Electronics was initially a part of the Department of Physics. As it emerged as a new discipline in the curriculum, the Department of Electronics was established in 1987 with the objective of providing technical and advanced knowledge in the field of electronics to students of this region. In the initial phase, Professor R. H. Kumbhar , Professor Dr. B. P. Ladgaonkar, and Professor Dr. S. K. Tilekar served as the faculty members of the department. At present, the department is headed by Principal Professor Dr. S. K. Tilekar, and the Department Coordinator is Dr. A. S Relekar., along with Professor P. A. Lohar. The department has a strong tradition of organizing academic and co-curricular activities for students. It regularly conducts national and international level conferences, seminars, and workshops. The college provides an excellent platform for technical education through the Department of Electronics. The department is equipped with well-established laboratories containing modern instruments, and the faculty members offer valuable hands-on training to students. The department has consistently achieved good results in university examinations. It offers undergraduate, postgraduate, and Ph.D. research programs and is recognized as one of the leading departments under the jurisdiction of Punyashlok Ahilyadevi Holkar Solapur University, Solapur, and serves the academic community.
| Class | Semester | Paper No. / Category | Course Code | Name of Course |
|---|---|---|---|---|
| B.Sc. I | Sem I | DSC | DSC 1-1 | Electronics-I (Digital Fundamentals) |
| Practical Lab – I | — | Electronics Practical Lab – I | ||
| SEC-1 | SEC-1 | Electronics-SEC-I (Electronics Circuit Simulation with Proteus) | ||
| GE / OE | GE/OE-1 | Basic Electronic Consumer Applications | ||
| B.Sc. I | Sem II | DSC | DSC 1-2 | Electronics-II (Basic Circuit Theory and Network Analysis) |
| Practical Lab – II | — | Electronics Practical Lab – II | ||
| SEC-2 | SEC-2 | Introduction to Arduino Programming | ||
| GE / OE | GE/OE-2 | Basic Study of Domestic Electronic Appliances | ||
| B.Sc. II | Sem III | DSC | DSC 1-3 | Digital Electronics |
| DSC | DSC 1-4 | Semiconductor Devices | ||
| Practical Lab – III | — | Electronics Practical Lab – III | ||
| DSC | DSC 2-3 | Digital Techniques | ||
| DSC | DSC 2-4 | Analog Electronics | ||
| Practical Lab – IV | — | Electronics Practical Lab – IV | ||
| GE / OE | GE/OE-3 | Solar Energy and Electronics | ||
| VSC-1 | VSC-1 | Proteus Simulation for Analog & Combinational Logic Circuits | ||
| B.Sc. II | Sem IV | DSC | DSC 1-5 | Electronic Devices |
| DSC | DSC 1-6 | Pulse and Switching Circuits | ||
| Practical Lab – V | — | Electronics Practical Lab – V | ||
| DSC | DSC 2-5 | Basic Diode and Transistor Circuits | ||
| DSC | DSC 2-6 | Sensors and Transducers | ||
| Practical Lab – VI | — | Electronics Practical Lab – VI | ||
| GE / OE | GE/OE-4 | Electronic Waste Management and Sustainability | ||
| VSC-3 | VSC-3 | Arduino Interfacing – Advanced Level | ||
| FP-1 | FP-1 | Field Project | ||
| B.Sc. III | Sem V | Core IX | — | Linear Integrated Circuits and Applications |
| Core X | — | Fundamentals of Microcontroller | ||
| Core XI | — | Sensors and Transducers | ||
| DSE-XII | — | Biomedical Electronics | ||
| SEC | — | Add-on Self Learning (MOOC / SWAYAM) | ||
| B.Sc. III | Sem VI | Core XIII | — | Power Electronics |
| Core XIV | — | Embedded System Design | ||
| Core XV | — | Electronics Instrumentation | ||
| DSE-XVI | — | Virtual Instrumentation | ||
| SEC | — | Add-on Self Learning (MOOC / SWAYAM) | ||
| Practical Lab | — | Electronics Practical Lab |