Hi, I'm Tejas.
I am a Mechatronics Engineer who enjoys solving engineering problems across hardware and software. My work spans IoT, embedded systems, electronics design, firmware development, mobile applications, and connected products.
I enjoy turning ideas into working prototypes — researching technologies, evaluating technical approaches, building proof-of-concepts, and developing complete systems from electronics and firmware to cloud connectivity and user interfaces.
Beyond my professional work, I'm constantly exploring robotics, AI, embedded computing, sensors, communication systems, and emerging hardware. I enjoy building gadgets, experimenting with new technologies, and understanding how complex systems work.
I'm always fascinated by technologies that push the boundaries of exploration and innovation.
Journey
Engineered interactive electronic puzzles across five escape room themes using embedded systems, custom electronics, sound, lighting, and access-control mechanisms.
Led end-to-end development of a Kinetic Sand Art Table — drawing Algorithm, 3D CAD, PCB design, Marlin/GRBL firmware, and IoT integration. Evaluated 3 hardware prototypes through comparative CNC firmware analysis for long-duration reliability.
• Designed and deployed a Mushroom Incubation Chamber with automated climate control (lights, irrigation, gas, humidity, temperature, soil sensors, and camera) and a Darbuka Drum Synthesizer with real-time sensor-driven sound generation for Yacov Biofcic, ERND.tech (Israel).
• Developed a mesh network-based Tyre Alignment device for Frank, GP24.ro (Romania), enabling multi-node wireless communication for real-time wheel alignment diagnostics.
• Built a motorsport tyre temperature monitoring IoT device for Bernd Ordemann, a German race engineer, delivering thermal data acquisition and on-track performance analysis.
• Developed dynamic data and list management functionality on DWIN HMI displays for industrial user interfaces.
• Built a GPS coordinate-based object tracking system for surfers using the Haversine formula for bearing-angle navigation and target tracking.
• Designed a local web-based dashboard for AC/DC electrical calculations, including voltage, current, and power analysis with a clean, user-friendly interface.
Participated in Smart India Hackathon; developed a portable washing machine that incubated at college; performed ANSYS simulation on MEMS sensors; MATLAB & Simulink for simulation and modelling of control system; learned CATIA for CAD design; worked on thrust pad and solid rocket motor ignition systems; and built a CanSat prototype.
Worked on Modular Production System Kit by FESTO. Worked on Robotino Robot. VFD Drive kit. Learned Pnuematic Hydraulic circuit design. Worked on Siemens PLC Ladder logic programing.Learned 8051 micocontroller programming with Assembly Language. Made a basic digital logic gate circuit. Panneling design with EPLAN. Worked on CNC Lathe milling machine and workshop operations; AutoCAD for 2d design
Projects
On-device odor classification using gas sensors and a TinyML model trained via Edge Impulse. Real-time scent recognition with no cloud dependency.
Digital weighing system on ESP32 with a CYD touchscreen — real-time measurement, calibration routines, and an LVGL-based UI.
Wireless thermal data acquisition for race track use — real-time tyre temperature analytics for pit engineers and on-track performance decisions.
With the help of opensource Thingboards cloud platform created geofecning gps location based Alarm system.
7 inch Dwin HMI interfaced UART communication with stm32f1 and showing dynamic data list in GUI display
Skills