2025—2028
Madras Institute of Technology, Anna University
Currently pursuing the 2023 CBCS programme, with expected graduation in 2028. The work continues to deepen a foundation in electronics, communication systems and engineering design.
About / Shivaprasad V
Engineering with
range.
I’m Shivaprasad, an Electronics and Communication Engineering student and builder based in Chennai. I work across the places where systems meet: embedded firmware, circuits, signals, hardware validation and software.
View project archive ↗97.07%Diploma result
03R&D internships
02National awards
709PCB workshop registrations
Education
Learning by building a base, then putting it to work.
2022—2025
Sri Sairam Polytechnic College
Completed all six semesters with consistently strong theory and laboratory performance, spanning embedded systems, VLSI, communication, instrumentation, analog and digital electronics.
2022
Sitadevi Garodia Hindu Vidyalaya
Developed the mathematical and scientific grounding that later supported electronics and communication engineering.
Experience
From prototype benches to production floors.
Ketz Technologies
Embedded Systems Intern working across PCB testing, production validation, hardware debugging, SMD and QFP rework, automated test-fixture planning, sensor emulation, battery evaluation and manufacturing quality assurance.
CE+T Power Solutions
R&D Intern focused on industrial inverter validation: functional, Hi-Pot, thermal and reliability testing; failure analysis; electrical safety; and engineering qualification with industrial test equipment.
Sri Sairam Techno Incubator Foundation
R&D Intern contributing through the embedded product lifecycle: firmware, PCB design, circuit development, sensor integration, hardware–software integration, testing, debugging and validation.
Research & recognition
Tested in public, explained with care.
Wireless Occupancy Estimation via RSSI Signal Processing
Oral presentation at the Engineering Advances 2025 International Conference, Madras Institute of Technology, Anna University. The OEUR research achieved 89.47% occupancy classification accuracy using Wi-Fi RSSI and statistical signal processing, without dedicated sensor infrastructure.
Runner-Up — Pragyan ’26
National Institute of Technology Tiruchirappalli.
Third Prize — Embeddathon ’26
National Institute of Technology Karnataka.
Teaching & training
Sharing the methods behind the work.
PCB workshop instructor
Delivered practical PCB design, fabrication, assembly, soldering, inspection and debugging training at Sri Sairam Techno Incubator Foundation.
PCB Workshop — TWS
Organized and instructed the PCB workshop under Together We Solve, EEA and MIT. The two-day programme received 709 registrations and covered PCB design, manufacturing, assembly, testing and debugging.
Technical training
Completed satellite systems and CubeSat training at CEG, ROS training at Sri Sairam Techno Incubator Foundation, and INUP-i2i electronics and measurement training at IIT Madras.
Social cause
Technology should make
helping visible.
Together We Solve turns social action into something people can verify, support and build on.
It is designed around a simple belief: contribution should matter more than online popularity. The platform gives individuals and communities a place to take on real tasks, submit evidence, receive fair verification and build a measurable record of impact.
It supports environmental action, educational support, volunteering, public service, social outreach, skill sharing and mentorship. Impact Points and progression reward verified action, not passive engagement.
Explore Together We Solve ↗Capabilities
Tools, systems, and ways of working.
Embedded C/C++ESP32 / ESP8266PCB DesignFreeRTOSSignal ProcessingPythonCommunication SystemsSDRComputer VisionROSCubeSat SystemsHardware ValidationGeospatial AutomationTechnical Instruction