• Prepared drawings for electrical scope using Bentley Substation and MicroStation software• Experienced in designing the protection and control schemes for high voltage substations• Designed detailed terminated cabin drawings including DC control, breaker failure schematics, wiring details, side panel board drawings, circuit scheduling, bill of material, single/three line diagrams• Created detailed front view drawings to show the specific arrangement of the electrical components as per project requirement• Interacted and communicated effectively with project managers and other team members to report project status and address project-related issues• Responsible for checking drawings for accuracy including spelling, drafting standards and completeness utilizing correct project design criteria• Plotted drawings, learning and following company and client drafting standards and procedures• Maintained sensitive and confidential information regarding company information• Converted Bentley Micro station drawings into Bentley Substation

Development of Speed Control System of Gasoline Engine • Designed Engine PID controller and engine position tracking system for a GM Ecotec 4 stroke 2.0 Liters gasoline engine• Developed control model for electronic throttle controller and calibrated electronic throttle position and pedal position• Developed Engine state of stall,crank,run and over load states and calibrated engine for different states• Executed gain scheduling and feed forward loop up table for lower response time and stabilized engine speed • Designed Simulink minimum and maximum governor models for controlling engine speed and performed model in loop (MIL), Hardware in loop (HIL) and Software in loop (SIL) simulations • Worked with various protocols and standards such as CAN, SAE- J1939 and developed the m-code using PLC to control the Engine Control unit and Potentiometer• Used MATLAB Simulink, MotoHawk, Moto Tune to implement PI Control Loop to achieve Duty Cycle from Acceleration Pedal Position (APP) and Throttle Position Sensor (TPS) through 48 and 128 pinned ECUs

• Utilized Cadence and OrCAD software to design the multi-layer printed circuit boards and prepared bill of material documents.• Participated in root cause analysis for failed boards and provided required solutions to correct• Created and tested the component symbols and footprints, PCB routing, component placements and electrical constraints• Worked under the supervision of an academic professor and solely perform my responsibility of teaching, marking assessments, giving feedback, developing online materials• Instructed in recitation of system design and simulation and advising about their circuit design projects and clearing their doubts during the recitation hours

• Worked with various protocols and standards such as CAN, SAE- J1939 which allowed for success in the automotive industry• Tested controller model on Hardware in Loop (HiL) and controlled ETC using CAN communications• Validated the control modules, electrical hardware such as sensors, actuators on engine and learned about their functioning• Worked with Acceleration position and throttle positions sensors to control the ETC and learned automotive sensors

• Tested and installed the circuit breakers to protect electrical devices from overcurrent • Improved power quality in distribution system and studied various problems involved in DCS• Monitored and inspected substation control indicators to detect evidence of operating systems