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Electrical & Electronics Engineering [EE] Innovation & Entrepreneurship

Turning student ideas into real-world ventures since 2015.
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NBA Accredited  ·  EEE Department, MBCCET
Accredited by NBA · AICTE Approved
 UN SDGs Addressed SDG 2 SDG 4 SDG 7 SDG 8 SDG 9 SDG 11 SDG 12 SDG 13 SDG 17
Mar Baselios Christian College of Engineering & Technology · Peermade

Innovation &
Entrepreneurship

Think. Build. Launch. Repeat.

From classroom prototypes to award-winning ventures — the EEE Department nurtures a culture of creativity, curiosity and entrepreneurial spirit.

10+
Notable Projects
3
Sci. Congress
1
National Award
1
CERD Grant
1
CEO Mentorship
CERD Achievement
 
🎓 APJ KTU · 2024–25
SDGs SDG 4 SDG 8 SDG 9 SDG 17
CERD
🏅 Financial Assistance · APJ Abdul Kalam Technological University – CERD
Congratulations — Financial Assistance Secured from APJ KTU–CERD for Student Projects (2024–25)
Guides
Prof. Fini Fathima
Assoc. Prof., EEE · Guide
AG
Prof. Aby George
Asst. Prof., EEE · Co-Guide
Students (S6 EEE)
ES
Edwin Siby
S6 EEE
NV
Nandhana Vinodh
S6 EEE
RM
Rijo Mathew
S6 EEE
Prof. Fini Fathima (Associate Professor, EEE, Guide) and Prof. Aby George (Assistant Professor, EEE, Co-Guide), along with students Edwin Siby, Nandhana Vinodh and Rijo Mathew (S6 EEE), have secured financial assistance from APJ Abdul Kalam Technological University – CERD for their student project during the academic year 2024–25.
📍 EEE Department, MBCCET  ·  Academic Year 2024–25
CEO Spotlight
 
Industry Connect
SDGs SDG 4 SDG 7 SDG 9 SDG 13 SDG 17
🤝 ROSH.Ai · Industry Mentorship
Hybrid Electricity Generation Plant — Combined Solar & Wind
Solar Wind Project with Dr. Roshy John
Dr. Roshy John, Founder and CEO of ROSH.Ai, visited the students' project on a Hybrid Electricity Generation Plant combining solar and wind power, and offered full support for the incorporation of AI tools into the project. The visit marked a significant milestone in bridging academic innovation with industry-level artificial intelligence capabilities.
👥 Ms. Febi Mariam · Mr. Martin K · Mr. Sujith Delbin · Mr. Jeswin Daniel  |  Final Year EEE (2020–2024)
Kerala Science Congress
 
35th Edition · 2023
SDGs SDG 4 SDG 7 SDG 9 SDG 11 SDG 12 SDG 13 SDG 17
35th Kerala Science Congress

Three groundbreaking projects by EEE students of MBCCET stole the spotlight at the 35th Kerala Science Congress, organised by the Kerala State Council for Science, Technology and Environment (KSCSTE), demonstrating creativity and practical solutions for real-world challenges.

 
🌱 AgriTech · IoT
Hydroponics System Using IoT
An affordable soil-less hydroponic farming system optimised for growing leafy vegetables like spinach, lettuce and kale. Uses nutrient-rich water and LED grow lights to produce crops faster while consuming 90% less water than traditional farming. Includes automated pH and nutrient monitoring for home gardeners and small-scale farmers.
"Our hydroponic setup is perfect for urban areas with limited space. It ensures year-round production with minimal maintenance." — Mr. Bivin Philip
"This system makes urban farming hassle-free and data-driven. Even beginners can grow fresh greens with minimal effort." — Mr. Sojin George
SDGs SDG 2 SDG 4 SDG 9 SDG 12
Team: Mr. Bivin Philip · Mr. Sojin George · Mr. Jain Abraham · Ms. Akshaya Krishna
⭐ Appreciated · 35th Kerala Science Congress
 
⚡ Green Energy · Hydrogen
Fuel Cell Based Energy Management to Reduce Peak Time Demand
Fuel Cell Project
A hydrogen fuel cell system that produces clean fuel through solar-powered water electrolysis — an innovative solution for sustainable energy storage and transportation. The system makes hydrogen production accessible using just sunlight and water, offering a practical pathway to transition from fossil fuels.
"Our system makes hydrogen production accessible using just sunlight and water. This could be the key to transitioning from fossil fuels." — Mr. Jerry Jacob
SDGs SDG 4 SDG 7 SDG 9 SDG 13
Team: Mr. Althaf Bin Umar · Mr. Aney Manoj · Ms. Derlin Baby · Mr. Jerry Jacob
⭐ Showcased · 35th Kerala Science Congress
 
