Gopalakrishnan G
ECE student
I am an ECE student with hands-on experience in FPGA design, VLSI & embedded systems through internships at BHEL, MIT Anna University & India Space Lab. I achieved hackathon wins, a cash award at KIT Coimbatore, a published journal paper & a patent. My current focus is on C, Verilog, Xilinx Vivado & Cadence Virtuoso.
Skills
Projects
FPGA-Based Traffic Congestion Management System
Secured 33rd Rank at IAC Hackathon – NIT Jamshedpur
Morse Code Encoder/Decoder (FPGA)
Participated in Hack on Chip – K Ramakrishnan College of Technology
Experience
Bharat Heavy Electricals Limited (BHEL)
29 Jun 2026
MIT, Anna University
26 Jun 2026
India Space Lab
Feb – Mar 2026
Certifications
C Programming
Verilog HDL
TCS CODEVITA
2025-2026
Workshops
Snake on silicon
05.02.2026
Education
K Ramakrishnan College of Engineering
B.E. – Electronics and Communication Engineering • Expected 2028
Achievements & Awards
Presentation Winner – Smart Energy Monitoring System
2026KIT Coimbatore | Cash Award: ₹1,000
TCS CodeVita – Global Rank 16522
TCS CodeVita Global Coding Competition
Publications & Research
Decision Review Systems on Signals & Systems
October - November (2025)ERES Journals
Patent Published on "Bamboo Reinforcement Roads"
12.06.2026GOPALAKRISHNAN G
The present invention discloses a bamboo reinforced road which is a sustainable hamboo fiber road construction project integrated with plastic wastes. Due to heavy traffic and environmental factors, the conventional roads form cracks, potholes, and unevenness, which e tll for periodic maintenance, leading to high construction ts. The project is environmentally sustainable in enhancing the durability the durability and sustainability of roads. This method requires the collection, cleaning and shredding of plastic wastes, after which the shredded plastic wastages are then mixed with the heated hitur e heated bitumen to enhance workability. The treated bamboo fibers act as a reinforcement agent in this case, enhancing flexibility, tensile strength, and durability as well as providing resistance against moisture damage. Sustainable bamboo and plastic materials compound a strong composite material that improves the road's performance. This method advocates for the appropriate management of plastic wastes, preservation of non-renewable resources, and the development of infrastructures at a low To conclude, the project (above) is a sustainable way of building green and sustainable road infrastructure that is long-lasting
Get in Touch
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