• Meticulously maintained and organized alumni records, showcasing expertise in efficient record-keeping practices.• Utilized Microsoft Excel to track and manage alumni data, ensuring accuracy and accessibility.• Spearheaded communication initiatives, connecting with alumni to foster engagement and participation in departmental activities.• Skillfully navigated SharePoint platforms for collaborative projects, ensuring seamless access to shared resources and information.

• Guided students through complex concepts in Electricity and Magnetism, fostering a deeper understanding of theoretical foundations.• Developed the ability to communicate technical concepts clearly, honing skills in simplifying complex ideas for diverse audiences.• Assisted students in solving intricate problems, enhancing my analytical skills and ability to think critically under diverse scenarios.

• Managed the maintenance and troubleshooting of plant’s established products by carefully reading P&IDs and function diagrams to ensure optimal performance and minimize downtime ensuring continuous operation.• Performed troubleshooting of processors including Siemens S7 -1200 (CPU 1211C) and S7 -400 (CPU 412) with HMI and SCADA by reading manuals to better analyze reports and logs of Data Historians.• Attended workshops to enhance understanding of communication and networking protocols including Modbus, DNP3 and Ethernet/IP along with ICS/OT Security to ensure integrity and safety of plant’s operations.• Conducted initial training sessions to Trainee engineers on TIA portal, SIMATIC WinCC and automation works in plants from field devices all the way to Data Historian logs and monitoring through SCADA. • Engaged in purchase of various field devices from Honeywell and Fluke, ensuring the cost-quality balance and a smooth procurement cycle with no interruptions to plant operation. • Worked collaboratively with technicians, other department professionals for effective team work to make sure maintenance is completed or fault is cleared within the timeline suggested by Systems engineer.

• Successfully completed the project of 200 MW Wind powered 33/220 kV substation design and its commissioning from tender placement to final project submission under supervision of 2 Professional engineers.• Assisted in preparing both initial feasibility report for tender placement and final technical and commercial report with detailed bill of materials and equipment selection optimization based on IEEE and IEC standards.• Prepared design of substation using Bently Microstation, run load flow, short circuit analysis using ETAP. Performed reliability based on IEEE 493 gold book at every stage of project.• Implemented IEC 61850 digital substation protocol to integrate digital relays 49, 32, 24, 21 etc from SEL, AB, Siemens manufacturers while monitoring/ controlling them through SCADA system.• Assisted project engineer in reviewing contingency reports prepared by Power Research lab for selection of most suitable grid station to connect our 220 kV lines to, also implemented IEEE 80 standard for earthing design.• Maintained Excel records of advanced and complex mathematical calculations from IEEE 1313/1427 for equipment selection utilizing excel VBA and macros to avoid repeated efforts.

• Prepared SLDs for industrial panel wirings including start delta, F/R starter panels using AUTOCAD electrical, learned about ferrule numbers and their importance especially in marshalling panels• Visited several industries for inspection of their terminal HV and control panels and for the inspection/ debugging of PLCs along side technologists.• Developed understanding of ladder logic and structured text PLC programming languages. Prepared a project to actuate solenoid valve upon smoke detection by gas sensor using ladder logic.• Earned hands on experience with 3 phase motors and their control wirings, observed differences and shortcomings of conventional contactor-based starters and VFD based motor operation.

• Conducted survey requisitions and specifications, boosting project accuracy by 20%. • Enhanced project efficiency by integrating survey data through data-driven decision-making protocols. • Collaborated on drafting civil engineering specifications for comprehensive underground line designs.

• NDT Research Centre is working on IGNITE funded research project ‘Prediction of Remaining Useful Life (RUL) of Aerial Bundled Cables’ in collaboration with K-Electric. The idea is to use state-of-the art Non-Destructive Testing techniques and develop sophisticated algorithms to determine degradation levels of the cables and predict their remaining useful life. • Visit to test sites of K-Electric for Non-Destructive Testing i.e. Thermal Imaging and Ultrasonic Testing using latest equipment• Maintained acquired NDT data using the project’s nomenclature• Designed electric circuits for measuring temperature and humidity around the cables Designing