tech Integration: Widespread use of AI and data tools to monitor and improve sustainability performance.

# data[].attributes.body
🌳 Urban Forestry in the Next 3–5 Years (as an arborist involved in conservation):

Urban trees will become more important
→ To reduce heat, absorb carbon, manage floods, and support wildlife.

Technology and AI will be part of our work
→ Use of drones, sensors, and apps to monitor tree health and plan planting.
→ AI helps detect diseases early and choose planting spots.

Urban areas will support conservation
→ More native trees, mini forests, and green corridors to help biodiversity.
→ Urban spaces used to protect endangered species and pollinators.

More focus on climate-ready trees
→ Choosing species that can survive future heat, drought, or pests.
→ Focus on tree diversity, not just quantity.

Stronger community and policy involvement
→ Work with the public, local councils, and city planners.
→ Ensure green spaces are fair and accessible to all communities.

Urban forestry = climate action
→ Our role becomes more than just tree care — we help cities adapt to climate change.

# data[].attributes.body
Absolutely — now we're talking about **design as a tool for environmental justice and conservation**. You're imagining a role like a **"nature architect"** or **eco-conscious designer**, and wondering how design can **serve both the planet and underprivileged communities** in the next 3–5 years.

Here’s a bullet-point breakdown of realistic, grounded predictions — from the perspective of a **sustainability-minded architect or landscape architect**, closely tied to **conservation principles**:

---

## 🏗️🌿 Predictions (2025–2030):

**The Future of Regenerative, Inclusive, Conservation-Aligned Design**

---

### 🔄 **1. "Regenerative Design" Will Replace "Sustainable Design"**

* Beyond reducing harm, regenerative architecture aims to **restore ecosystems**, **replenish natural cycles**, and **support biodiversity**.

* Buildings will be designed to act like **living systems**: capturing carbon, purifying water, restoring soil.

* Expect increased demand for **nature-integrated spaces** — green roofs, living walls, habitat corridors embedded into design.

---

### 🌱 **2. "Nature-Architecture" Will Emerge as a Recognized Discipline**

* Architects and landscape designers will partner with **ecologists, Indigenous land stewards, and conservationists**.

* “Nature architects” will design **biodiversity-positive structures** — spaces that attract pollinators, support bird migration, or restore local flora.

* **Ecological literacy** will become essential in design education and practice.

---

### 🧱 **3. Affordable Eco-Housing Will Rise (Finally)**

* Innovation in **bio-based, low-cost materials** (like mycelium, bamboo, hempcrete, rammed earth) will make green design **accessible** to underprivileged communities.

* NGOs and governments will increasingly fund **climate-resilient housing** for vulnerable populations — flood-proof, heat-resistant, self-cooling.

* Expect more **community-built architecture** models, where local labor and materials are prioritized.

---

### 🛠️ **4. Design Will Become a Tool for Environmental Justice**

* Architects will work in **climate-affected, low-income regions**, co-designing public spaces that improve **mental health, food security, and resilience**.

* Urban planning will begin prioritizing **green access equity** — ensuring all neighborhoods have parks, trees, and clean air.

* Expect new jobs at the intersection of **climate adaptation, architecture, and social equity**.

---

### 🛰️ **5. Technology Will Support Conservation-Driven Design**

* **GIS, satellite mapping, and AI modeling** will help designers minimize ecosystem disruption and site impact.

* Digital tools will simulate how a project affects **wildlife corridors, water flow, carbon sequestration**, or heat retention.

* Architects will use these tools to **collaborate with conservation planners** more than ever before.

---

### 🤝 **6. Indigenous + Traditional Design Will Lead**

* Global recognition of **Indigenous land management and design principles** will grow.

* More architects will collaborate with **local knowledge holders**, using vernacular architecture to inspire climate-resilient design.

* Design will shift from "innovation" to **reconnection with place and ancestry**.

---

### 🧭 **7. Conservation Will Become a Core Metric in Design Awards + Policies**

* Expect design standards (like **LEED, Living Building Challenge, or One Planet Living**) to evolve and require **ecological impact assessments**.

* Government urban plans and zoning will increasingly be tied to **biodiversity targets** (like 30x30).

* Winning designs will no longer just be carbon-neutral — they’ll be **biodiversity-positive and community-centered**.

---

### 🌍 What This Means for You

If you're thinking about becoming a **nature architect**, landscape designer, or conservation-oriented planner:

* Yes — this path is real, growing, and urgently needed.

* You'll be at the forefront of **healing land, uplifting communities, and adapting cities for survival.**

* Start building skills in: **ecological design, biomimicry, passive systems, GIS mapping, community engagement**, and basic conservation biology.

---

Let me know if you’d like help crafting a career plan or project idea around this concept — a sort of "green design for justice." It's an exciting niche with huge potential.

