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https://drive.google.com/open?id=1kvRgdoPN9u2Hp1pdNMhX6w8BpnvQXLKF

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Team Name: Radiance
Members:
- Pei Qing Chan, College of Engineering, CCEB
- Harshil Gupta, College of Computing and Data Science, CCDS
- Renfred Yeow, Nanyang Business School, NBS

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We would like to declare that generative AI was used to generate two illustrative graphics in our infographic: Panel 1 (tyre splash scene) and Panel 4 (maintenance worker removing the collected waste). We used Google Gemini Pro v3 for image generation to create comic style visuals that support the narrative context. Our team provided the prompts and iterated selections, then manually arranged, resized, and annotated the chosen images within the poster. All ideation, research, technical content (including the EcoSieve device diagram), written text, and overall layout and design decisions were developed and produced by our team.

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An unseen hazard and major source of microplastics, Tire Wear Particles (TWP) are created by friction between tires and roads. Our comic-style infographic uses a clear storyboard to raise awareness through visually appealing and memorable graphics. It shows how our EcoSieve intercepts TWP during rain and turns captured pollution into energy. Flow passes sequentially through a Coarse Filter to stop large trash, a Depth Filter to trap fine particles, and a Biosorbent Bed that captures microplastics and other pollutants. A Smart Sensor Puck prompts timely cassette replacement, while a Smart Bypass maintains drainage and prevents ponding. Valorisation of spent food waste creates the biosorbent bed via pyrolysing Spent Coffee Grounds, Brewer’s Spent Grains and Okara into a blend of iron-magnetised and normal biochar. When due for replacement, biosorbent cassettes are processed for energy recovery into biofuels, closing the circular loop. SDGs tackled: 3, 6, 7, 11, 12, 13, 14, 15.

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NeuroUrbanism: Designing Cities That Heal, Not Harm

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NeuroUrbanism: Designing Cities That Heal, Not Harm

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https://drive.google.com/open?id=1tQIpY8WLchVv2g-uEGewfQuzM0btiNb_

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Rui Ying Clarisse Leong, School of Social Sciences (SSS)

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I did not use any GenAI in curating my poster nor my short description.

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As a psychology major, I wanted to explore how city design can shape the way we think and feel. NeuroUrbanism combines neuroscience and sustainability to show that urban spaces doesn’t just have detrimental effects on the planet, but they affect our minds too. Constant noise, crowding, and lack of greenery heighten stress and raise the risk of anxiety and mood disorders, while access to sunlight, trees, and community spaces helps people feel calmer and more connected. This idea links to SDG 3 (Good Health and Well-being), SDG 11 (Sustainable Cities and Communities), and SDG 13 (Climate Action). A truly sustainable city is one that cares for its people as much as it cares for the environment.

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When the Land Can’t Breathe… Nothing Can Grow

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When the Land Can’t Breathe… Nothing Can Grow

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https://drive.google.com/open?id=1GzCk8zmyYTExvWmXTjpW0qDlkwCyyn6u

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Nandini Alagappan, Wee Kim Wee School of Communication and Information (WKWSCI)

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I would like to declare that no generative AI tools were used in the development of this infographic. 

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This infographic illustrates how urban farming and sustainable food production can restore soil health and strengthen food security in growing cities. The top section highlights the problem of degraded land, represented through dry soil and a distressed earthworm mascot symbolising declining soil biodiversity. As the scene transitions downward, the infographic showcases three key solutions: vertical farming, regenerative agriculture and alternative proteins. Together, these innovations reduce land use, improve soil structure, and lower environmental impact. The bottom section presents three core benefits which are significant water savings, enhanced carbon storage and reduced land demand from plant-based proteins, each aligned with UN SDG 11 (Sustainable Cities and Communities), SDG 15 (Life on Land), and SDG 2 (Zero Hunger). By blending cute visuals with evidence-based insights, this infographic aims to inspire simple everyday choices that help revive the land and support more sustainable food systems.

