COURSE CURRICULUM

The Power and Process Engineering program is structured into four levels, each designed to build progressively on students’ knowledge and skills in power engineering. Level 1, lasting 18 weeks, includes courses such as Power Plant Training 1 (4.5 credits), Power Plant Operations and Systems 1 (5.5 credits), Drafting (1.5 credits), Power Plant Theory 1 (4.5 credits), Power Plant Maintenance 1 (4.5 credits), Instrumentation 1 (3.5 credits), Technical Electricity 1 (2.0 credits), Technical Mathematics 1 (3.5 credits), and Applied Physics 1 (3.5 credits). Level 2 extends over 20 weeks and covers Power Plant Training 2 (6.0 credits), Technical Operations and Systems (4.5 credits), Power Plant Theory 2 (6.0 credits), Power Plant Maintenance 2 (6.0 credits), Instrumentation 2 (4.5 credits), Business Communication (2.5 credits), Technical Electricity 2 (3.0 credits), Technical Mathematics 2 (4.5 credits), Applied Physics 2 (4.5 credits), and Industrial Electronics (1.5 credits). The 16-week Level 3 focuses on advanced topics including Technical Communication 1 (2.0 credits), Thermal Engineering 1 (6.5 credits), Power Plant Theory 3 (5.5 credits), Fluid Mechanics (6.5 credits), Power Plant Maintenance 3 (2.0 credits), Metallurgy (1.0 credit), Boiler Plant Computer Simulation 1 (2.0 credits), Engineering Mechanics (3.0 credits), Engineering Practicum 1 (2.5 credits), and Technical Electricity 3 (3.0 credits). Finally, Level 4 spans 22 weeks and features courses like Technical Communication 2 (3.0 credits), Thermal Engineering 2 (7.0 credits), Power Plant Theory 4 (4.5 credits), Plant Management (2.0 credits), Power Plant Maintenance 4 (3.0 credits), Strength of Materials (4.5 credits), Boiler Plant Computer Simulation 2 (3.0 credits), Heating and Ventilation Systems (2.0 credits), Engineering Laboratory (3.0 credits), Engineering Practicum 2 (4.5 credits), and Technical Electricity 4 (4.5 credits). Altogether, the program totals 151 credits, offering a comprehensive education that equips students with the theoretical knowledge, practical skills, and technical communication abilities necessary to excel in the power engineering field.