# data[].attributes.body
🇲🇾

Malaysia

Rainforests:

Forest loss is slowing, but recovery will be slow and limited.

Some reforestation and legal protection efforts are working, but threats like logging and plantations still exist.

Wildlife:

Critically endangered species (like the Malayan tiger) may not recover much without stronger protection.

Smaller animals and birds may see small population improvements, especially in protected areas.

Main Threats:

Deforestation, poaching, climate change, and human development still pose major challenges.

🌍

Global

Biodiversity:

Most wildlife populations are still declining worldwide.

Some countries are protecting more land and using technology to help, but global recovery is very slow.

Positive Signs:

Stronger laws, more awareness, and conservation programs are growing.

Local successes are possible, especially in areas with good protection and funding.

🔍

In Simple Terms

In 3 years:
🌱 Things might stop getting worse, but real improvement will be small.

In 5 years:
🌿 Some forests and animals might slowly start to recover—but only if strong action continues.

# data[].attributes.body
🌱 PACER – Malaysia: Environmental Science + GIS/Remote Sensing + AI + Fieldwork (3–5 years)

✅ P – Problem

Urgent need for climate change adaptation, biodiversity conservation & land/water remediation

Current spatial analysis: slow, manual, often missing local ground truth

✅ A – Action (Your niche)

Use AI & coding to automate spatial analysis

Combine with GIS, RS & fieldwork for accurate, locally relevant insights

✅ C – Context

National carbon market plans, ESG reporting, NbS & restoration projects growing

Demand for professionals who bridge tech, fieldwork & policy across sectors (gov, NGO, private)

✅ E – Evidence

Klang River & Selangor restoration, Sabah REDD+ projects

Malaysia’s 12th Plan & adaptation strategies

Global donors funding AI-based biodiversity monitoring

✅ R – Result / Recommendation

Steady growth in GIS/RS jobs (~8–10% annually)

Faster growth (~10–12%+) for AI + coding + fieldwork skill set

Best positioned as:

“Environmental scientist integrating AI-powered spatial analysis & fieldwork for climate adaptation, conservation & remediation”

📌 Footnote – What will be increasingly needed in Malaysia (3–5 years):

Carbon stock & habitat change monitoring tools

AI models adapted to tropical ecosystems

More local field verification to support global datasets

Cross-sector experts who can “speak” policy, data & ecology fluently

# data[].attributes.body
trends in biodiversity conservation and management over the next 3 and 5 years

🌱 Next 3 Years – Emerging & Strengthening Trends

1. Community-Based Conservation & Youth Involvement

2. Digital Tools in Conservation

3. Nature Education & Eco-literacy

4. Citizen Science & Public Engagement

🌳 In 5 Years – Broader & Deeper Shifts

1. Nature-Based Solutions (NbS)

2. Cross-Sector Work (NGO + Corporate + Government)

3. Mental Health & Conservation

4. Demand for Multi-Skilled Professionals

# data[].attributes.body
prompt:

hello, I'm working with business executives on predicting future trends of new enterprises in rural communities that will be the most lucrative for rural people in 3 and 5 years. I need to you to be a entrepreneur with an extensive background in business with 20 years of experience and provide me a thorough information on what are the options we can help to encourage and promote. please present it like a lecture in a concise and straight forward way.

answer:

Absolutely. Let's step into this as though I’m an experienced entrepreneur with two decades of insight in business development, rural economic growth, and venture strategy. Here’s a concise, strategic lecture tailored to business executives aiming to predict and promote lucrative rural enterprise opportunities over the next 3 to 5 years.

Presented by: Entrepreneur with 20 Years in Business Strategy & Rural Development
Audience: Business Executives, Economic Developers, Policy Influencers
Purpose: Identify, encourage, and promote high-return enterprise models for rural communities

I. Foundational Premise

Before recommending specific business models, we must acknowledge five forces reshaping rural economics:

1. Digital Transformation (Remote work, ecommerce, fintech)

2. Climate and Sustainability Pressures (Green energy, regenerative agriculture)

3. Decentralization of Services (Health, education, finance moving toward local hubs)

4. Policy and Funding Tailwinds (Government, NGO and private impact capital)

5. Demographic Shifts (Youth returning, retirees relocating to rural areas)

With that landscape, let’s dive into the top rural enterprise opportunities expected to thrive.

II. Top 8 Lucrative Rural Enterprise Models (2025–2030)

1. 🧑‍🌾 Agri-Tech Microenterprises

Why it’s lucrative: Tech-enabled farming (drones, IoT sensors, AI-based soil monitoring) increases yields & sustainability.

How to encourage:

Partner with ag-tech startups to offer tools at rural pricing.

Launch farmer cooperatives for shared tech ownership.

2. 🌱 Regenerative Agriculture Ventures

Why it’s growing: Carbon credits, soil health, and organic premiums are redefining agriculture profitability.

How to promote:

Set up demo farms with training programs.