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https://drive.google.com/open?id=1R1VYGDlq5Mq9HlVRf1ubBLdn7b4yBN2a

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Team Name: Incognito
Members:
- Celeste Ting Hui Tay , Nanyang Business School
- Maeva Jia Xuan Loo, Nanyang Business School
- Tai Rong Soh, College of Computing and Data Science (CCDS)

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We mainly used Perplexity Search (GPT5) to help research on the gist of the issue and its solutions; thus, it only aided us with our scientific facts and numbers that we ensured were as accurate as possible. We also did our own research to compare with the information that was provided by AI. It was also used to help edit texts to make our information more succinct to fit into the infographic. Images were used from Canva's resources and Google, and none were AI generated. 

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To achieve SDG 14, this infographic offers strategies for mitigating the effects of coral reef degradation, particularly the problem of rising water levels and increased coastal vulnerability. Communities are more vulnerable to flooding and storm surges when there are fewer reefs. In order to reconstruct damaged ecosystems and restore their essential wave-breaking function, the infographic highlights coral restoration initiatives like large-scale planting campaigns and 3D-printed reef structures. These solutions directly support SDG 14 aims to conserve and sustainably use marine resources by safeguarding infrastructure, maintaining marine biodiversity, and increasing coastal resilience.  The infographic also relates to SDG 11 by emphasizing how restored reefs protect people, lessen expensive flood damage, and assist long-term adaptation methods for cities confronting the effects of rising water levels due to reef depletion.

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https://drive.google.com/open?id=1XZrWMZ-wO9_rt-smFJpWLReQUx4rqpBR

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Michelle Li Jia Yee	Li, Wee Kim Wee School of Communication and Information (WKWSCI)

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No generative AI tools were used in the development of this infographic.

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“Say No to Overfishing” shows how unsustainable fishing hurts the ocean, people and the entire ecosystem. It highlights the problem of overfishing, and that the share of sustainable fish stocks has been falling over time. It then focuses on why we should give our attention to this problem. Reduction of fish stocks not only leads to "no food", but also "no jobs" for the coastal communities. It even harms the future of the entire eco-system. To solve the problem, we need to ensure sustainable fishing, which consists of three pillars: People, Stock and Ecosystem. This poster also highlights current and potential solutions that consumers, fisheries, and governments around the world can adopt. Together, these ideas support SDG 14: Life Below Water and also strengthen food security and resilient coastal cities under SDG 2 and SDG 11.

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Turning the Tide: Collective Actions to Heal Our Ocean

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Turning the Tide: Collective Actions to Heal Our Ocean

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https://drive.google.com/open?id=1A0KelmMP0goUYTbg-Vdj1onU6TlkJraS

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Wiranto Winata, School of Civil and Environmental Engineering (CEE)

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An AI tool, specifically ChatGPT 5.2, was used in the process of brainstorming and information retrieval. After locating the sources I found relevant through ChatGPT, I then read through the source manually to confirm the validity of the data given prior by ChatGPT. ChatGPT was also used for proofreading.
In terms of design and image, no AI tool was used for any purpose relating to visual design, from concept to final product.

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*All images are hand-drawn. No AI or third-party images were used. 1080 x 1920 px with DPI 300 are used for quality printing.

"I'm only one person, my actions are too small to matter. Authorities should take responsibility." This is a sentiment I often hear from peers and online users. Although it’s true that authorities play a major role in sustainability, people often underestimate individuals' impact. After all, the human race is in the end a collective of individuals whose combined actions shape our Earth. That's why this infographic aims to call both individuals and authorities into action to save our beloved ocean. 
This infographic presents 6 total actions we can take, touching upon both SDG 11 and 14, with the actions including but not limited to reducing ocean waste, protecting marine life, and green city planning to cut emissions. To emphasize and subconsciously encourage people when they’re reading this infographic, the illustration was drawn in a more dynamic and engaging manner while incorporating relevant ocean elements and keeping texts at a minimum. (150 words)

*I added a small text stating artwork was made by me. I did not see any rule prohibiting this but if this does not comply with the competition's rule do let me know I can easily upload another version without name.

