| S.No |
Academic Year |
Title of the Course |
No of Student Enrolled |
Duration of the Course |
| 1 |
2024-2025 |
FUNDAMENTALS OF MATLAB |
54 |
30 Hours |
| MEDICAL SENSORS |
57 |
30 Hours |
| BASICS OF LIGHTING DESIGN |
60 |
30 Hours |
| MOBILE SERVICING |
60 |
30 Hours |
| BATTERY PACKING TECHNOLOGY |
54 |
30 Hours |
| FUNDAMENTALS OF BIM AND MEP |
54 |
30 Hours |
| 2 |
2023-2024 |
INTRODUCTION TO 3D PRINTING AND CAD MODELING |
105 |
90 Hours |
| INDUSTRIAL CONTROL ELECTRONICS |
66 |
30 Hours |
| PSIM |
54 |
30 Hours |
| FUNDAMENTALS OF MATLAB |
60 |
30 Hours |
| EMBEDDED C FOR ELECTRICAL ENGINEERING |
54 |
30 Hours |
| LIGHTING DESIGN |
55 |
30 Hours |
| DATA ANALYTICS AND MACHINE LEARNING |
55 |
30 Hours |
| 3 |
2022-2023 |
PSIM |
54 |
30 Hours |
| Aurdino Programming and its Applications |
54 |
30 Hours |
| FACTORY AUTOMATION AND ROBOTICS |
55 |
30 Hours |
| IOT Applications in Smart City |
55 |
30 Hours |
| PROGRAMMING DELTA PLC USING LD |
64 |
30 Hours |
| Solar PV System Design |
75 |
30 Hours |
| 4 |
2021-2022 |
MAT LAB PROGRAMMING |
40 |
30 Hours |
| WINDING OF INDUCTION MOTOR |
50 |
30 Hours |
| AUTOMATED TEST ENGINEERING |
79 |
30 Hours |
| ADVANCED DIGITAL DESIGN WITH FGPA |
75 |
30 Hours |
| IOT FUNDAMENTALS |
60 |
30 Hours |
| INTELLUCTUAL PROPERTY RIGHTS |
59 |
30 Hours |
| 5 |
2020-2021 |
MAT LAB |
80 |
30 Hours |
| INDUCTION MOTOR WINDING |
79 |
30 Hours |
| PCB DESIGN AND COMPONENT TESTING |
55 |
30 Hours |
| COMPUTER APPLICATION IN POWER SYSTEM |
55 |
30 Hours |
| POWER CONVERTER ANALYSIS AND DESIGN |
75 |
30 Hours |
| ENTERPRENUERSHIP AND SOCIAL RESPONSIBILITY |
75 |
30 Hours |
| 6 |
2019-2020 |
BUSINESS SCOPE IN SOLAR ENERGY |
63 |
30 Hours |
| MAT LAB |
60 |
30 Hours |
| INDUCTION MOTOR WINDING |
82 |
30 Hours |
| PCB DESIGN AND COMPONENT TESTING |
80 |
30 Hours |
| COMPUTER APPLICATION IN POWER SYSTEM OPERATION AND PLANNING |
79 |
30 Hours |
| ENTERPRENUERSHIP AND SOCIAL RESPONSIBILITY |
78 |
30 Hours |
| 7 |
2018-2019 |
AUTOMOTIVE ELECTRONICS |
86 |
30 Hours |
| REWINDING OF INDUCTION MOTOR |
50 |
30 Hours |
| INTRODUCTION TO MAT LAB |
53 |
30 Hours |
| ETHICAL HACKING |
79 |
30 Hours |
| SCADA |
45 |
30 Hours |
| INTELLIGENT SYSTEMS |
96 |
30 Hours |
| 8 |
2017-2018 |
ENGINEERING ECONOMICS,ESTIMATION AND COSTING |
81 |
30 Hours |
| AUTOCAD ELECTRICALS |
80 |
30 Hours |
| ADAPTIVE SIGNAL PROCESSING |
101 |
30 Hours |
| ARTIFICIAL INTELLIGENCE |
101 |
30 Hours |
| MACHINE LEARNING |
100 |
30 Hours |
| SOLAR PV SYSTEM DESIGN |
100 |
30 Hours |
| 9 |
2016-2017 |
ANTENNA DESIGN USING HFSS |
108 |
30 Hours |
| COMPUTER NETWORK |
108 |
30 Hours |
| SCIENTIFIC COMPUTING |
104 |
30 Hours |
| TRANSPORT SAFETY |
104 |
30 Hours |
| INDUSTRIAL AUTOMATION |
76 |
30 Hours |
| PIC,ARDUINO AND RASBERY PI WITH IOT |
76 |
30 Hours |
| 9 |
2015-2016 |
BUSINESS SCOPING IN SOLAR ENERGY |
104 |
30 Hours |
| POWER CONVERTER ANALYSIS AND DESIGN |
104 |
30 Hours |
| ULTRASONIC INSTRUMENTATION |
76 |
30 Hours |
| MIXED SIGNAL IC DESIGN |
76 |
30 Hours |
| SIGNAL PROCESSING TECHNIQUES ON LABVIEW |
131 |
30 Hours |
| ADAPTIVE SIGNAL PROCESSING |
129 |
30 Hours |
