• Designed, developed, and applied electronic control systems and control modules/hardware to test product performance on machines.• Developed standardized test methods, fixtures and equipment to streamline and execute continuously monitored environmental on both systems and component level.• Performed environmental (military standard: continuously monitored throughout Vibration, Thermal and Salt-Fog Testing), functional (failure mode and systems validation) and specialty tests on 20+ machine components such as pumps (fuel, washer etc.), fan clutch, sensors (WIF, DEF, HPS etc.), flashers, controllers, joysticks, relays, coils, fuse panels, motors (stepper, servo) etc. • Created and documented test plans, procedures, LCS schematics, wiring diagrams, results and analyzed data to perform RCA and draft test reports and presentations to resolve issues with suppliers. • Designed, developed and built ladder logic based systems with HMI to execute continuously monitored 1,000,000 cycle tests on machine hardware. • Worked with various systems such as J1939 CAN network, various engine interface protocols, RS485, RS232, Ethernet wired systems and wireless data communications systems to validate electrical systems and sensors.• Designed, simulated and optimized a fully automated portable IP test stand with IP65, 66, 66k and 69 profiles using PTC CREO and generated BOM. Successfully fabricated and tested model to save company over $500,000 annually in outsourcing costs.• Developed an internally powered pressure DAQ, with smart OLED display, that logged precise vacuum pressure and temperature differential between 4 points with 0.1 Pa and 200ms pressure and time resolution. Optimized air intake and cooling system to meet performance specs.

• Manufactured and tested novel sustainable compositions by CO2 sequestration of Ca(OH)2 and natural polymers for water filtration device• Calibrated carbonation parameters by dynamic analysis of pressure, mass, temperature in reactor using thermocouple, TGA and data logger• Tailored mechanical properties including porosity, mechanical strength and manufacturing processes to streamline production• Performed mechanical and analytical tests on 50 plus sequestrated prototypes using eco-friendly waste materials

• Designed novel formulations and developed Nano-particles for designing bio-plastics using green and advanced manufacturing techniques• Engineered compositions for structural and environmental applications by DOE, micro-structure analysis, advanced mechanics and FEA• Collaborated with a cross functional team to produce separate carbon sequestration and Bio-polymer based composites and optimized their properties and manufacturing methods for synthesis to create a novel multi-functional material in the biomedical field

• Completed geometrical and statistical analysis on all types of human bodies to Integrate machine learning algorithm and Machine Vision• Derived mathematical models to calculate volume, mass and center of mass of each segment and applied torque and stress at all joints• Operated a Wii Balance board to reduce the cost of the experiment by approximately $10,000• Successfully tested & adopted the model to each unique individual based off size, age, BMI & race by implementing Intelligent Machine Vision

• Led student based rocket team to 5th place in competition by developing interpersonal skills, building truthful relationships, collaborating & taking initiative • Successfully designed & built an adaptable, dual deploy, rocket that successfully flew to target altitude of 12000 ft. twice with 2 different motors• Designed, Developed and successfully tested on-board data collection suite, dual parachute deployment system, responsive air speed control system and altimeter (within 1% of commercial altimeter) • Honorary mention for successful independent research to prevent shift in stability margin when adding drag for precise apogee control