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I am a former electrical engineer and power engineering lab instructor with relevant experience and skills in both research and industrial sectors of Power Systems.

I am a former project engineer with six years of experience in instrumentation and control system operation for high-voltage switchgear and electrical energy systems and a Teesside University graduate of MSc Electrical Power & Energy Systems (with Advance Practice) who worked as a special lecturer/demonstrator in the power engineering laboratory at the Middlesbrough campus. I am skilled in leadership, team building, engineering, and workplace health and safety, and I learn quickly.

Before starting my MSc in UK, I worked in instrumentation and control engineering, electrical system design, and calibration in an electrical control panel factory in Myanmar. I am familiar with control system design, load calculation, fault analysis, and asset management using AutoCAD, Etap, and MS Project Professional.

I had to conduct feasibility tests of protection systempanels for generators, feeders, transformers, battery banks for control power, and motors, short-circuit analysis for generators and electrical systems in accordance with IEC60909 and IEC60034-1, and control system design and input settings to obtain appropriate relay selectivity for residential and commercial buildings.

I managed varied clientele as a project engineer. As a demonstrator for engineering students, I also know how to safely operate electrical machinery and control panels for numerous applications.

MSc Electrical Power & Energy Systems (with Advance Practice)

2-Year Master Degree Course with 240 credits in total

Year_1: Renewable Energy Conversion Systems (20-credit), 
Power Electronics (20-credit), 
Research and Enterprise (20-credit), 
Asset Management (20-credit),
Smart Power Distribution (20-credit),
Emerging Transmission Systems (20-credit)

Year_2: MSc Advance Practice (Internship) (60-credit)
Engineering Research Project (MSc Dissertation) (60-credit)
(MSc Dissertation Title: Power Quality Event Classification in Micro-grids by means of Intelligent Methods)

• I achieved ‘Distinction’ in the above-mentioned MSc with the overall grade of 92%