Facilitate certification for organic/regenerative status.

3. ☀️ Micro Renewable Energy Providers

Why it’s hot: Demand for off-grid power + funding for decentralized green energy.

Business model: Solar/wind leasing, maintenance services, battery rentals.

How to help:

Partner with renewable energy firms.

Advocate for energy credits and subsidies.

4. 📦 Rural E-Commerce Hubs

Concept: Local artisans, agri-producers, and small businesses sell via online platforms.

Why it’s strategic: Low-cost goods + niche value = big online margins.

How to promote:

Build local fulfillment centers.

Partner with Shopify, Amazon Rural Programs.

5. 🏡 Rural Hospitality & Agri-Tourism

Trend: Post-pandemic travel + demand for authentic experiences = rise in rural tourism.

Lucrative areas: Farm stays, heritage tours, rural wellness retreats.

How to help:

Create a rural tourism incubator.

Connect entrepreneurs to micro-loans and booking platforms.

6. 🏥 Mobile and Remote Healthcare Services

Why important: Access gaps are closing via telehealth and mobile clinics.

Business model: Subscription-based rural health delivery, remote diagnostics.

Promotion strategy:

Work with healthcare startups.

Develop health-tech accelerators in rural centers.

7. 🎓 Rural Digital Learning & Skills Centers

Need: Upskilling rural youth for remote work and entrepreneurship.

Opportunities: Coding bootcamps, digital marketing, trades training.

Monetization: Partner-funded programs, certification fees.

Promotion plan:

Convert unused rural infrastructure (schools, halls) into training hubs.

8. 🏗️ Circular Economy & Local Manufacturing

Concept: Turn local waste/agricultural byproducts into marketable goods (e.g., bioplastics, crafts, upcycled products).

How to boost:

Offer innovation grants for prototype development.

Develop shared-use manufacturing spaces (rural maker spaces).

III. Critical Enablers for Enterprise Success

To ensure longevity and ROI of rural enterprises, focus on:

1. Capital Access

Create revolving funds or co-investment vehicles with local banks.

De-risk early-stage ventures through public-private partnerships.

2. Digital Infrastructure

Advocate for broadband internet coverage.

Subsidize digital literacy programs for rural residents.

3. Mentorship Networks

Connect urban entrepreneurs with rural startups.

Incentivize retired executives to mentor in rural communities.

4. Policy and Regulatory Navigation

Help businesses navigate land, health, and tax regulations.

Influence rural-friendly policy frameworks (e.g., tax breaks for rural startups).

IV. 3-Year Plan vs. 5-Year Outlook

HorizonFocus AreasKey Actions3-YearQuick-deploy services (ecommerce, telehealth, upskilling)Launch pilot programs, partner with tech platforms, measure demand5-YearHigh-capital, high-impact ventures (energy, agritech, tourism)Secure investment, build infrastructure, create rural innovation districts

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🤖 Forecast: Orang Asli Education & Rainforest Conservation (AI-Powered Trends)

📘 Education Models with AI

2025–2027:

AI-powered language translation tools help preserve and teach Orang Asli dialects (e.g., Temiar, Semai).

AI-driven personalized learning platforms (e.g., adaptive e-learning apps) tailored for remote, low-literacy learners.

EdTech tools (voice assistants, image recognition) support forest-classroom integration (identifying plants, tracking fauna).

2027–2030:

AI integration into national Orang Asli school systems to monitor attendance, learning gaps, and resource needs.

AI mentors or tutors (offline-capable) assist students in isolated areas without trained teachers.

🌿 AI-Enhanced Conservation Roles

2025–2027:

AI-assisted drones and camera traps used by Orang Asli patrols to monitor illegal logging, poaching, and wildlife.

Use of machine learning algorithms to analyze forest health via satellite imagery — trained with indigenous data.

2027–2030:

Orang Asli trackers partner with NGOs to use predictive AI for wildlife movement or fire risks.

Community-owned data platforms powered by AI to document land use, biodiversity, and climate impacts.

📚 Curriculum & AI-Driven Learning Content

2025–2027:

AI content generators help create culturally relevant textbooks, stories, and lesson plans in native languages.

Voice-to-text tools and AI learning companions assist early childhood education and parental involvement.

2027–2030:

AI-curated digital libraries of oral histories, folklore, and ecological knowledge for future generations.

Expansion of AI-trained Orang Asli educators who adapt tools locally.

🏛️ Institutional Reform & AI Governance

2025–2027:

AI tools flag inequality in resource allocation or education aid to Orang Asli communities.

Predictive analytics used by civil society to advocate for policy changes based on real-time education and conservation data.

2027–2030:

AI-driven monitoring tools improve transparency in agencies like JAKOA, reducing inefficiencies and bias.

Orang Asli digital advocacy platforms emerge using AI to voice concerns and crowdsource solutions.

