• Testing and validation of the LED light products. • Fine tuning of the circuit to meet the desired specifications. • Prototyping of new design. • Efficient handling of the testing instruments (Ballast analyzer, Surge generator, High Voltage tester, Switching testing, Thermal testing, Lumen Testing, circuit efficiency testing) • Designing and testing of 0.5W to 50watt LED Bulb.• Designing and testing of 5W to 36W Led Batten. • Designing and testing of 3W to 22W LED Panel. • Designing and testing of 15W CCT LED Panel .• Designing and testing of20W CCT LED Batten .• Designing and testing of 36W FTL Ballast .

Currently I am working as a Research engineer at Strom & Energie Innovations and having experience of 3 years in research, design, manufacturing & Maintenance of Industrial Electrical equipment like Stepper Motors, Inverters, Electric Drives, Shunt active power filters, Sensors & different programming development tools such as Keil, cube mx, Arduino IDE etc• Designing a battery charger of the electric vehicle with 10A rating and giving output of 64 Volt.• Involved in Designing & manufacturing of stepper motor with holding torque of 17.5Nm Torque.• Designed a stepper motor driver with using DMA860E driver circuit.• Testing of stepper motor with different working condition by ensuring safety.• Having experience of the finalizing the specifications of different power devices.• Having experience of technical evaluation of different offers from the different vendors & finalizing the best supplier.• Designing of Inverter up to 50A Rating with its driver circuit and programming by using STM32F407.• Designing of active power filter up to the rating of 30A to improve the power factor of the industrial load.• Designing a circuit using simulation software such as MATLAB,PSIM ,Proteus etc.• Designing Power electronics devices such as current sensor and voltage sensor for measuring the current and voltage magnitude of the lines & involve in maintenance of the circuit component and troubleshooting of the different problems.• Designing a boost converter to step up the voltage.• Designing different power supply range from 0 to 24 Volt for the control circuit.• Having experience of to analyze the harmonics and its effect on the system by using MECO power harmonic analyzer.• Having experience of control devices like Arduino, Raspberry pi3.• Working on home automation using Google Assistant.