🛺 EV · Renewable Energy
Self Charging Electric Rickshaw Using Alternator and Solar Panel
An innovative self-charging electric rickshaw that combines alternator-based regenerative braking and solar power to eliminate range anxiety. The prototype offers a practical solution for India's growing electric vehicle market — addressing one of the biggest adoption barriers for EVs in urban and semi-urban transport.
Self Charging Electric Rickshaw
SDGs SDG 7 SDG 9 SDG 11 SDG 13
Team: Mr. Alant K Joseph · Mr. Delvin Shibu · Mr. Jinto K Aji · Mr. Paul Shaise
⭐ Demonstrated · 35th Kerala Science Congress
National Award
 
🏆 2nd Prize · State Level
SDGs SDG 2 SDG 4 SDG 9 SDG 12 SDG 17
🏆 2nd Prize — Vaiga Agri Hack 2023 · Govt. of Kerala
Hydroponics IoT System — Vaiga Agri Hack Grand Finale
Vaiga Agri Hack Award Ceremony
Mr. Sojin George, Mr. Bivin Philip, Mr. Jain Abraham and Ms. Akshaya Krishna from the Department of Electrical & Electronics Engineering, MBCCET secured Second Prize at the Vaiga Agri Hack organised by the Department of Agriculture Development and Farmers Welfare, Government of Kerala, held at College of Agriculture Vellayani, Thiruvananthapuram on 27th February 2023. They were invited to the competition after their outstanding performance at the Exhibition Stall at the 35th Kerala Science Congress.
👥 Mr. Sojin George · Mr. Bivin Philip · Mr. Jain Abraham · Ms. Akshaya Krishna  |  EEE Dept., MBCCET
Other Notable Projects
 
🚁 Precision Agriculture
 
SDGs SDG 2 SDG 4 SDG 8 SDG 9 SDG 12
Agricultural Drone · Smart Farming
Low-Cost Agricultural Drone for Crop Monitoring & Spraying
A low-cost agricultural drone equipped with smart sensors and GPS to assist farmers in crop monitoring and spraying. The drone can analyse soil health, detect pests, and spray fertilizers efficiently — reducing labour costs and increasing crop yields.
"The goal was to create an affordable solution for small-scale farmers. Our drone cuts manual work by 50% and ensures precision farming." — Ms. Shehanas K Salim (Project Head)
Agricultural Drone
Key Highlights
  • ✓ Smart sensors + GPS navigation
  • ✓ Soil health analysis & pest detection
  • ✓ 50% reduction in manual labour
  • ✓ Affordable for small-scale farmers
  • ✓ Field trials with local farmers planned
Project Head: Ms. Shehanas K Salim
☀️ Solar Agriculture
 
SDGs SDG 4 SDG 7 SDG 9 SDG 12 SDG 13
Solar Irrigation · Plant Growth Enhancement
Solar Based Irrigation System & Its Feasibility in Plant Growth Enhancement
An analysis of the feasibility of solar-powered irrigation for enhanced plant growth. The system incorporates an artificial lighting arrangement using red and blue LED strips to increase photosynthesis during night time. It has also been demonstrated that passing mild electricity through plant stems accelerates the rate of growth.
Key Highlights
  • ✓ Solar-powered irrigation system
  • ✓ Red & blue LED strips for night photosynthesis
  • ✓ Electro-stimulation to accelerate plant growth
Team: Mr. Amal K Joseph · Mr. Jeffin Jacob Paul · Mr. Joel Shajan Varghese
Guides: Prof. Rinu Susan Roy · Prof. Lordson Devasia
⚡ Electric Vehicles
 
SDGs SDG 7 SDG 9 SDG 11 SDG 12 SDG 13
Electric Vehicle · Hybrid Drive System
Electric Bike with Gear System — 0 to 80 km/hr
An electric bike incorporated with a gear system to achieve a speed range of 0–80 km/hr. With synchronisation between the electric engine and ICE driving forces, petroleum consumption is significantly reduced along with fewer battery charging cycles (longer life per charge). If one vehicle saves an average of 30% of oil fuel, an average of 40–60% of national fuel could be saved by widespread adoption.
Key Highlights
  • ✓ Speed range: 0–80 km/hr
  • ✓ Electric + ICE hybrid synchronisation
  • ✓ ~30% reduction in petroleum per vehicle
  • ✓ Extended battery life per charge cycle
Team: Mr. Amal Suresh · Mr. Geo Jose · Mr. Visakh M S · Mr. Vipin Benny (S8 EEE)
Guide: Dr. Anoop K J