Master of Smart Power Systems

The Master of Smart Power Systems course offers a comprehensive approach, addressing technical, managerial, and environmental aspects to cultivate a holistic understanding of the power industry. It prepares professionals for the challenges of a sustainable future, emphasizing AI applications, renewable integration, and smart power technologies. The curriculum is designed to align with global trends, promoting responsible energy and power management practices. By enhancing professionals' abilities to efficiently plan, execute, and optimize power-related projects, this program equips graduates to make significant contributions in advancing the field towards a more sustainable and efficient future.

Title of Degree:	Master of Smart Power Systems
Abbreviation:	M(SmtPwrSys)
SLQF Level:	Masters Degree by Coursework (SLQF-L9)
Credits:	30
Programme Mode:	Part-time
Duration:	12 months

Eligibility Criteria

The Degree of Bachelor of the Science of Engineering of the University of Moratuwa in Electrical Engineering;
OR
Any other Engineering Degree of at least four years duration in a relevant field of specialization, as may be approved by the Senate;
OR
Any recognized category of membership of a recognized Professional Institute in a relevant field, obtained through an academic route, with a minimum of one
year of post-qualifying relevant experience obtained after the membership, as approved by the Senate.

Programs for Electrical Installations sector:

The following figure shows the eligibility criteria and options available for the Electrical Power and Energy Sector. Candidates can apply and register for the MSc in Electrical Engineering course or the Master of Smart Power Systems course, and transfer registrations are available as given below. The postgraduate diploma is available as a fallback option.

Course fees

Tuition fees for the first year: Rs. 350,000/=

Modules

New Module Code	Module Name	Credit Value	Evaluation (%)
New Module Code	Module Name	Credit Value	Continuous Assessment	Final Exam
Compulsory Module
EE 5093	Power System Planning and Operation	2.5	40±20	60±20
EE 5094	Power System Protection and Stability	2.5	40±20	60±20
EE 5104	Smart Technologies in Power Systems	2.5	40±20	60±20
EE 5107	Integration of Renewable Energy Technologies	2.5	40±20	60±20
EE 5108	Artificial Intelligence in Power Systems	2.5	40±20	60±20
EE 5117	Electromagnetic Compatibility and Power Quality	2.5	40±20	60±20
EE 5099	Project	5	100
Elective Module
EE 5034	Power System Reliability	2.5	40±20	60±20
EE 5052	Energy Economics	2.5	40±20	60±20
EE 5053	Energy Efficiency, Demand Management and Conservation	2.5	40±20	60±20
EE 5057	Energy and Environment	2.5	40±20	60±20
EE 5075	Artificial Intelligence Applications	2.5	40±20	60±20
EE 5086	Project Management	2.5	40±20	60±20
EE 5087	Human Resource Management	2.5	40±20	60±20
EE 5091	Small Hydro Project Development	2.5	40±20	60±20
EE 5092	Research Methodology and Minor Projects	2.5	100
EE 5095	Advanced Power Electronics	2.5	40±20	60±20
EE 5096	Advanced Engineering Mathematics	2.5	40±20	60±20
EE 5097	Variable Speed Drives and Large Electrical Machines	2.5	40±20	60±20
EE 5102	Power Distribution Systems	2.5	40±20	60±20
EE 5103	Nuclear Power Engineering	2.5	40±20	60±20
EE5106	Advanced Power System Protection	2.5	40±20	60±20
EE 5118	Building Management Systems	2.5	40±20	60±20
EE 5121	Air Conditioning, Ventilation and Fire Safety	2.5	40±20	60±20
EE 5123	Lightning Protection and Earthing	2.5	40±20	60±20
EE 5124	Procurement and Inventory control	2.5	40±20	60±20
EE 5127	Computer Aided Design (CAD) Tools	2.5	40±20	60±20
EE5205	Control Systems Design	2.5	40±20	60±20
EE 5210	Sensors and Actuators for Automation	2.5	40±20	60±20
EE 5212	Systems Control and Automation	2.5	40±20	60±20

Links to other programs
MSc in Electrical Engineering

Coordinator
Dr. Rasara Samarasinghe
Email: cc-msc-ee@uom.lk, rasaras@uom.lk
Telephone: +94-11-2640312, +94-11-2650301 Ext. 3219

Master of Smart Power Systems

Master of Smart Power Systems

Master of Smart Power Systems

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Master of Smart Power Systems

Master of Smart Power Systems