🌱 Livelihoods, AI & Cultural Preservation

2025–2027:

Orang Asli artisans use AI to market traditional crafts via image recognition and social media automation.

AI-supported climate models integrate indigenous knowledge for reforestation and agroforestry decisions.

2027–2030:

AI helps optimize sustainable forest product harvesting, balancing income and conservation.

Indigenous youth-led startups emerge, using AI to blend tradition with innovation (e.g., smart eco-tourism apps).

🧭 Final Thought:

In the next 3–5 years, AI has the potential to be a powerful equalizer—amplifying Orang Asli voices, preserving culture, personalizing education, and scaling conservation. But it must be community-led, culturally respectful, and ethically governed to avoid repeating patterns of exclusion or exploitation.

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Hey team 🌱✨

I know we didn’t hit our target this month, but let’s zoom out—we’re growing more than just seedlings; we’re growing resilience. Yeah, some of our wild fruit babies are stunted, and yeah, space and manpower feel tight. But here’s the thing: constraints breed creativity. Maybe we trial a new layout, or repurpose containers for the new seedlings. Maybe we tag-team tasks in sprints. This isn’t a "falling short" story—it’s a "figuring it out" chapter. Every nursery has growing pains (literally 😉), but we’ve got the grit to adapt. Next month’s target? Let’s root for it—together.

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Scroll to Soul

Endless scroll, a glowing screen,

A thousand lives I've never seen.

Smiles and sunsets, distant places,

FOMO hides in filtered faces.

My thumbs keep moving, heart feels small,

Yet nothing real connects at all.

Trapped in loops, I sit and stare—

A quiet ache fills up the air.

Now sunshine warms my waking skin,

The breeze invites a breath within.

I walk, I laugh, I touch the sky,

The clouds are real — and so am I.

No likes, no tags, no screens to chase,

Just nature’s light and open space.

The world’s still here, alive and wide,

And joy walks gently by my side.

I dropped the phone, just let it be,

Stepped outside and set me free.

The real escape was not online—

But in the world I made mine.

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Headline:

“Office Cafeteria Becomes Ground Zero: Aliens Seize Break Room, Demand Leader or Lasagna”

📱 Weird Social Media Caption

🛸💚 "They came for our lunch… stayed for the lasagna. #OfficeInvasion #TakeMeToYourLunchLady"

📧 Funny Announcement Email

Subject: 🛸 URGENT: Aliens in Cafeteria – No, This Is Not About the Food Again

Dear Team,

Due to unexpected extraterrestrial activity, today's lunch service will be temporarily suspended.

At approximately 12:37 PM, three glowing, slightly slimy beings landed in the cafeteria, disintegrated the microwave, and tried to recruit our HR manager as their “Intergalactic Soft Skills Leader.”

Please remain calm. Do not:

Offer them coffee (they turn it into acid),

Challenge them to table tennis,

Or teach them Excel formulas (they already know VLOOKUP, weirdly).

Security is handling the situation (read: hiding behind the vending machines). In the meantime, lunch will be relocated to Meeting Room B — now temporarily known as "Earth Food Zone."

Stay safe. And avoid eye contact with anything that floats.

Regards,
Facilities Management
(Temporarily under alien supervision)

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Group 5 (Deepseek) - CARE PROMP (Sustainability) 

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Group 5 (Deepseek) - CARE PROMP (Sustainability) 

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Theme: "Rooted in Change: Small Acts, Big Impact"
Event Name: "EcoSpark Festival"

3 Key Activities:

1. "Trash to Treasure Workshop"

Description: Turn plastic bottles into vertical gardens.

Materials: Scissors, soil, seeds, collected bottles.

Cost: $50 (seed donations from local nurseries).

2. "Climate Action Bingo"

Description: Interactive game where participants complete tasks (e.g., "Find 3 compostable items").

Materials: Recycled paper bingo cards, pencils.

Cost: $20.

3. "Community Solar Cook-Off"

Description: Teams cook snacks using solar ovens; judges award "Most Creative Dish."

Materials: DIY solar ovens (cardboard, foil), ingredients.

Cost: $100 (sponsor-funded).

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Clean dad jokes on ESG:

1. "ESG is just like dating in 2025 — you gotta prove you’re ethical, sustainable, and won’t ghost anyone after the first stakeholder meeting."

2. "I walked into an ESG job interview, and the guy said,

'We’re looking for someone green.'

I said, ‘Buddy, I’m so green I solar charge my anxiety.’

He asked me what I knew about carbon neutrality, and I said,

‘I once dated someone so emotionally unavailable, it was like talking to a wind farm — a lot of movement, no connection!’

I didn’t get the job, but they did give me a sustainably sourced tissue and told me to offset my sadness through tree planting."

3. "You know, I’ve been working hard to reduce my carbon footprint.

I stopped driving, stopped flying, even stopped breathing too heavily.

