Theme

Innovative  Engineering  Solutions for  Viksit Bharat @ 2047

Engineering has always been the driving force behind national progress. As India approaches 2047—the centennial year of its independence—the vision of Viksit Bharat@2047 calls for innovative, transformative, and future-ready solutions. The 40th Indian Engineering Congress (IEC), organized by The Institution of Engineers (India) (IEI), will convene industry leaders, academicians, and policymakers to explore groundbreaking advancements across disciplines. Embracing the theme “Innovative Engineering Solutions for Viksit Bharat@2047,” the Congress will spotlight disruptive technologies and sustainable engineering strategies that will define India’s self reliant, technologically advanced, and resilient future. From AI, IoT, and smart infrastructure to renewable energy, space technology, and next-gen mobility, engineering disciplines must continuously evolve to meet the aspirations of a technologically advanced and self-reliant India. The Congress will showcase cutting-edge innovations across diverse domains, including but not limited to mechanical, civil, electrical, aerospace, chemical, and materials engineering, with a strong emphasis on disruptive yet sustainable advancements that drive economic growth, infrastructure resilience, and national progress. India’s commitment to Net Zero 2070 necessitates innovation in green hydrogen, smart grids, resilient infrastructure, and circular economy principles. At the same time, advancements in 5G, cybersecurity, blockchain governance, and AI-driven automation will be key to digital empowerment and national security. To achieve Viksit Bharat@2047, India must foster a highly skilled, future-ready engineering workforce. The Congress will tackle education reforms, enhance research-industry synergies, and support startup incubation to create a dynamic, innovation-driven ecosystem that meets the demands of a technologically evolving world. As Dr. A.P.J. Abdul Kalam envisioned, “The future belongs to those who can imagine, design, and execute.” The 40th IEC serves as a call to action—an opportunity to harness engineering ingenuity and technological excellence to shape a prosperous, globally competitive, and future-ready India.

