I'm Ajay Gundanavar—an Electrical & Electronics Engineering student at REVA University B.Tech in Electrical & Electronics Engineering — Bengaluru, Karnataka, India . I architect creative hardware-to-cloud systems with measurable real-world outcomes: from winning nationally with AthleteSense (VriddhEEE 2026) 🏆 National Level Project Competition Winner — Real-time ESP32 athlete biometric & movement analytics to hands-on industrial engineering in DCS & Cogeneration Power Plants Completed Industrial Internship (15–21 July 2026): Sugar manufacturing, bagasse steam turbines, alternators & DCS loops , and AI-driven workflow automation.
02 // Recent Builds
All 5 real-world hardware and software builds from Ajay Legion—complete with live deployments, open-source repositories, and system architecture specs.
SYS // 01 • OPEN SOURCE
🏆 VriddhEEE 2026 Winner • Active
National Level Project Competition (VriddhEEE 2026) Winner. Real-time athlete performance monitoring system using ESP32 sensors that tracks biometric data, analyzes movement patterns, and provides actionable insights for training optimization.
SYS // 02
2024 • Field Tested
Classroom-ready attendance system with RC522 RFID reader, instant I²C LCD feedback, Firebase Realtime DB synchronization, and automated Google Sheets exporter.
SYS // 03
2025 • Done
Leaderboards for contributors across an organization, streamed live from Supabase and built in Next.js 14 with optimized image pipelines deployed on Vercel.
SYS // 04
Open Source • Done
Autonomous workflow pipeline that auto-grabs daily tech news via RSS, summarizes key engineering takeaways with the OpenAI API, and emails curated digests via Gmail.
SYS // 05
Open Source • Done
An innovative IoT ecosystem that combats urban stress and promotes mental health through real-time environmental adjustments powered by AI and live weather telemetry.
DC-to-DC converter architecture engineered for voltage step-up and step-down operations. Repository details the continuous conduction mode (CCM) component sizing calculations, switching frequency parameters, and PWM control logic required to maintain output regulation under varying loads.
Awarded by the School of Electrical and Electronics Engineering (EEE) at REVA University in recognition of applied engineering innovation, hardware systems development, and national-level competition performance.
04 // Industrial Internship (15/07/2026 – 21/07/2026)
Interactive breakdown of my industrial training on sugar manufacturing processes, bagasse cogeneration power plants, and Distributed Control System (DCS) automation. Click any stage below to inspect loop telemetry.
Studied end-to-end sugar manufacturing: cane handling, milling extraction, clarification, multi-effect evaporation, crystallization, centrifugation, and drying drives.
Analyzed high-pressure steam generation utilizing renewable bagasse biofuel for combined heat and power (CHP) efficiency across the industrial complex.
Examined multistage steam turbines, synchronous alternators, HV/LV electrical distribution switchgear, and plant-to-grid synchronization protocols.
Hands-on study of DCS operator consoles, real-time process monitoring, closed-loop PID controllers, field instrumentation, and safety interlock alarms.
Practical study of heavy-duty electrical motors, variable frequency drives (VFDs), and mechanical conveyors governing cane preparation, juice extraction, multi-stage evaporation, vacuum pan crystallization, and high-speed batch centrifugals.
Student Council
Driving university initiatives, managing large-scale events, and bridging the gap between the student body and administration at REVA University.
As an Executive Member of the REVA Student Council, I orchestrate university-wide technical and cultural initiatives, advocate for student interests, and collaborate with department leadership to execute operational strategies and institutional goals.
REVA Student Council
Operations & Student Advocacy
Executive Member
Active Term
06 // Connect With Me
Open to internships, research collaborations, and engineering roles across Embedded IoT, Industrial Automation / DCS, and Cloud DevOps. Let's build systems with measurable impact.
'/%3E%3Cpath d='M-100 980 C450 860, 720 1040, 1180 910 C1480 820, 1720 930, 2020 840' stroke='url(%23l1)' stroke-width='1.5'/%3E%3Cpath d='M-100 1030 C520 930, 840 1060, 1340 960 C1620 900, 1800 980, 2020 910' stroke='rgba(255,255,255,0.06)' stroke-width='1'/%3E%3Ccircle cx='960' cy='1080' r='520' stroke='rgba(217,10,22,0.12)' stroke-width='1' stroke-dasharray='6 8'/%3E%3Ccircle cx='960' cy='1080' r='760' stroke='rgba(255,255,255,0.04)' stroke-width='1'/%3E%3C/svg%3E)
'/%3E%3Ccircle cx='400' cy='300' r='280' stroke='rgba(217,10,22,0.15)' stroke-width='1' stroke-dasharray='4 6'/%3E%3C/svg%3E)
