OLED Pixel Editor
Browser-based pixel art editor for OLED displays. Draw pixel-by-pixel, preview on a simulated screen, and export C byte arrays ready to paste into Arduino firmware — no desktop tools needed.
Available for opportunities
Sujan S
ECE student at RVCE building at the intersection of VLSI design and embedded systems. From RTL to firmware, from silicon to sensors.
01 · About
About Me
I work at the intersection of chip design and embedded systems — where physics and logic meet.
I'm Sujan S, a third-year Electronics & Communication Engineering student at RVCE, Bangalore. My work spans the full hardware stack — from nanometre-scale RTL logic to real-world sensor systems deployed in the field.
At ISRO (ISTRAC), I built signal monitoring systems, environmental sensor pipelines over I²C, and real-time data dashboards on solar-powered embedded systems that ran inside a space-agency facility.
On the silicon side, I've taken designs from Verilog RTL through GDSII sign-off in Cadence — floorplanning, synthesis at 400 MHz, full routing and DRC clean on gpdk 45nm.
Hardware & RTL
Verilog HDL
Cadence Genus
Cadence Innovus
RTL-to-GDSII
GPDK 45nm
Op-Amp Design
NCLaunch
Embedded & Software
ESP32 / Arduino
Embedded C
I²C · SPI · UART
Python
OpenCV
MediaPipe
SCPI Pipelines
Key Achievements
🚀 ISRO Intern
🏆 eYRC 4th / 544
🥇 Project-A-Thon 1st
🥈 2nd Prize Winner
🏅 Best EL Award
📋 NPTEL Elite
8.42
CGPA / 10
6+
Projects
ISRO
Internship
3×
Prize Winner
02 · Experience
Work Experience
Research Intern
Aug – Sep 2025ISRO Telemetry Tracking & Command Network (ISTRAC), Bangalore
- Integrated environmental sensors over I²C for continuous real-time data acquisition on a space-grade system.
- Built automated signal monitoring and spectral analysis using Python-based SCPI pipelines on lab instruments.
- Characterised satellite link performance and correlated telemetry with atmospheric conditions data.
- Developed a real-time data dashboard with automated logging on a solar-powered embedded platform — zero cloud dependency.
Certifications
NPTEL Elite — Electronic Modules for Industrial Applications using Op-Amps
Elite 75%
Transistor-level op-amp analysis, signal conditioning, active filters, oscillator design, precision rectifiers, instrumentation amplifiers, and ECG signal acquisition chains. Certified among 171 candidates.
03 · Projects
Engineering Projects
Featured — Live Tools
SchemFlow
Interactive web tool for drawing and exporting clean circuit schematics in the browser. Built for electronics students who need quick diagrams without installing heavy EDA software.
VLSI & Silicon
VLSI · RVCE 2025
Reconfigurable Mixed-Precision SIMD ALU
32-bit / 8-lane INT4 vector ALU in Verilog with dynamic precision switching for quantized neural network inference. RTL-to-GDSII on gpdk 45nm: NCLaunch → Genus (400 MHz) → Innovus. ~7,519 µm² · ~1.03 mW · 2,435 cells.
Embedded Systems & Robotics
🥇 1st Place
Dynamic Gesture-Controlled Robot
Closed-loop gesture robot mapping 21 hand landmarks to real-time motion commands at 30 fps. MediaPipe + OpenCV on Python → Arduino actuation over NRF24L01 2.4 GHz RF with error-resilient protocol across 30–50 m. Won 1st at Project-A-Thon 2025.
🥈 2nd Prize
Voice-Activated Car Control System
Voice-activated control for four vehicle subsystems with sub-100 ms command-to-actuation latency. Python speech recognition → HC-05/ESP8266 → Arduino firmware → L293D H-bridge PWM control.
Selected · 25 / 135
Gas Leakage Detection Bot — NavaNIETi 2026
Post-disaster rover detecting CO + LPG simultaneously with dual MQ9 sensors. Autonomous IR navigation, live ESP-CAM video over WiFi, full real-time dashboard served directly from ESP32 — zero cloud. National 24-hr hackathon, 25 of 135 teams selected.
Best EL Award
Twin Guard: Worker Safety via Digital Twin
Worker-safety platform mirroring field conditions through a digital twin. Integrated temperature, pressure, and motion sensors with Azure Digital Twin (DTDL) using real-time IoT pipeline. Triggered proactive safety alerts within 2 seconds of anomalies.
4th / 544 · IIT Bombay
eYRC 2025-26 — KrishiBalancer
National Finalist at e-Yantra Robotics Competition, IIT Bombay — ranked 4th out of 544 teams. Selected as 1 of 6 national finalists. Autonomous self-balancing agricultural robot with PID control, MPU6050 IMU, and real-time sensor fusion on Arduino.
04 · Education
Academic Background
B.E. Electronics & Communication Engineering
RV College of Engineering · Bangalore, Karnataka
Pre-University · PCMCs (Physics, Chemistry, Maths, CS)
MPMES INDP PU College · Bhadravathi, Karnataka
SSLC · Secondary School Leaving Certificate
St. Charles English High School · Bhadravathi, Karnataka
05 · Contact
Let's Connect
Open to internships, research collaborations, and full-time roles.
Reach out — I respond quickly.