Designing for Community Wellbeing: Healthy Environments and Activated Spaces

This studio addresses critical public health and community challenges affecting Singapore through human-centred design and emerging technologies. In partnership with the Clementi Constituency Office, students will develop contextually appropriate solutions to protect over 100 children from secondhand smoke exposure at a busy childcare centre, balancing community needs with child safety. Students will also reimagine underutilized carpark spaces as vibrant recreational areas for residents. Through direct stakeholder engagement, students will tackle real-world problems that demand user research, systems thinking, and pragmatic innovation. If you are passionate about engineering solutions, designing concepts and spaces, making plans and engaging with stakeholders, or simply keen to do your part for the community, WE NEED YOU!

Project partner:

  • Clementi Constituency Office

Project supervisor:

Studio timeslot in Semester 2 AY2025/2026:

  • Wednesday 9 am to 12 pm

From empty to engaging: plug-and-play community spaces in Clementi HDB carparks

We invite students to reimagine underutilized carpark spaces (Levels 6 and 7) in Clementi as vibrant, plug-and-play recreational areas for residents. Working directly with the Clementi constituency, HDB, local residents, and motorists, students will engage in real-world problem-solving that balances community needs with practical constraints.

Opportunity

Through conversations with our constituency leaders, we have identified a significant issue affecting our community: Levels 6 and 7 of the Clementi HDB carpark are severely underutilized. The current state of the carpark is as follows:

  • Space dimensions: Multiple sections spanning 13.5m in width, with ceiling heights of 2.3m or 3.3m at different levels.
  • Utilization rate: Extremely low, with vast expanses of empty parking bays
  • Physical characteristics: Clean, well-maintained spaces with natural ventilation, good lighting infrastructure, and views of the surrounding estate
  • Accessibility: Connected to residential blocks via walkways and elevators

While these spaces sit empty, residents in the estate face a shortage of community recreational areas where neighbours can gather, children can play safely, and social connections can flourish. This represents a missed opportunity to activate valuable community assets. However, any solution must be plug-and-play and fully reversible. The design must allow the space to be quickly converted back into a functional carpark should parking demand increase in the future. This constraint requires innovative thinking about modular, flexible, and adaptable design solutions.

This project offers a unique opportunity for students to practice engineering and designing with a purpose. Rather than completing a theoretical exercise, students will become observers and partners in their community, learning to understand the unique social, cultural, and environmental factors that shape real-world problems. This ethnographic approach allows you to design solutions that are not only technically sound but also contextually appropriate.

This is your opportunity to work on a real problem with real impact, collaborate with government agencies and community members, design solutions that balance technical requirements with human needs, and create a portfolio project that demonstrates purpose-driven design.

Five-phase journey

Phase 1: Data Collection

Gather technical data on utilization rates, spatial measurements, and structural constraints. Compile findings for submission to HDB through the Clementi constituency.

Phase 2: User Interviews

Interview residents to understand their needs, challenges, and aspirations. Learn what types of recreational spaces they hope could be added to the estate.

Phase 3: Concept Generation

Develop multiple design concepts based on research insights. Present to residents, gather feedback through community engagement sessions, and iterate based on stakeholder input.

Phase 4: Prototyping

Build a working prototype that meets the plug-and-play requirement. Consider materials, assembly methods, structural integrity, safety, and develop installation/removal procedures.

Phase 5: Validation

Test the prototype with residents, motorists, HDB, and constituency leaders. Document feedback, refine the design, and prepare final recommendations for implementation.

Skills students will develop

Technical Skills: Spatial analysis, CAD modelling, structural design for modular systems, materials selection, safety and accessibility compliance.

Design Thinking: User research and ethnographic methods, needs assessment, iterative prototyping, stakeholder engagement, context-sensitive design.

Professional Skills: Working with government agencies, presenting to diverse audiences, navigating regulations, managing long-term projects, interdisciplinary collaboration.

Social Consciousness: Understanding community needs beyond specifications, recognizing social and cultural factors, balancing stakeholder interests, developing empathy through community engagement.

Breathing safe: community-led solutions to reduce secondhand smoke exposure around childcare facilities

At Clementi Peaks, a large childcare centre serves over 100 children daily. Located in a vibrant community hub near three playgrounds, a busy coffee shop, and a bus stop, this area sees high foot traffic during peak hours when children are arriving, leaving, and playing outdoors.

The Health Risk

Parents and childcare staff have consistently observed secondhand smoke exposure affecting children in these common areas. During peak hours—when children are most active outdoors—smoking in and around the playgrounds, walkways near the childcare centre, and outdoor dining areas creates unavoidable exposure to harmful tobacco smoke.

The Challenge

Young children are particularly vulnerable to secondhand smoke, which can cause respiratory infections, asthma attacks and long-term health complications. Despite existing regulations, the current situation requires contextually appropriate solutions that balance community needs, enforcement realities, and child safety.

The Complexity

This is not just a technical or regulatory problem—it's a social and behavioural challenge requiring deep understanding of:

  • How residents and visitors use these shared spaces
  • Cultural norms and social dynamics around smoking
  • Physical design factors that concentrate or disperse smoke
  • The perspectives of multiple stakeholders: parents, smokers, childcare operators, coffee shop patrons, and residents

Don't just practice being an engineer or designer. Become an advocate for child health and community wellbeing. This is your opportunity to tackle a real public health challenge affecting over 100 young children daily, navigate the complexity of behaviour change and policy implementation, and create solutions that could be scaled to protect children across Singapore. You will learn that protecting children's health requires more than technical solutions—it demands understanding human behaviour, navigating competing interests, and designing interventions that work within complex social systems.

Five-phase journey

Phase 1: Understanding the Context

Document smoking patterns, peak usage times, air flow and ventilation characteristics, and spatial layouts. Analyse how people move through and use the spaces. Map where smoking occurs in relation to children's activities. Understand existing regulations and their enforcement challenges.

Phase 2: Stakeholder Engagement

Conduct interviews with multiple stakeholder groups to understand diverse perspectives and needs.

Phase 3: Solution Development

Based on research insights, develop multiple intervention concepts that might include:

  • Designated smoking zones that minimize child exposure
  • Signage and wayfinding strategies
  • Behavioural nudges and environmental cues

Present concepts to stakeholders and iterate based on feedback. Solutions must be practical, enforceable, and respectful of all community members.

Phase 4: Prototyping & Testing

Develop and implement pilot interventions. This might involve temporary installations, behavioural experiments, or policy trials. Measure effectiveness through observation, air quality monitoring, and stakeholder feedback.

Phase 5: Validation & Recommendations

Work with the Clementi Constituency to present findings and recommendations to Town Council, NEA, and HDB. Develop implementation guidelines, cost analyses, and scaling strategies. Document lessons learned for application to other childcare centres facing similar challenges.

Skills students will develop

Technical Skills: Environmental monitoring, air quality assessment, spatial analysis, ventilation design, materials selection, signage and wayfinding systems

Design Thinking: Behavioural analysis, stakeholder mapping, intervention prototyping, systems thinking

Professional Skills: Multi-stakeholder negotiation, presenting to government agencies, navigating regulatory frameworks, community engagement, translating technical findings for diverse audiences

Social Consciousness: Understanding health equity issues, recognizing vulnerable populations, balancing individual rights with collective wellbeing, designing for behaviour change