- Founding AI engineer on the natural-language layer: set up, debug, and run robot simulations conversationally across ROS2, Gazebo, and MuJoCo.
- Built the 129-robot library catalog behind the /robots CLI command, with per-entry license verification against MuJoCo Menagerie and partner repos.
- Built an automated CLI test pipeline — pexpect-driven interaction, vision-model analysis of Gazebo screenshots, and real queries sourced from robotics forums.
- Shipped the internal EPS dashboard and regression CI on a two-week cycle; contributed to Drift Desktop (Tauri + React).
- Traced a production Gazebo rendering freeze to gz-transport UDP multicast failing on Ubuntu 24.04 with an RTX 5070, and fixed it.
- #5 Product of the Day at launch. Now used by thousands of robotics engineers.
Research Intern
Advised by Prof. Min Xu and Dr. Xiaolong Wu
- First author on two papers: robotic joint control when the motor can't deliver the commanded torque.
- Constraint-aware discrete-time PID gain optimization — under review, IEEE Transactions on Robotics.
- SCIG++, conformal safety filtering under adversarial input — under review, IEEE IROS. Demonstrated on a Franka Emika Panda.
- Multi-modal SLAM path planning with a PID substructure.
- Two-person company building an AI operator that executes real computer tasks for you — persistent memory, a personal CRM, and a locally cloned voice.
- Architected the Identity Runtime: macOS accessibility APIs, browser DOM state, application state, and vision composed into one execution graph, falling back to pixel-level control only when no structured interface exists.
- Launched the public macOS app in July 2026 — a 2,000+ person waitlist converted into a 100-user private beta, a 150-member Discord, and 2,700+ TikTok followers.
- SwiftUI, Electron, Supabase, Stripe.
AI Robotics Engineer Intern
Fleet charging with mobile robots
- Built the company's first working autonomous EV charging prototype — mechanical, electronics, controls.
- CAD for an autonomous drone charging dock, aimed at swarm delivery fleets.
- Work contributed to multiple provisional patents.
- Built a mission-grade UAV simulator in Unreal Engine with FPV racing, ML-driven mission planning, and object detection.
- Performance-benchmarked it. Now used by the University of Pennsylvania for active research.
- Automation testing frameworks and AI-driven agents.
- Internal tooling deployed org-wide.
- AI literacy programs across 15+ countries for a 500+ member organisation.
- Presented the work at UN conferences including HLPF and UNGA.
- Owned curriculum, platform, and delivery.
Founder & Club President
60+ member club
- Founded the club and grew it past 60 members.
- Led CAD payload design, propulsion analysis, and launches.
National Competitor
8 events at nationals
- Competed at the national level across 8 events.
- Team captain for 6 of them; national finalist in 2.
- Range ran from a React + blockchain carbon-trading app to a Betaflight FPV drone to a Meta Quest escape room.
Team Captain, Lead Programmer & Driver
3x World Championship competitor
- Three-time VEX Worlds competitor.
- Led CAD, C++/Python autonomous routines, PID tuning, and modular subsystems.
Center Assistant
Where the teaching habit started
- Tutored students aged 4–16 in math and English.
- Graded coursework and managed student records.
First author, both under review. Actuator saturation — when the motor can't do what the controller asked.
- [1]2026
Constraint-Aware Discrete-Time PID Gain Optimization for Robotic Joint Control Under Actuator Saturation
Ojasva Mishra (first author), with Prof. Min Xu and Dr. Xiaolong Wu
IEEE Transactions on Robotics (T-RO)Under review · arXiv preprintTunes discrete-time PID gains with the actuator's saturation limit treated as a first-class constraint, rather than as something patched around after the controller is already designed.
- [2]2026
SCIG++: Risk-Limiting Conformal Safety Filtering for Attack-Resilient Robotic Joint Control Under Saturation
Ojasva Mishra (first author), with Prof. Min Xu and Dr. Xiaolong Wu
IEEE IROSUnder reviewWraps the controller in a conformal safety filter with an explicit risk bound, so a joint stays inside its safe set even when the commands reaching it have been adversarially manipulated. Demonstrated on a Franka Emika Panda arm.
- [3]2025
Introduction to Robotics and Programming
Ojasva Mishra
SSRNPublished · open accessA 120-page open-access robotics and programming textbook, written for students who can't reach the material any other way. Published through FusionBots and indexed on SSRN.
Eight events · eight builds
↓ 5 documentation portfolios, open below
Aerospace · hardware
Drone Challenge
A Betaflight FPV drone engineered and tuned from scratch — custom CAD frame, wiring loom, and flight-controller tuning.
Robotics
Robotics
An autonomous and drivable object-manipulating robot — chassis, manipulator, and autonomous routine, built on the floor.
Built on-site, timedXR · game engine
VR Visualization
A fully playable escape room built in Unity 6 for the Meta Quest — level design, interaction, and hand-tracked puzzles.
Web · blockchain
Software Development
SAFMS — an AI/IoT web app modelling agroforestry carbon credits, land use, and live environmental telemetry, settling credit issuance on-chain.
Environmental
Engineering Design
Nitrogen-capture domes using zeolites to cut agricultural emissions — materials selection, geometry, and capture modelling.
Games · art pipeline
Video Game Design
A tower defense game in Unity with C#, custom Blender models, and hand-drawn pixel art assets.
Controls
Systems Control
Autonomous control systems written on-site in Python and C++ against a clock, with no reference material.
Built on-site, timedSystems design
Board Game Design
An original board game, designed and playtested end to end.
Built on-site, timed
Contact Form
Email me directly at ojasvamishra32@gmail.com — or drop your info here and I'll come back to you.