But then I realized — my carbon offset plan is just called 'being tired all the time.'"

Extra original joke from Azri:

i dont have any clean dad jokes, you got to ask my dad. He's a cleaner

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C – Context

We are organizing a public-facing sustainability event aimed at raising awareness, inspiring behavioural change, and showcasing actionable, low-impact lifestyle habits. The event must itself follow sustainability principles – minimising waste, maximising local and circular economy partnerships, and ensuring inclusivity and accessibility. Target participants include urban millennials, eco-conscious families, and youth leaders.

A – Action

To realise this, we are planning a full-day interactive experience with the following:

A strong unifying theme and event name.

Three anchor activities that highlight sustainability in action.

Partnerships with local green entrepreneurs, zero-waste vendors, and environmental NGOs.

R – Result

This event is expected to:

Attract 500+ attendees across demographics.

Divert over 90% of waste from landfill through composting, recycling, and reusables.

Promote behavioural change and spark long-term engagement via hands-on experiences.

Strengthen partnerships within the sustainability ecosystem.

E – Example

Element Recommendation

Event Theme "Circularity in Motion: Living the Loop"

Event Name "Green Loop Festival 2025"

Activity #1

Trash-to-Treasure Lab – Upcycling workshop using discarded materials to make functional art.

Activity #2

The Conscious Kitchen – Live cooking demos using rescued produce + composting tutorial.

Activity #3

Pedal for Power – Bicycle-powered music & smoothie station to explore clean energy.

Sustainability Features

Zero single-use plastics: All vendors must use compostables or reusables.

Carbon offset station: Tree planting pledges tied to attendance count.

Community Circularity Hub: Feature a swap-and-share station for attendees to exchange books, clothes, or household items—promoting reuse, reducing waste, and building community trust.

Digital ticketing & comms: No printed materials, use QR codes and app for guides.

Call to Action Let’s build an event that doesn’t just talk about sustainability—but embodies it in every thread. Let the EcoCycle Festival become the blueprint for future-conscious living.

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Area or industry

Top 3 soft skils

Top 3 hard skills

My Niche/Passion

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Career focus

Nature conservation

Top 3 hard skills

driving car/van/lorry 9

google office suite 5

computer repair 6

Top 3 soft skills

adapt to changes 6

meet time constraints 7

listen attentively to interesting things 9

When im free i

nature getaways 10

macro photograpy of bugs 6

sell laptops 6

# data[].attributes.body
Career Focus

Primary: Urban Forestry & Conservation

Secondary: Environmental Education & Project Management

Top 3 Soft Skills

1. Adaptability – Thrive in dynamic field conditions/policy changes.

2. Leadership – Mobilize teams for tree-planting/community projects.

3. Public Engagement – Teach and advocate for urban greenery.

Top 3 Hard Skills

1. Project Management – Plan/execute conservation initiatives (budget/timeline).

2. GIS Mapping – Analyze urban tree cover and plan green spaces.

3. Tree Risk Assessment (TRAQ) – Technical expertise for arborist roles.

Niche/Passion

- Urban Tree Equity: Address "green deserts" in underserved communities.

- Conservation Education: Lead eco-tours or school programs.

- Municipal Arboriculture: Bridge policy and hands-on tree care.

Why This Matches?

- Your admiration for arborists + project management skills = Urban Forestry Coordinator potential.

- Teaching experience (TA/YCTP) pairs perfectly with environmental education niches.

- Budgeting/adaptability are gold for grant-funded conservation work.

Next: Start with ISA Arborist cert + 1 GIS course (e.g., Coursera’s GIS for Beginners).

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Industry

1. Forestry

2. Conservation

Top 3 hard skills

1. ArcGIS (5)

2. Microsoft Office (8)

3. GPS tracking (6)

Top 3 soft skills

1. Written & Oral Communication (7)

2. Adaptable (7)

3. Team Player (8)

My Niche/Passion

1. Wildlife Mapping

2. Trekking/Hiking

3. Data Infographic

Improve ArcGIS skills

1. Watch tutorials online

2. Keep on practicing with the software with real data

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Area/Industry

1. Food

2. Education

3. Entrepreneurship

4. Social business

5. Creative industry

Technical Skills

1.  AI skills - Level 7

2.  Trainer - Level 9

3.  Instructional design - Level 8

Soft Skills

1.  Communication - Level 7

2.  Internal team management - Level 7

3.  Leadership - Level 8

My Niche/Passion

1.  Training

2.  Speaker sessions

3.  Board of Directors

I want to improve my AI Skills

1.  Watch online tutorials

2.  Read a book/article/podcast/next (weekly + monthly check in)

3.  Practice (build an agentic AI in 3 months)

4.  Take a certification course

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Area or Industry

Forestry

Conservation

Design

Education

Top 3 soft skills

Communication (Level 6)

