Featured Projects

Work Simulation Project


To drive adoption of GrabFin by positioning it as a trusted, Shariah-compliant financial solution through localisation and personalised advisory support for Indonesian driver partners

Work Simulation Project.pdf


Strategic Simulated Interdisciplinary Project

To strengthen water resilience by proposing a Fifth National Tap using solar hydropanels and smart pricing, delivering a low-carbon, community-driven solutions for safe, affordable and sustainably managed water for all.

Sources of Water.pdf


Engineering Innovation Design Simulation Project

To redesign patient hygiene care by introducing MediWash, a modular bedside shower system that allows single-nurse operation, reduces infection risks, and enhances patient dignity in response to Singapore’s ageing population and nurse shortages.

MediWash Engineer Project.pdf

Synopsis

Key Strategic Initiatives:

✅ Position GrabFin as a trusted Shariah-compliant provider through formal certification and Islamic-aligned loan offerings.

✅ Launch GrabConsult, a call centre to aid financial literacy, customer assurance, and loan repayment outcomes.

✅ Project a 20% drop in delinquency rates, preventing over 240,000 defaults annually at scale.

✅ Partner with respected bodies like Muhammadiyah and UIN Jakarta to enhance credibility and outreach.

✅ Deploy targeted digital campaigns with Islamic endorsements to boost user trust and adoption.

✅ Target 10% of Indonesia’s informal lending market within a year, engaging 3M+ users with profitable growth.

Synopsis

✅ Propose Singapore’s potential 5th National Tap through solar-powered hydropanels, tapping into clean, decentralised water sources suited for local climate.

✅ Mapp out a step-by-step national plan to roll out hydropanels by 2060, aiming to contribute 20% of the country’s water supply.

✅ Introduce smart water meters and a mobile app to give users real-time feedback, encouraging responsible water use and reducing peak-time consumption.

✅ Introduce AquaEquitySG™, a shared ownership model that enable residents to co-invest in rooftop hydropanels and benefit from harvested water.

✅ Supported recommendations with global case studies and local pilot data, showing strong potential to reduce household demand and reliance on energy-heavy desalination.

✅ Aligns fully with Singapore Green Plan 2030 and UN Sustainable Development Goals to ensure long-term resilience, affordability, and environmental sustainability.

Synopsis

✅ Launch MediWash, a mobile in-bed shower bed system enabling dignified hygiene care without the need to move patients to shared toilets.

✅ Reduce showering time by up to 20 minutes per patient, cutting manpower from 2–3 nurses to just 1, improving shift efficiency and reducing nurse burnout.

✅To Minimise infection and fall risks through splash-proof design, secure patient transfer mechanism, and in-situ hygiene delivery.

✅ Position as a cost-effective, scalable solution less than SGD $1.2K to enhance existing hospital beds without investing in full smart beds.

✅ Align with national healthcare goals for eldercare and contact-minimising infrastructure post-COVID, offering immediate pilot potential in public hospitals, hospices, and eldercare homes.

✅ Support long-term care sustainability by addressing Singapore’s 2030 “1 in 4 elderly” demographic and global WHO trends on decentralised patient care.

Self-introduction Video


WIN_20250630_17_39_48_Pro.mp4

2025 work reference:

Prof Paulo Bartolo DSC_7579.JPG.jpg

[Professor Paolo, May 2025, ‘Engineering Innovation Design’ class @ NTU]

Pin Yuan was a dedicated and insightful student for MA2079: Engineering Innovation Design Project. He demonstrated solid technical fundamentals, critical attention to details, and contributed well-reasoned design insights. His proactive effort to improve his AutoCAD skills and learn 3D printing showed a strong commitment to growth. His curiosity, discipline, and adaptability were clearly evident throughout the course, earning him a well-deserved A grade. This highlights his strong potential for future contributions in complex, interdisciplinary settings.

Resume

TanPinYuanMasterResume.pdf