Stair Lighting Controller• Surveyed the market for possibility of a new innovative design• Completed the electrical design of the controller• Developed the PCB (printed circuit board)• Tested and verified the design to ensure its working and whether or not it meets the requirements• Designed and implemented the controller box having menu control option• One-on-One meetings with Architects and Interior Designers for the promotion of the product• Continuously looking for introduction of possible innovative designs to the marketSolar System Design• Overviewing Solar System installations, erection and commissioning• Educating the community members regarding Solar Energy and its benefits• Preparing cost comparison analysis and payback period breakdown to demonstrate the cost effectiveness• Leading One-on-One meetings with our clients

• Generated calculation sheet templates for the engineering team in order to use them for engineering calculations• Trained engineers on weekly basis regarding different electrical concepts • Presented R&D work assigned to CEO and the entire team on weekly basis • Prepared design and detail drawings from sketches, plans or other design / specification data • Performed Power system modeling and calculations to estimate the power requirement• Performed Power transmission, Power distribution analysis and design calculations• Developed Hazardous area classification and Single line drawings• Prepared Equipment specs, datasheets and material requisitions• Managed electrical design and any design changes within budget and schedule• Participated in Procurement activities, review vendor documents and completing bid evaluation• Participated in performance reviews and participating in employee/team recognition activities• Participated in the MES Quality Improvement, health, safety, and environmental (HSE) programs

• Worked on both single and triple coil wireless power ‘Qi’ transmitters • Attended North American customer meetings on weekly basis to address any open issues, design change requirements and to present relevant design changes to improve system • Created Design Verification Plan and Reports (DVP&R) and test methods for embedded electronics modules• Read ISO and specific customer specs to understand requirements of relevant tests that are to be performed to market a product and to complete DVP&R • Wrote test procedures for in-house lab engineers/technicians so that they properly conduct experiments • Evaluated test results (Functional, Environmental etc) based on test reports provided by internal/external Labs• Prepared presentations/reports to root cause customer open issues, presented them to team and then to customers • Visited customers and external labs to debug problems, fix issues related to system integration of wireless charging transmitters in the vehicles or to address setup issues• Monitored entire flow of Environmental and Functional testing needed for Automotive electronic equipment• Performed experiments and wrote R&D test reports to support verification of Functional tests• Wrote scripts to parse test data collected at the lab facilities to analyze it and use it to improve efficiency • Participated in team meetings to present changes to the system design in order to improve efficiency • Conducted research to improve metal object detection • Supervised Lab experiments to collect data for various studies • Ran experiments to thermally verify wireless charging transmitter design• Developed breadboard or first run prototype circuits for product feasibility evaluation• Coordinated with applications engineering to handoff new products for production• Established and maintained adequate records of technical information, process methods / std’s., design and program details/info., and records to procure reliable patent actions

• Tutored students Calculus, Algebra and Geometry, Physics and Chemistry, Advanced Functions, Science and Data Management in a group of three and on one-on-one • Prepared summary notes for the students to help them understand the material better which resulted in improving their grades [15-20%, average 10%]• Tested students by giving them surprise quizzes and asking relevant oral questions regarding the material covered• Wrote evaluation reports for each student after ever eight sessions

• Supported senior test engineers in developing test programs for screening, binning, fusing etc ASICs • Involved in two successful board bring-ups • Sustained an entire project once it was sent out for production • Debugged possible sources of errors in test programs that were used for the verification of ASICs • Experimented on ASICs at Low/high temperature to identify the behavior at the corners• Participated in a study to correlate Ring oscillator with the engine speed • Wrote scripts to extract useful engineering data from data logs for engineering analysis • Learned excel macros, pivot tables and functions to analyze engineering data• Created a internal scripting website to automate many manual processes such as comparing fused bits from the database against the datalogs collected by the testers (hardware setup), hacking patterns etc • Trained new Professional Engineering Year (PEY) students ensuring that they are familiar with the work environment, use of both Verigy and T2K tester environments• Gave new PEYs small assignments to test their testing, scripting, debugging and technical skills