Attention in Detail (Level 8)

Adaptability (Level 8)

Top 3 technical skills

Botanical illustration (Level 9)

Content Creating (Level 7)

Fresh water aquatic plant species identification (Level 7)

My niche/Passion

Children's book illustrator

Art gallery owner

Top researcher

I want to improve on my illustration skills

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Area:

Education

Healthcare

Top 3 soft skills:

Communication

Resourceful

Problem solving

Top 3 Hard Skills:

Managed boarding house

Was a coordinator for 25 TAs

Managed task allocation during school holidays

Niche/ Passion:

Rain forest

Orang Asli

Education

Bio hacking

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area or industry

1. sustainability

2. entrepreneurship

3. creative industries

hard skills

1. statistics data analysis using PAST and R - 5

2. wildlife handling (reptiles) - 8

3. Report writing - 9

softskill

1. attention to detail - 7

2. analytical thinking - 7

3. patience -7

my niche/passion

1. crochet

2. doing craft (clay, scented candle)

i want to improve my statistical analytic skills

# data[].attributes.body
Career focus

1. Data Management

2. Software tester/development

Top 3 skills

-Hard skills

1. Data management - level 4

2. Coding - level 5

3. Microsoft power tools - level 5

-Soft skills

1. Adaptability

2. Tolerance

3. Curiosity

Niche/passion

1. Technology

2. Data

What skill to improve?

-Data management

Take short course for data management

Learn python for data

Practice by using data provided online

# data[].attributes.body
Area / Industry

1. Forestry

2. Agriculture

Top 3 Soft Skills

1. Communication (with customers) - Level 7

2. Patience - Level 8

3. Attention to Detail - Level 8

Top 3 Hard Skills

1. Customer Service - Level 8

2. Report Writing - Level 6

3. Plant Propagation - Level 6

Niche / Passion

1. Botany (Conservation / R&D)

2. Homesteading

What skill I want to improve:

1. Communication skills - improve more on communication with colleagues and higher ups

How:

1. Find a job that requires a lot more communication between workmates, so I can learn first hand.

2. Watch youtube videos on tips how to communicate in corporate setting.

3. Practice networking with new people in professional setting.

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Landscape Architecture or

designer.

Soft skills

1. relatively good at talking/presenting [lvl. 5]

2. strives for order and Structure [lvl. 4]

3. good artistical eye [lvl. 6.74]

hard skills

1. freehand sketches [lvl. 5]

2. proficient in adobe [lvl. 5]

3. photography [lvl. 5]

niche/passion

my passion is to bring positive Change to the world in anyway possible

perchance through design and arts;

architecture and nature together

I want to improve my freehand sketches.

some of the things I should be doing is;

just practice

make my tools highly accessible during trips

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Area of industry

1. Environmental

Three hard skills

1. Field data collection - Level 8

2. Spatial Analysis - Level 6

3. Presentation - Level 7

Three soft skills

1. Teamwork collaboration - Level 9

2. Good listener - Level 9

3. Adaptability - Level 7

I want to improve on my communication skills

Be more open and confident in engaging with people (learn through trial and mistakes)

My Niche/Passion

1. Environmental Scientist

2. Conservationist

3. Sustainable Innovator

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Career Focus:

Conservation

Economy

Politics

Hard Skills:

Geographical Information System (GIS)—Level Level 6

Data Analyst—Level 5

Data Management—Level 5

Soft skills:

Hard work—Level 9

Confident—Level 7

Adaptability—Level 7

Passion:

Speaker

Volunteer

Environmentalist

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Area

Conservation

Hard skill

Vet assisting level 7

Media editing (posters and videos) level 7

Biodiversity monitoring level 2

Soft skill

Customer service level 7

Communication/public speaking level 6

Creativity level 6

Niche/passion

Conservationist

Species id

Editing/doodling

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Area

1) Environmental sustainability

2) Wildlife/forest conservation

3) Creative industry(social media)

