Software Engineering @ Florida Tech β’ Embedded / IoT β’ Robotics
Undergrad researcher in the High Energy Physics Lab. I build sensor systems and fast data pipelines, and I love mentoring teams to ship.
NOW: Undergraduate Research Volunteer @ Florida Tech's High Energy Physics Lab doing data analysis.
BUILDING: SpacePNP, a senior design project developing an electronics procurement website + a minimal pick and place machine.
OPEN_TO: Internships, research, and collaborating (on-site & remote).
β‘ Pick a component to explore β Projects is a great place to start.
SYSTEM INFORMATION
I'm a Software Engineering student at Florida Institute of Technology (B.S., May 2026), building embedded systems and data-driven tools across robotics, IoT, and automation.
In Florida Tech's High Energy Physics Lab, I work on detector-data analysis in Python/ROOT, including optimizing a processing pipeline from ~6 hours to ~5 minutes and building reconstruction + visualization tools.
Outside the lab, I founded the Student Developer Club and served as Vice President of the MATLAB Club. I've competed in 10+ international science fairs and multiple hackathons, leading teams up to five and earning awards across MakeCU, World Scholar's Cup (ToC), BUCA, LIYSF, and more.
I like building systems that touch the real world: sensors, signals, and the software that turns them into useful decisions. I'm happiest when a project goes past a demo and becomes something we can measure, debug, and trust on real hardware.
SELECTED PROJECTS
Mobile agricultural rover for in-field sensing: soil moisture/NPK, temperature/humidity, air quality, light, plus live camera feed.
IoT plant-health system: soil moisture, air quality, and light sensors feed an edge model to recommend care, with cloud dashboards.
Data-driven visualization of sea-level rise and coastal erosion scenarios to help communities understand risk.
Solar-powered add-on for traffic lights using computer vision to detect accidents and automatically optimize traffic flow.
Crash detection device for vehicles using flex sensors to identify collisions and automatically call emergency assistance.
Suite of prototype devices to detect and alert workers of dangerous situations in offshore oil rig environments.
CAREER_LOG
ESTABLISH_CONNECTION
Open to research collaborations and prototyping roles in embedded AI, sensing, and autonomy. Let's build something amazing together.
Β© 2026 KHURRAM VALIYEV
MELBOURNE, FL β’ khurram@khvrram.dev β’ REMOTE AVAILABLE
COMPETITION_LOG
Placed 2nd at Columbia's premier hardware hackathon with Sator β an agricultural rover for in-field sensing. Built a mobile platform with soil moisture/NPK, temperature, humidity, air quality sensors, and a live camera feed, all streaming to a real-time dashboard.
Coached a student delegation at the Tournament of Champions (ToC) at Yale, leading the team to secure 20+ awards and mentoring students through debates and challenges.
Participated in UCF's annual hackathon, building Garden Guardian β an IoT plant-health monitoring system using ESP32, soil moisture, air quality, and light sensors with on-device ML for care recommendations.
Competed in Florida's largest hackathon, building Receding Coastlines β a data-driven visualization tool showing sea-level rise and coastal erosion scenarios. Built with Python for modeling and interactive scenario sliders for non-technical users.
Tutored and supervised student teams in the International Festival of Engineering and Technology, guiding 10+ students across 3 teams through embedded systems, Arduino programming, and sensors. Achieved multiple podium finishes.
Presented CallBulance at Expo Sciences Asia, demonstrating the crash detection system to international teams and judges from across the continent.
Won 1st Place with CallBulance β a vehicle crash detection system using flex sensors mounted on the car body to detect collisions and automatically alert emergency services via GSM. Led a team of 5 engineers through 3 years of development, prototyping, and iteration.
Presented CallBulance at LIYSF, one of the world's leading youth science forums. Demonstrated the flex-sensor crash detection system and GSM emergency alert pipeline to international judges and peers, finishing in the Top 10.
Debuted SafeWave β a suite of wearable devices to protect offshore oil rig workers. Built water-entry detection, depth monitoring, and emergency alert systems. Led a 6-month rapid iteration cycle with user feedback testing.
Presented a portable solar-powered traffic light system at Korea's prestigious international science fair.
Competed in China's most prestigious youth science and technology competition with a portable solar-powered traffic light system. Presented to industry judges and researchers.
ACHIEVEMENTS_LOG
Hardware hackathon β built Sator, an agricultural rover with multi-sensor array and real-time dashboard.
Coached a student delegation at Yale's Tournament of Champions, leading the team to 20+ awards.
Multiple podium finishes as Arduino Tutor β mentored 10+ students across 3 teams.
Won with CallBulance β vehicle crash detection system using flex sensors and GSM alerts.
Selected top 10 globally β presented CallBulance to international judges.
Won with SafeWave β wearable offshore safety system with water-entry and depth detection.
International science fair β presented portable solar-powered traffic light system.
China's top youth science competition β presented portable solar-powered traffic light.