Student Engineer · Robotics, AI/ML & Computer Vision
I'm a high school student building across robotics, AI/ML, computer vision, and software. My work spans a patent-pending robotic control system, VetsITGuide, VEX Robotics, and open-source neurobionics.
Open-Source Leg contributor with the University of Michigan Neurobionics Lab, plus independent research and technical writing.
VEX Robotics, autonomous routines, pneumatics, sensors, drivetrain engineering
PyTorch, TensorFlow, YOLO, sensor fusion, object detection, autonomous perception
VetsITGuide — free AI platform for veteran career transitions, VA Innovation Repository
Python, Django, JavaScript, full-stack, browser-based tools and productivity systems
VEX Robotics
Teams 90H & 91C · PA States · VEX Worlds (Dallas)
VetsITGuide
Django · Gemini API · VA Innovation Repository
Open-Source Leg
University of Michigan Neurobionics Lab · documentation, tests, and fixes
AI / ML & CV
Computer vision, aerial imagery, object detection, and simulation work
About me
I'm Tanuj Ranjith, a high school student building across robotics, AI/ML, software engineering, and assistive technology. I like projects where code has to work outside a clean demo, whether that means tuning a VEX robot before a match, building a full-stack platform for veterans, or experimenting with perception systems for autonomous vehicles.
Most of my work sits between hardware, software, and practical use. I've worked with Python, Django, JavaScript, machine learning tools, robotics systems, and browser-based apps. I'm especially interested in robotics, embedded systems, autonomy, neurobionics, defense technology, AI-assisted education, and tools that make technical pathways easier to access.
Featured work
A few projects that show how I build: robotics, software, AI, simulations, and tools that are meant to be used.
View more on GitHubEngineering & Competition
A mix of VEX Robotics, TSA, open-source work, hackathons, and engineering projects. I keep the gallery focused on the builds, people, and moments that shaped how I solve problems under real constraints.
Swipe or drag to explore the build log.
Experience & Leadership
AP coursework: AP Computer Science Principles, AP Computer Science A, AP Physics 1, AP Physics C, AP Cybersecurity, AP Calculus AB, AP English Language and Composition, AP English Literature and Composition, and AP U.S. Government & Politics. Advanced: Engineering Design and Architecture 1-4 (EDA).
Résumé
A one-page version of my experience, projects, skills, leadership, and technical work.
Research & Technical Work
Selected research, publications, and technical contributions.
Developed a predictive control architecture for tendon-driven robotic systems that fuses joint-velocity dynamics with cable-temperature-based thermal elongation estimation. The system proactively applies a transient pre-tension command before cable slack develops, supporting more reliable control in robotic manipulators, exoskeletons, powered orthoses, and prosthetic systems.
Contributing to a modular robotic prosthesis platform built to make advanced lower-limb robotics research more accessible. My work includes documentation improvements, bug fixes, unit tests, and small contributions through GitHub-based collaboration.
A research paper on the future potential of medical nanobots, using biological nanomachines, DNA origami, nanoscale drug delivery, and engineering constraints to evaluate what is realistic now and what still needs to be solved.
An independent research project studying repetition-code quantum error correction with open-source simulation tools. Compared unencoded qubits with distance-3 and distance-5 codes under bit-flip, phase-flip, and depolarizing noise models.
Achievements & Certifications