Hard skills

1) Environmental literacy - 5

2) Science - 6

3) video production skills (editing) - 7

Soft skills

1) Adaptability - 6

2) Creative - 5

3) Problem-solving skills - 6

Niche/passion

1) Video editing

2) Decision makers

3) Making infographics

Ways to improve on video production skills

1) Take online free classes

2) Join volunteer organization focuses on environmental digital media

3) Watch 1 YouTube tutorial on editing weekly

# data[].attributes.body
Area/Industry

conservation

sustainability

Top 3 soft skills

attention to detail - level 8

teamwork - level 6

adaptability - level 5

Top 3 hard skills

report writing - level 7

statistical analysis - level 5

biodiversity monitoring - level 6

My Niche/Passion

environmental education and awareness

biodiversity conservation

waste management

I want to improve my biodiversity monitoring skills

# data[].attributes.body
Area/ Industry

1. Education

2. Research

3. Conservation/ Sustainability

4. Botany/ Entomology

Technical skills

1. Technical/ Data management (level 5)

2. Data collection (level 6)

3. Report writing (level 5)

Soft skills

1. Communication (level 5)

2. Teaching (story telling) (level 5)

3. Adaptability to environment (level 6)

4. Leadership (level 4)

Passion

1. Nature

2. Design

3. Sports

# data[].attributes.body
Area or industry

1. Conservation

2. Education

Top 3 soft skills

1. Creativity level 7

2. Communication level 7

3. Adaptability level 8

Top 3 hard skills

1. Microsoft Office level 7

2. Administrative (print, photocopy, etc) level 8

3. GIS level 4

My Niche / Passion

1. Wildlife

2. Conservation

3. Volunteering

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Career area or industry:

1. Entertainment Industry (gigs)

2. NGO

Top 3 skills:

Hard skills/Technical skills

1. Event and Protocol Management - 8

2. Scriptwriting and copywriting - 7

3. First aid and safety - 5

Soft skills:

1. Emotional Intelligence and conflict resolution -8

2. Leadership and teamwork skills - 8

3. Time management and organizing skills (attention to details) - 9

Which to improve: Event and protocol management

Niche/passion:

1. Master of ceremony (formal)

2. Film director

3. Personal Assistant

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Career focus (area/industries):

Forestry

Food & beverage Entrepreneurship

Event management (Planning, coordinating, and managing weddings)

Technical Skills:

Tree inventory, planting, and urban greening awareness (level 4)

Event Planning & Coordination (level 5)

Small Business & Product Branding (level 4)

Soft Skills

- Creative Problem-Solving – Able to think quickly and adapt during events (level 7)

- ⁠Cost management (level 5)

Niche:

small business

event amnagement

I want to improve my Small Business & Product Branding skills

# data[].attributes.body
career

1. conservation

2. botany

technical skills

1. garden work - level 4

soft skills

1. listening -level 8

2. adapting to small changes - level 6

hard skills

1. planting - level 4

2. monitoring/ inspecting - level 7

niche/passion

plants, especially learning about how they are used either as food, medicine, crafting etc.

I want to improve my botanical knowledge especially in identifying plants and growing them.

# data[].attributes.body
Soft Skills:

Public Engagement (level 4)

Adaptability (level 8)

Leadership (level 7)

Hard Skills

Project Management (level 4)

GIS Mapping (level 5)

Tree Risk Assessment (level 6)

# data[].attributes.body
Area:

Education

Healthcare

Top 3 soft skills:

Communication 8

Resourceful 7

Problem solving 9

Top 3 Hard Skills:

Managed boarding house 7

Was a coordinator for 25 TAs 8

Managed task allocation during school holidays 9

Niche/ Passion:

Rain forest

Orang Asli

Education

Bio hacking

I want to improve my compassionate and empathetic communication skills

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Our Prompt:

Design a vibrant, modern poster for an eco-conscious sustainability festival called 'Green Loop Festival 2025'. The theme is 'Circularity in Motion: Living the Loop'. The poster should feature urban millennials, families, and youth leaders engaging in eco-friendly activities in a lush urban park. Include visuals of people participating in an upcycling art lab, a zero-waste cooking demo with rescued produce, and a bicycle-powered smoothie station. Showcase elements like compost bins, a swap-and-share community hub, and green entrepreneur stalls using reusable packaging. Add icons representing zero plastic, tree planting, clean energy, and digital ticketing (QR code)

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can you create a poster for a poem

the title is scroll to soul

minimal two tone graphic line pen stroke sketchy illustration. the hand is dropping the phone on the ground with leaves growing up from the phone leading and wrapping on hand. simple line illustration minimalistic fluid and sihloutete style. the ink is in blue. cream background.

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Every nursery has growing pains, to adapt,

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please generate an image based on the prompt : A chaotic modern office cafeteria mid-invasion by glowing, aliens. Three slimy extraterrestrials float above the ground — one zapping a microwave into sparks, another holding a lasagna with awe, and a third pointing at a nervous HR manager wearing an “Employee of the Month” badge. Employees are running and screaming in the background, some hiding behind vending machines. Sticky notes and coffee cups float mid-air. A sign reads “Welcome to Earth Food Zone” on Meeting Room B. Anime studio ghibli kind of style, vibrant colors, dynamic lighting, exaggerated expressions, cinematic atmosphere, humorous and surreal tone. make it like a newspaper article

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pls generate an image based on the prompt : A chaotic modern office cafeteria mid-invasion by glowing, aliens. Three slimy extraterrestrials float above the ground — one zapping a microwave into sparks, another holding a lasagna with awe, and a third pointing at a nervous HR manager wearing an “Employee of the Month” badge. Employees are running and screaming in the background, some hiding behind vending machines. Sticky notes and coffee cups float mid-air. A sign reads “Welcome to Earth Food Zone” on Meeting Room B. Anime studio ghibli kind of style, vibrant colors, dynamic lighting, exaggerated expressions, cinematic atmosphere, humorous and surreal tone. make it like a newspaper article

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prompt: i want to make a poster of stand up comedy event in KL, the theme is Environmental Social Goals, and there will be the prime minister as an audience

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As a student, they overuse AI in doing their assignments.

