Programs PHD ENERGY SYSTEMS ENGINEERING

PHD ENERGY SYSTEMS ENGINEERING

Course Curriculum

PhD Courses
Sr.No Course Code Subjects Credit Hours Related SDG Pre Requisite Course Content
1 CHE-848 Gasification Processes 3+0 7,9,13
2 EME-803 Combustion and Propulsion 3+0 7,9
3 EME-901 Advanced Engineering Mathematics 3+0 9
4 EME-981 Advance Fuel Technology 3+0 7,9
5 NSE-842 Nano Materials for Energy Applications 3+0 4,6,7,9,11
6 PHY-924 Experimental Techniques Of Physics 3+0 9
7 ESE-901 Recent Trends In Energy Systems Engineering 3+0 7
8 ESE-902 Socio-Economic Aspects Of Energy Systems 3+0 7,11
9 ESE-911 Carbon Capture and Utilization 3+0 7,13
10 ESE-907 Photo Catalysis Advancements and Applications 3+0 7
11 ESE-903 Contemporary Materials for Advanced Energy 3+0 7
12 ME-935 Renewable Energy 3+0 4,7,9,13
13 ESE-909 Smart Grid Architecture 3+0 7,9,11,13
14 RM-899 Research Methodology 3+0 4
15 ME-936 Solar Technologies 3+0
16 NSE-931 Advanced Synthesis and Fabrication Techniques 3+0 9,12
17 MSE-901 Adv Characterization of Materials 3+0 3,4,7,9
18 ESE-904 Advanced Energy Materials: Synthesis & Characterization 3+0 7,9
19 ESE-910 Smart Power Systems 3+0 7,9,11,,12
20 PHY-921 Plasma Physics 3+0 9
21 ESE-906 Biomass/Coal Gasification 3+0 7,13
22 ESE-908 Nuclear Thermal Hydraulics 3+0 7,9
23 CSE-931 Advanced Numerical Methods 3+0 4,7,9
24 ESE-905 Advanced Heat and Mass Transfer 3+0 7
25 ESE-999 PhD Thesis 30+0
Additional Course
Sr.No Course Code Subjects Credit Hours Related SDG Pre Requisite Course Content
1 SEM/WKSP-997 Seminar / Workshop 1+0 2,4,9,11,17
2 AWS-898 Academic Writing Skills and Practicum 2+0