Model the behavior.
Continuous-time dynamics, PID control, and state estimation provide a foundation for understanding how physical systems respond.
BEHIND THE SYSTEMS / 02
Curiosity doesn't
stay in one lane.
I'm Ved Samir Paranjape, an Electronics & Telecommunication Engineering student working at the intersection of physical hardware dynamics and modern software architecture.
I combine autonomous robotics and classical control theory with backend systems and automation. From modeling continuous-time flight stability to building application logic, I enjoy making technical ideas work under real-world constraints.
Beyond the screen, I build custom physical prototypes, precision scale dioramas, and mechanical fixtures.
EDUCATION
Electronics & Telecommunication Engineering
Bachelor of Engineering · Expected 2029
7.95 / 10 CGPACoursework: continuous-time linear systems, microcontrollers, analog circuit design, computer networks, and data structures & algorithms.
MY TOOLKIT
01
Languages
Python · C/C++ · JavaScript · SQL · Bash
02
Backend & web
Node.js · Express · RESTful APIs · React · Tailwind CSS · HTML5 · CSS3
03
Robotics & electronics
ROS / ROS 2 · Gazebo · OpenCV · Arduino · ESP32 · Circuit design · SPICE simulation
04
Tools & environments
Linux · WSL2 · Ubuntu · Git · GitHub · Docker · Anaconda · VS Code
Learning by competing.
Smart India Hackathon 2026 participant
e-Yantra Robotics Competition 2026–27 team competitor
HOW I THINK & BUILD
Grounded in theory.
Refined through making.
Connect the layers.
From BJT topologies and SPICE analysis to REST APIs and modular backend logic, I look for the connections between components.
Build useful tools.
Python automation, openpyxl financial models, and tooling pipelines help turn repetitive processes into practical systems.