¬ Created a electromechanical setup to make practical use of professor's research in high precision manufacturing¬ Developed code to analyse data and create counter vibrations to function as active vibration cancellation system for high precision manufacturing CNC machines.

¬ Winner of The Cummins 100th Anniversary Global Innovation Challenge in Technical/Product Category for a solution to prevent counterfeits products¬ Lead the development of a robotic telemetry system for fuel pumps, to perform rotational analysis and log data¬ Devised a non-contact motion tracer system on a single multi-layer PCB, for eccentric motion analysis of a fuelpump bearing roller¬ Created a high-resolution, non-invasive electromechanical displacement measurement system for XPI fuel injectors¬ Contributed to the advancement of a new fuel injector; focused on failure analysis and solving design issues

¬ Mentor 150+ Lab Consultants, create evaluation grounds and analyzing the results with higher management¬ Track and supply inventory for Computer Labs on campus and project future supply needs for streamlined process¬ Exhibit quick evaluation of customer, lab and lab consultant complications and solve them

I was responsible for designing, developing, and executing a Data Logging Device, which collected test data for a product in development. I also created a mounting mechanism that enabled the device to collect working statistics in industrial usage. The tool functionality could be reviewed and potentially improved based on data analysis after use. ¬Designed and implemented a device from scratch, which can log 1.5M data points of various critical operational data along with an associated timestamp.​​¬Created a mounting mechanism, with anti-rotation and shock absorption, using custom washers, O-ring, and bearings. ¬Modified the original product to accommodate the device and mounting mechanism¬Applied knowledge of thermal conductivity, magnetic field strengths and material properties for the development of the device¬Developed multiple SolidWorks and Eagle CAD models for the device planning and prototypes¬Built and tested two prototypes of the device¬Achieved battery life expectancy of 1.13 years, high working temperature range of -40F to 257F along with a waterproof and greaseproof designI collaborated closely with the Robotics team and the Mechanical Engineering team to achieve maximum potential for this device’s future.

¬ Manager of financial duties of the club, planning budget for club activities ¬ Implemented techniques to Increase the number of club members by three times¬ Helped develop a corporate sponsorship with Ford Motor Company¬ Mentor, PSU Firefighter Robot Teams

¬ Studied & evaluated various products in the market for a Classified Vehicle’s main control panel ¬ Worked with senior engineers to create an outline for the control panel architecture based on requirements¬ Analyzed results from researched data and created multiple charts and reports ¬ Presented the reports to Head of Delivery and his team

¬ Interfaced with school authorities to organize students to be involved in the club.¬ Performed seminars and presentations to students and prospective club members to outline the rules, regulations, and benefits of joining the Club.¬ Recruited student teachers to adhere to the organization as executives and team lead.¬ Oversaw the scheduling and assigning of student teachers to specific jobs and made sure they met their specific deliverables.¬ Sought to fund from local philanthropic industrialists and the school trustees by presenting them documentation on student interest and the benefits the club will offer to school students.

¬ Taught Programming and basic electronics to more than 40 high school students every week¬ Made eight gesture controlled cars using Arduino, Ultrasonic Sensor, and Accelerometer as the final project for forty students in groups of five.