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Using AI cost a lot of energy for analysing, synthesizing. It takes around energy for 14 LED light bulbs for 1 essay generation from GPT and for now most energy comes from fossil fuel so it is indirectly contributing to the destruction of mother Earth

It also uses a lot of water to cool down the data centres

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Irresponsible use would lead to reduce in productivity and being too dependent on it may halts own's creativity.

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With the AI people can share false information that can create panic with the AI picture attachment. Some of AI generate picture are look so real. And old people easy got cheated with the image. With AI too can give opportunity for the scammer to have more idea to find any leak of information for their activity.

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Potential ethical issue in Environmental and entertainment industry that is associated with AI:

1. Misinformation & Greenwashing

AI-generated content can be used to create misleading sustainability claims or fake environmental reports—leading to greenwashing, where companies appear more eco-friendly than they really are.

Ethical issue: Loss of trust, undermining real sustainability efforts.

2. Bias and Cultural Sensitivity

AI tools used for scriptwriting, music, visuals, or casting suggestions may reflect racial, cultural, or gender biases, especially if trained on unbalanced datasets.

Ethical issue: Misrepresentation or stereotyping of communities, especially Indigenous or minority groups.

3. Exploitation of Nature’s Image

AI-generated environmental imagery or documentaries may depict unrealistic or idealized versions of nature, distorting public understanding or replacing the need for actual field footage.

Ethical issue: Devaluing or overvaluing real ecosystems and field-based work.

4. Displacement of Creative Workers

AI tools can now generate music, voice, art, and scripts—potentially replacing human creators, performers, and behind-the-scenes teams. It has lost its human's touch.

Ethical issue: Job loss, reduced value of original human creativity.

5. Data Privacy and Consent

In both industries, AI might analyze user behavior, preferences, or images without clear consent, especially in event management and social media engagement.

Ethical issue: Breach of personal privacy and informed consent.

6. Environmental Cost of AI Itself

AI training and usage (especially large models) require significant energy and data resources, potentially contradicting sustainability goals.

Ethical issue: Hidden carbon footprint of “eco-tech” solutions.

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abusing ai, spreading misinterpretations/misinformations

over-reliance on ai, spending more on ai than fieldwork/human expertise

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1. Surveillance Overreach in Community Projects

Risk: Drones/AI cameras monitoring urban trees could intrude on privacy (e.g., Indigenous villages near forest edges).

Action:

Adopt drone guidelines for ethical flyovers.

Co-design monitoring with communities (e.g., Orang Asli-led mapping).

2. Transparency in Greenwashing

Risk: Corporations use AI to exaggerate urban tree-planting impacts ("100K Trees" campaigns with 20% survival).
Action:

Demand public AI audits (e.g., KL City Hall’s tree dashboard).

Use open-source tools like OpenStreetMap to verify claims.

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Sometime using AI can be helpful, but if using AI for working purpose, need to be careful to share the details because there are some cases AI are using the data/ prompt given as their data to train, and there is always possibilities the info shared being reused to the other user. Beware of sensitive information used for prompting

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Decrease in brain activity , loss of vocabulary and Ai uses 4 times more water to cool down the data centre system. No regulation in place

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Some potential issues with AI specifically in design or architecture industry in my own opinion would be:

1. Unoriginality and loss of 'soul' : Concepts and designs would mean nothing or no soul and character to them. I believe this would just make it more somewhat missing as time goes on.

2. Losing creative minds: relating to previous point, I feel like more people rely too much on AI to the point that they may not know the base of their projects. It just has not so 'wow' factor to them. Just plain jane designs with fancy concept names with no meaning

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cost still very high.

using unrenewable sources

job displacement.

become complacent to do daily work.

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my worry is that one it makes people less imaginative and problem solving skills, also it makes arts less valued due to how easy it is for everyone to make it but without the human element being present in the art which diminishes the medium as a form of authentic expression and rebellion against our increasingly controlled environment.

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I often use ChatGPT and find it genuinely helpful, but I’ve also noticed that its responses can sometimes carry subtle biases — whether in personal topics or even broader political questions. While I usually hope for a fully objective perspective, it does seem that its answers are influenced by certain underlying guidelines or limitations by its "creator".

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Replacing Local Knowledge with AI Decisions.

Over-relying on AI tools (like satellite imagery or predictive models) and ignoring local community input or indigenous knowledge.

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How has it helped you?

What are the recent developments in AI that you think will be a game changer?