Building intelligent systems by day, chasing light through a lens at dusk. Code, curiosity, and a camera.
I’m Pavan Shetty, an M.Sc. student in Automation and Robotics at TU Dortmund, Germany, currently mentoring student projects at FH Dortmund through the Nuevo35 programme.
My engineering journey has taken me through embedded systems, ADAS, autonomous vehicles, robotics, and research. I previously worked as a Junior Research Fellow on a DRDO project, as an Embedded Systems Engineer at ARTPARK Bangalore, and contributed to the development of an autonomous electric vehicle at WIRIN and RV College of Engineering. Before all that, I worked in software at Cognizant—so yes, I’ve worn quite a few engineering hats, and apparently, I have no intention of putting any of them away.
Outside the lab, I photograph landscapes, collect wonderfully random antique objects, sketch, read about space physics and emerging technologies, and regularly lose track of time in flea markets while convincing myself that one more vintage camera is absolutely essential.
I also volunteer with Team PreserveParasara, an environmental NGO we started to support conservation and community-driven environmental initiatives.
In short, I enjoy building intelligent machines, preserving old cameras, exploring the universe, and occasionally pretending that my collection of unfinished side projects is actually a carefully curated research portfolio.
Mentoring projects at FH Dortmund through the Nuevo35 programme.
Specialized in research, mechanical engineering, and student vehicle development projects.
Designed and implemented embedded solutions for advanced robotic applications.
Specialized in autonomous electric vehicle development, specifically designing and building the autonomous EV platform.
Worked on defense research projects, focusing on ultra-low-power systems, sensor integration, and ruggedized hardware development.
Developed scalable software architectures and maintained enterprise-level applications, emphasizing clean code and robust system performance.
Specializing in autonomous systems, control theory, and advanced robotics engineering in Germany.
Foundational studies in electronics, microcontrollers, and communication systems.
A C++ chord detection and music utility engine. Because music theory deserves to be computed with precision.
A compact C++ weather station — real-time hardware sensor data, clean output, and embedded engineering pride.
An Unmanned Ground Vehicle with a Humanoid Arm, with video feedback the bot can be controlled by mimicking the human motion. Published at IEEE Connect.
A complex device and app developed to turn switches, knobs, and buttons into wireless controlled devices. Won 2nd place at Local Network round of IET PATW, Bangalore.
A device that helps aged or bedridden persons with wireless messages, emergency calls, disconnection alerts, alarm, light, and fan control. Won Best Project title at IEEE expo at GSSS Mysuru.
Real-world game built with IR-based guns, LDR rooms, and RFID tags with which two players can play a shooting game in a dark arena. Event conducted successfully for 3 years.
A bot capable of avoiding obstacles around it using IR and Ultrasonic sensors that can capture 180 degrees to search for a clear route.
A bot with 5 IR sensors with different algorithms written to drive the motor and follow a particular path. Won consolation prize at Tiara 2019.
An app running on mobile devices built on Firebase and block-programming language over Sketchware. Used to share notes and data. Used by EEE Department.
Detects rain and moves clothes into shelter and vice versa, designed using analog circuits without the use of any microcontroller.
Warning: the following section has absolutely nothing to do with embedded systems. Proceed at your own risk.
Will literally stop mid-sentence to photograph a sunset. Has 47GB of “I’ll sort these later” photos. The golden hour is a medical condition.
The kind of person who sees a broken toaster and thinks “I can make a weather station out of this.” Lab coat energy, garage budget.
Google Maps says 4 hours. Pavan says “let's take the scenic route.” Has asked “is this edible?” in 4 different languages. Still alive, somehow.
Adds cinematic colour grading to a 12-second clip of his cat. Render time: 3 hours. Worth it? Absolutely. Every. Single. Time.
Plays guitar at midnight. Neighbours haven’t complained yet — either they’re deaf or he’s actually decent. The flute comes out when he’s feeling “classical.”
Started sketching robots. Ended up drawing landscapes. The brain said “engineering,” the hand said “art school dropout.” They compromised.
“Just one more round” — a lie told approximately 4,782 times. Strategy games to unwind, racing games to stress again. It’s a cycle.
Treats the kitchen like a lab. Follows recipes like they’re “suggestions.” Has set off the smoke alarm exactly twice. Both times: “experimental fusion.”
Will point at a blurry dot in the sky and confidently say “That’s Jupiter.” Owns a telescope that costs more than his car. (It’s definitely Jupiter).
Conducts workshops where people learn to build things. Safety goggles are highly recommended, but enthusiasm is mandatory. Mild chaos guaranteed.
Volunteers with Preserve Parisara. Actually goes outside and plants things instead of just retweeting about climate change. Mother Nature approves.
Pays money to walk uphill for 6 hours just to eat cold noodles with a view. Calls it “recharging.” Calves of steel, knees made of regret.
Whether it's a project, a collaboration, or just a hello — I'm reachable. Especially if you want to talk about vintage cameras, autonomous vehicles, or space physics.