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SMART: Sustainable Management and Renewable Transition

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SMART: Sustainable Management and Renewable Transition

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https://drive.google.com/open?id=1uH8yO1owOcGsTAwveALobpyG6UxK3ECZ

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Team Name: Timo and Friend
Members:
- Rizki Muhammad, School of Electrical and Electronic Engineering (EEE)
- Carlline Angelica, School of Biological Sciences (SBS) 

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AI tools were used to support idea development and text refinement for this infographic. ChatGPT 5.2 was used to help structure explanations of greenhouse gas composition, correlation interpretation, and Singapore emissions context, as well as to refine wording for clarity and conciseness. All data selection, numerical values, visual design, maps, charts, and final layout were created and assembled by the team. Additionally, no AI image-generation tools were used to generate the graphics themselves. 

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This infographic introduces SMART: Sustainable Management and Renewable Transition, a framework designed to help cities cut emissions and strengthen climate resilience. It begins by highlighting today’s climate challenges which are global temperature rise, accelerating sea-level trends, ASEAN’s carbon rankings, and why Singapore’s energy-intensive economy places it among the region’s top emitters. The infographic then breaks down the main greenhouse gases and shows where CO₂, CH₄, and N₂O typically arise within Singapore. Building on this understanding, the SMART approach outlines practical steps for cities, consist of smarter monitoring of resources, stronger efforts to reduce emissions, urban planning that prepares for heat and floods, a shift toward renewable energy, and clear public reporting of progress. These actions support SDG 7, SDG 11, SDG 12, and SDG 13, guiding cities toward a cleaner and more resilient future.

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Air-Purifying Building Facades for Urban Air Quality

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Air-Purifying Building Facades for Urban Air Quality

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https://drive.google.com/open?id=19J3UDy9d5cMdSAtaI7FbaBOps1c_i-5C

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I would like to declare the use of generative artificial intelligence (AI) in the development of my infographic. Generative AI tools (ChatGPT) were used for idea refinement, text editing, and visual layout guidance. AI assistance supported structuring the content (e.g., challenge–solution–impact), refining language for clarity, and suggesting visual elements.
The core concept, research basis (including the case study of Palazzo Italia, Milan), sustainability framing, and final design decisions were independently developed by me. All content was reviewed, edited, and finalised by me. In addition, the core concept and motivation for this work are original and personally inspired. Having grown up in Delhi, where severe air pollution is a lived and persistent challenge, the problem addressed in this infographic draws directly from my own experiences. 

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"Air-Purifying Building Facades for Urban Air Quality explores how innovative architectural design can help cities tackle growing air pollution challenges. Many major urban centers such as Delhi, Beijing, and Jakarta experience severe smog that affects public health and contributes to climate stress. This infographic presents photocatalytic building facades as a sustainable solution that transforms ordinary structures into active air-cleaning surfaces. When exposed to sunlight, the facade’s coating breaks down pollutants through chemical reactions and releases cleaner air back into the environment.

The concept supports healthier, more resilient cities by mitigating emissions and improving overall air quality. It directly connects to key Sustainable Development Goals: SDG 11 (Sustainable Cities and Communities) through cleaner urban environments, SDG 13 (Climate Action) by reducing pollution sources, and SDG 9 (Industry, Innovation and Infrastructure) by promoting innovative, sustainable building technologies. The infographic aims to increase awareness of how design and engineering innovations can contribute to a cleaner urban future."

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Look, up in the sky! It’s a bird, it’s a plane. No, it’s the aerostat system!

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Look, up in the sky! It’s a bird, it’s a plane. No, it’s the aerostat system!

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https://drive.google.com/open?id=18DyDZUD0dmBS_vO9xLrHb-OMeW0pyU0Q

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Jessie Jiaqian Wu, The Asian School of the Environment (ASE)

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ChatGPT was used only during the initial stage to brainstorm ideas. No GenAI tools were used to write, edit, or generate any of the text or images in the final infographic

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This infographic highlights a simple but important idea: military capability does not have to come at the expense of sustainability. Traditional patrol flights burn large amounts of fuel, emit significant CO₂, and generate substantial noise, contributing to climate change and reduced urban liveability. The aerostat, however, offers a far cleaner alternative. Lifted by helium and operating without continuous combustion engines or repeated take-offs, it delivers continuous surveillance with minimal emissions and minimal noise. This shows that advanced defence systems can strengthen national security while supporting sustainability goals. The aerostat embodies climate action (SDG 13), enhances urban well-being (SDG 11), and reflects innovative, resource-efficient technology (SDG 9).