Abdul Barik, Phd Email & Phone Number

Melbourne, Victoria, Australia

Melbourne, Australia

Key Responsibilities:- Model and analyse power system networks to investigate the impact of new generations and loads into the AusNet’s distribution networks- Investigate the network issues using PSS SINCAL and through mathematical modelling for upgrading the network to achieve compliance- Conduct load flow study, fault analysis and damping analysis for distribution network- Develop network planning tools such as tools for balancing network capacitances and forecasting system parameters / network characteristics- Perform commissioning tests and write compliance reports- Lead technical activities, such as investigation of network issues, DFA task force, etc.- Write business cases for secondary assets- Provide on-call support to network controllers during emergencies- Lead an AusNet and VIC government-funded research project at Deakin UniversityKey Projects:- Seymour Network Coupling Issue: Investigated a complex network coupling issue on achieving REFCL compliance where the issues included the impact from a wind firm generation- Lilydale REFCL Project: Led and completed the project with a major role in ensuring the network was in its best possible condition after issues with complex faults, HV customer requirements and balancing issues.- DFA Design for Rowville Feeders: Performed a complete design of the DFA scheme for the new Rowville zone substation

Melbourne, Australia

- Provided lecture in Electrical Power Engineering courses (Masters and Bachelor degree courses)- Demonstrated to students the characteristics of different renewable energy sources through laboratory experiments- Provided training on using PSS SINCAL to conduct load flow study and fault analysis- Supervised student projects and marked exam papers

Melbourne, Australia

- Modelled resonant grounded power systems in PSS SINCAL and Matlab/Simulink for analysing the network characteristics- Developed an automatic algorithm for balancing network capacitances.- Developed a new technique for identifying the faulty section in resonant grounded networks- Produced technical reports and presented research works in different conferences

Canberra, Australia

- Provided lecture in Electrical Engineering courses- Guided students to complete their projects and laboratory experiments- Marked exam papers and provided feedback

Canberra, Australia

-Modelled micro-grid systems with distributed energy sources in PSCAD-Analysed the impact of renewable energy sources integration in micro-grid using PSCAD-Developed techniques for sharing loads in micro-grid among available sources including renewable energy sources and battery storages

Bangladesh

- Provided lecture in Electrical Engineering courses- Demonstrated to students how to conduct power flow using MATLAB programming- Supervised student projects and marked exam papers- Conducted research in the power system and written technical papers

Doctor Of Philosophy In Engineering, Electrical Engineering

Activities and Societies: Chair (1 year) & Secretary (2 years), IEEE Industrial Application Society (IAS) Deakin University Student.

Master’S Degree (By Research), Electrical Engineering

Activities and Societies: Activity Officer, Arc Student Life, UNSW Canberra and Student Member, IEEEThesis Title: Reliable and Stable.

Bachelor’S Degree, Electrical And Electronics Engineering, 3.78 Out Of 4 (Marks: 81.52%) 7Th Out Of 120

Activities and Societies: Class RepresentativeMajor: Power System Thesis Title: Application of Genetic Algorithm in Power System.