Tell me where you're viewing from and I'll match the sky to your local weather and time — rain, snow, stars and all.
My motive is simple: technology should quietly carry someone's day. I'm a software engineer who ships whole products — backends, mobile apps, dashboards, and the data pipelines behind them — and keeps them standing in production.
Right now I lead a four-engineer team at GeniusLaw, where 510+ attorneys across 350+ law firms work on our platform every day at 99.98% uptime. The robots and aircraft are where the engineering instincts come from — build, fly, crash, rebuild.
ANTHROPIC
GeniusLaw
LURA HEALTH
CALDWELL UNIVERSITY
INCUBATE NEPAL
KAMPAN LABS
Leading 4 engineers; SaaS CRM and mobile apps for 510+ attorneys, litigation drafting cut from 2 months to 3 days, 99.98% uptime, MRR up 43%.
Led Dristi, the assistive-vision wearable — fine-tuned Mask R-CNN for +23% segmentation mAP on edge hardware.
Autonomous crop-spraying UAV on a Jetson Nano; 97%-accurate SVM cut chemical use 55%.
Dockerized ML pipelines and partitioned Postgres for sensor data — 85% less bad data reaching the models.
70+ members, a campus Makerspace, and a 250-person Robot Soccer Hackathon.
Dean's List · Presidential Scholar.
The infrastructure GeniusLaw runs on: SaaS CRM, admin portal, client portals, retrieval-based litigation drafting, and two mobile apps on Google Play. Used daily by 510+ attorneys across 350+ law firms at 99.98% uptime.
Mobile app that connects people with attorneys live during emergencies. React Native with WebRTC voice calling and Stripe payments, PCI compliant, deployed across 13 states. Live on Google Play.
Predicts races and full championship seasons from real telemetry. Eight-dimensional driver skill vectors, track feature extraction, mechanical wear modeling, and Monte Carlo simulation, with what-if scenarios that recalculate the season instantly.
Platform for locating missing and trafficked persons. Face and voice recognition with InsightFace and Resemblyzer on ONNX Runtime, running on low-cost ARM hardware, with geotagged SMS alerts to family and police.
Smart-agriculture platform: an ESP32 sensor network streaming over MQTT, a TensorFlow plant-stress model at 92% accuracy, and React dashboards on AWS Lambda and RDS. Deployed on 12 farms in Nepal, cutting water use about 40%. Top 10 at HackMIT.
Agent-based racing simulator: 10 cars, 5 lanes, 3 laps. Intelligent Driver Model with Pure Pursuit steering, collision detection, Monte Carlo batches, and Markov chain analysis to quantify the tradeoff between speed and safety.
Full-stack marketplace that lets Nepali farmers sell directly to consumers. Node.js, Express, and MongoDB with JWT auth, cart, order tracking, and an admin panel. Helped 200+ farmers reach new buyers.
Wearable navigation aid for visually impaired users. YOLOv10 obstacle detection quantized for an Edge TPU, sensor fusion with ultrasonics and health vitals, and audio-haptic feedback. 95% detection accuracy at under 80 ms. Built with a team across Google and NYU.
Autonomous agriculture pipeline built around an in-house robot: ROS with OpenCV and GPS field mapping, plus a PyTorch ripeness classifier trained on 5,000+ field images at 94% accuracy. Improved coverage efficiency 40%. Built at CalHacks.
National-level robot soccer competitor in Nepal. Later founded Caldwell Robotics and ran the university's first Robot Soccer Hackathon, a 250-person event.
Electric race car designed and built in eight weeks during Incubate Nepal, mentored by an MIT graduate. CAD to 3D-printed parts to a driving car at Impact Hub Kathmandu.
Software replacement for a mechanical differential. A microcontroller computes per-wheel speed through corners and splits torque across independent PWM channels.
Counter-rotating twin-rotor turbine concept for higher energy capture, modeled in Fusion 360 with blade profiles borrowed from RC wing designs.
Crop-spraying drone that navigates fields on its own. Pixhawk flight control with ROS and MAVLink path planning plus onboard YOLOv10 vision. Piloted on 40 farms: 35% less pesticide, 80% less human exposure.
Precision agriculture for mountain farms between 1,500 and 4,500 m. UAV terrain mapping, QGIS topography, and ground sensors improved yields 25% in field pilots with Kampan Labs.
Delivery drone concept for medical supplies across Nepal's terrain, where a 20-minute flight replaces a 5-hour mountain road. Prototype quadcopter built on a NAZA flight controller.
Scratch-built RC trainer fleet in foam board. Every crash logged, every rebuild flew better. The test bed my aerodynamics instincts come from.
Hand-built delta wing with elevon mixing and no tail. A study in high-speed handling and why fast aircraft are twitchy.
Formula 1 inspired turbofan modeled blade by blade in Fusion 360, from fan and compressor stages to the spinner assembly.
Started from scratch, now 70+ members strong. Built the campus Makerspace and ran Caldwell's first Robot Soccer Hackathon.
Co-developed an automatic dispenser that earned recognition from the metropolitan mayor, then grew it into a lab that keeps producing, selling, and teaching.
Coordinated district representatives across Nepal and ran virtual programs rebuilding academic momentum and civic engagement after the pandemic.
Hands-on workshop series passing the build-fly-crash-rebuild loop to the next batch of student engineers.
Builds, crashes, pits, and field days. Click any photo to view it full size.
