MRC Project Ideas
At Mridha’s Research Center (MRC) in Narayanganj, Bangladesh, we’re thrilled to propose these 16 innovative projects as of 2025-2026. Building on our expertise in AI, Electrical and Electronics Engineering (EEE), Urban Development, and Computer Science Engineering (CSE), these initiatives are inspired by real-world advancements like AI in health monitoring, smart grids for resilience, and sustainable urban tech. Each project includes focus areas, description, expected impact, and a visual to inspire!
Focus: AI, EEE, Urban
Description: Optimize solar/wind sites with AI and EEE electrical systems for urban energy hubs.
Impact: Promote low-impact energy, cutting fossil fuel use in cities like Dhaka.
2. AI-Powered Urban Traffic Management
Focus: AI, Urban, CSE
Description: Use AI and CSE algorithms to optimize traffic in Narayanganj, integrating GIS to reduce heat islands and congestion.
Impact: Lower emissions and improve mobility, fostering sustainable urban flow.
3. AI-Optimized Urban Health Monitoring System
Focus: AI, Urban, CSE
Description: Develop AI-driven diagnostics (e.g., breast cancer detection via imaging) integrated with GIS for monitoring health disparities in Narayanganj, using CSE for real-time data processing.
Impact: Enhance urban healthcare access, reducing disparities and supporting community health in dense areas.
4. EEE-Enabled Smart Grid for Disaster-Resilient Cities
Focus: EEE, Urban
Description: Design electrical microgrids with IoT and renewables for flood-prone zones, ensuring stable power during disasters in Dhaka and Narayanganj.
Impact: Boost urban safety with reliable energy for shelters, minimizing outage effects in industrial areas.
Focus: EEE, Urban
Description: Engineer energy-efficient electrical systems for IoT roads and bridges, aligned with BNBC for low-carbon urban networks.
Impact: Reduce urban emissions while building durable, green infrastructure.
6. AI for Urban Waste Management
Focus: AI, Urban, CSE
Description: Use AI and CSE to optimize waste collection routes in Narayanganj, integrating GIS for efficient urban sanitation.
Impact: Reduce pollution and improve recycling in densely populated areas.
7. AI-Driven Urban Talent Development Programs
Focus: AI, Urban, CSE
Description: Create AI-enhanced e-learning for GIS and renewables, mentoring urban talents.
Impact: Build skills for innovative city growth in Bangladesh.
8.EEE Smart Lighting Systems in Cities
Focus: EEE, Urban
Description: Implement EEE-driven smart lighting with IoT for energy-efficient urban streets.
Impact: Enhance safety and cut energy costs in Narayanganj nights.
Focus: CSE, Urban
Description: Develop CSE platforms for analyzing urban data, supporting policy with real-time insights.
Impact: Drive data-informed urban decisions for sustainable growth.
10. AI-Powered Urban Traffic Management
Focus: AI, Urban, CSE
Description: Use AI and CSE algorithms to optimize traffic in Narayanganj, integrating GIS to reduce heat islands and congestion.
Impact: Lower emissions and improve mobility, fostering sustainable urban flow.
11. EEE Electric Vehicle Integration in Urban Areas
Focus: EEE, Urban
Description: Integrate EEE charging infrastructure for electric vehicles in urban grids.
Impact: Promote clean transport, lowering urban air pollution.
12. AI Urban Environmental Monitoring System
Focus: AI, Urban
Description: Deploy AI systems for monitoring urban environments, using sensors for pollution tracking.
Impact: Enable proactive environmental management in cities.
Focus: CSE, Urban, EEE
Description: Secure IoT networks with CSE cybersecurity and EEE power reliability for disaster monitoring.
Impact: Protect urban systems from threats, ensuring resilient operations.
14.CSE Urban Cybersecurity Framework
Focus: CSE, Urban
Description: Build CSE frameworks to secure urban smart systems from cyber threats.
Impact: Safeguard city infrastructure for reliable operations.
15. Integrated AI-EEE Smart Home in Urban Settings
Focus: AI, EEE, Urban
Description: Create AI-EEE smart homes with energy-efficient electrical systems for urban living.
Impact: Reduce household energy use, promoting sustainable urban lifestyles.
16. CSE-Enhanced Urban Knowledge Platforms
Focus: CSE, Urban
Description: Build secure platforms with phishing resistance (99% accuracy via RF/ANN) to share urban data and publications.
Impact: Empower policy-making with accessible urban insights.