Sub themes
Civil Engineering
Mechanical Engineering
Smart Cities and Urban Mobility for a Modern India
Advanced Manufacturing for Make in India 2.0
Resilient Infrastructure Against Climate Change
Automation and Robotics in Core Sectors
Affordable Housing and Inclusive Urban Planning
Renewable Energy Systems Design and Optimization
High-Speed Rail and Next-Gen Transport Corridors
Energy-Efficient Thermal Systems for Clean Growth
Green Buildings and Sustainable Construction Practices
Smart Materials and 3D Printing in Engineering Design
Disaster-Resistant Structures for Safer Communities
Mechanical Systems for Rural and Agricultural Innovation
Water Resource Management through Civil Innovation
AI-Driven Predictive Maintenance and Reliability
Electrical Engineering
Electronics & Communication Engineering
Smart Cities and Urban Mobility for a Modern India
5G and 6G for Digital Sovereignty
Electrification of Transportation for Clean Mobility
IoT and Embedded Systems for Smart India
Renewable Energy Integration and Storage Systems
Satellite Communication for Rural Connectivity
Power Electronics for Sustainable Industries
Electronic Warfare Systems for National Security
Electric Mobility Infrastructure and EV Innovation
Low-Power Electronics for Energy-Efficient Devices
Grid Resilience through Decentralized Power Systems
Innovations in VLSI and Semiconductor Self-Reliance
Automation in Power Systems for Efficient Distribution
AI-Enabled Wireless Systems for Smart Governance
Computer Science & Engineering / IT
Chemical Engineering
AI and Machine Learning for Public Service Delivery
Green Chemistry for Sustainable Manufacturing
Cybersecurity for Digital Bharat
Waste to Wealth Technologies
Blockchain for Transparent Governance
Innovations in Hydrogen and Biofuel Production
Digital Twin Technology for Infrastructure Management
Sustainable Petrochemical Alternatives
Quantum Computing for Strategic Innovation
Pollution Control through Process Innovation
Cloud & Edge Computing for Scalable Solutions
Chemical Process Intensification for Energy Efficiency
National Language Processing for Inclusive AI Systems
Circular Economy in Chemical Industries
Aerospace Engineering
Biotechnology / Biomedical Engineering
Indigenous Launch Vehicles and Space Tech for Development
Affordable Medical Devices for Rural India
UAVs and Drones for Agriculture, Security, and Disaster Relief
Bioengineering for Personalized Medicine
Reusable Space Systems for Cost Efficiency
Genomics and Precision Agriculture
Aerospace Materials for Lightweight and Efficient Design
Synthetic Biology for Clean Industrial Processes
Satellite-Based Navigation and Communication for BharatNet
Biomedical Imaging and AI Diagnostics
Hypersonic Systems and Strategic Defense Tech
Vaccine and Biotherapeutic Manufacturing Innovation
Aerodynamic Innovations for Green Aviation
Prosthetics and Assistive Technologies for All
Environmental Engineering
Agricultural Engineering
Climate-Responsive Engineering for Resilient Ecosystems
Smart Irrigation and Water Use Efficiency
Wastewater Treatment and Reuse Technologies
Farm Mechanization for Smallholder Empowerment
Air Quality Monitoring and Control Systems
Precision Agriculture using Sensors and Drones
Sustainable Urban Drainage and Flood Management
Post-Harvest Technology and Cold Chain Innovation
Environmental Impact Assessment Tools
Solar-Powered Agricultural Equipment
Renewable Energy Integration in Urban Planning
Bioengineered Solutions for Crop Health
Nature-Based Solutions for Carbon Neutrality
AI in Agri-Supply Chain Optimization
Metallurgical & Materials Engineering
Industrial & Production Engineering
Advanced Alloys for Strategic Sectors
Industry 4.0 for Indian Manufacturing Excellence
Nanomaterials for Energy and Health Applications
Lean Systems and Automation for MSMEs
Recycling and Sustainable Metal Processing
Digital Twins in Production Systems
Indigenous Rare Earth and Critical Mineral Processing
Supply Chain Engineering for Food and Pharma Security
Materials for Hydrogen Economy and Energy Storage
Green Manufacturing and Resource Efficiency
Lightweight Composites for Mobility and Aerospace
Worker Safety and Human-Centric Design in Factories
Smart Materials for Responsive Engineering Systems
Integration of AI and IIoT in Industrial Operations
Robotics & Automation
Instrumentation Engineering
Industrial Robots for Manufacturing 5.0
Smart Sensors for Infrastructure Monitoring
Agricultural Robots for Precision Farming
Automation in Process Industries
Service Robots in Healthcare and Public Utilities
Instrumentation for Renewable Energy Systems
Swarm Robotics for Surveillance and Disaster Response
Environmental Sensing for Climate Monitoring
Human-Robot Interaction for Elderly and Special Needs Care
Medical Instrumentation for Remote Healthcare
Autonomous Vehicles for Transport and Delivery
Precision Agriculture with Sensor Networks
AI-Powered Inspection and Maintenance Systems
Real-Time Monitoring Systems for Smart Cities
Textile Engineering
Smart Textiles for Defense, Healthcare, and Wearable Tech
Waterless and Low-Impact Dyeing Technologies
Sustainable and Eco-Friendly Textile Manufacturing
High-Performance Fibers for Industrial Applications
Technical Textiles for Infrastructure, Automotive, and Aerospace
Natural Fiber Composites for Green Alternatives
Indigenous Fiber Development for Self-Reliant Textile Economy
Digitization and AI in Textile Design and Supply Chain
Automation and Industry 4.0 in Textile Production
Skill Development and Rural Empowerment through Textile Innovation
Circular Economy and Recycling Innovations in Textiles
Textile Waste Management and Zero-Waste Manufacturing
Antimicrobial and Functional Textiles for Health and Hygiene
Innovations in Biodegradable and Regenerative Textiles