DEPARTMENT OF ELECTRONICS & TELECOMMUNICATION ENGINEERING
"Innovating Connectivity, Designing Circuits, and Engineering the Communication Digital Revolution"
🏢 About E&TC Department
The Department of Electronics and Telecommunication Engineering is committed to providing quality technical education that equips students with the knowledge and practical skills required in the rapidly evolving fields of electronics, communication, and information technology. The department emphasizes innovation, hands-on learning, and industry-oriented training to prepare students for successful careers and higher education.
The three-year Diploma in Electronics and Telecommunication Engineering program is designed to build a strong foundation in electronic circuits, digital systems, communication technologies, embedded systems, microcontrollers, computer networks, and wireless communication. The curriculum combines classroom learning with laboratory experiments, industrial visits, seminars, workshops, and project-based learning to enhance students' technical competence and problem-solving abilities. Our well-equipped laboratories provide students with practical exposure to modern electronic instruments, communication equipment, simulation software, and embedded system development platforms.
Course Name
Electronics & Telecommunication Engineering
Intake Capacity
60 Seats
Established
Year 2009
Faculty Strength
05 Teaching | 02 Support
Shift Timings
10:00 AM - 5:30 PM
🌟 Key Features of Department
- Highly qualified and experienced staff.
- Fully equipped and well-furnished labs.
- Excellent infrastructure.
- Internet & Library facility to students.
- Fully ventilated class rooms with projector facility.
- Centralized Computer network for campus.
- Industrial Visit and Expert Lectures are arranged regularly.
- Participation of staff in various MSBTE activities.
🎯 Department Vision & Mission
Vision:
To be recognized by the Society at large as an excellent department, offering Quality of higher education in the Electronics and Telecommunication Engineering Field with research focus catering to the needs of the public and being in tune with the advancing Technological revolution.
Mission:
- To maintain high-quality education in the fields of electronics and telecommunications to fulfill rapidly evolving technological demands of research and industry.
- Enable students to develop skills to solve complex technological problems with multidisciplinary innovative activities.
- To promote professional ethics, values and entrepreneurial attitude to meet the demands of society and industry.
📜 Program Outcomes (POs)
- PO1 - Basic and Discipline Specific Knowledge: Apply knowledge of basic mathematics, science and engineering fundamentals and engineering specialization to solve electronics and telecommunication engineering problems.
- PO2 - Problem Analysis: Identify and analyze well-defined technological problems using codified standard engineering methods.
- PO3 - Design/ Development of Solutions: Design hardware/software solutions for well-defined circuit components or transmission processes to meet specific codes.
- PO4 - Engineering Tools, Testing and Experimentation: Apply modern electronic tools, measurement fleets, and simulation software instruments to conduct standard tests and measurements.
- PO5 - Engineering Practices for Society, Sustainability and Environment: Apply technical processes appropriately within societal environments while honoring environmental protocols and standard professional ethics.
- PO6 - Project Management: Utilize engineering management schemas individually, as a proactive system team member, or an organizational layout leader.
- PO7 - Life-long learning: Maintain active adaptability protocols and consistently update baseline intelligence to synchronize with continuing global technical developments.
🧠 Program Educational Objectives (PEOs)
- PEO 1: High-quality education. To maintain high-quality education in the fields of electronics and telecommunications to fulfill rapidly evolving technological demands of research and industry.
- PEO 2: Problem-solving skills. To enable students to develop skills to solve complex technological problems with multidisciplinary innovative activities.
- PEO 3: Professional ethics and entrepreneurship. To promote professional ethics, values and an entrepreneurial attitude to meet the demands of society and industry.
💻 Program Specific Outcomes (PSOs)
- PSO1: System development and tools. Competence in applying core knowledge of electronics and communication engineering to analyze, design, and create solutions for real-world problems using the latest hardware and software tools.
- PSO2: Adaptability and lifelong learning. Ability to identify and engage in continuous learning to stay updated with rapidly evolving technological advancements in the E&TC field.
- PSO3: Entrepreneurship. Cultivate an entrepreneurial attitude and apply engineering knowledge to identify opportunities and develop solutions that meet industry and societal needs.
👨💼 About HOD
Prof. Shinde M.N.
HOD, E&TC Department
Welcome to the Electronics and Telecommunication Engineering Department. We are driven by a pedagogical roadmap that transforms structural theoretical parameters into innovative electronic deployments. With an experienced faculty fleet and highly responsive laboratory instrumentation, our students actively translate blueprints into systems reality.
Our department strongly promotes academic research protocols, dynamic system simulation training, and regular technical workshops to keep our future-ready diploma engineers synced with contemporary data matrices and modern industrial transformations.
🎓 Full Name: Prof. Mangesh Nilkanth Shinde
📚 Qualification: B.E. (Electronics), M.E. (VLSI Design)
⏱️ Total Experience: 16 Years of Dedicated Academic Excellence
👨🏫 Teaching Staff Details
Prof. R. R. Pandarkar
Lecturer
Qualification: B.E. (Electrical)
Experience: 05 Years
Prof. P. A. Sable
Lecturer
Qualification: B.E. (E&TC)
Experience: 02 Years
Prof. K. R. Kale
Lecturer
Qualification: B.E. (E&TC)
Experience: 02 Years
Prof. P. D. Shelar
Lecturer
Qualification: B.E. (E&C)
Experience: 00 Years
🛠️ Non-Teaching Support Staff
Shri. Agre A. B.
Support Staff
Qualification: ITI
Experience: 22 Years
🔬 Department Infrastructure & Laboratories
| Infrastructure Space Description | Total Rooms Allocated |
|---|---|
| Class Rooms | 03 |
| Laboratories | 05 |
Functional Laboratory Asset Mapping:
| Sr. No. | Name of Laboratory | Assigned Lab In-Charge |
|---|---|---|
| 01 | Basic Electronics Lab | Prof. P. D. Shelar |
| 02 | Computer Lab | Prof. Shinde M.N. |
| 03 | Digital Electronics Lab | Prof. P. A. Sable |
| 04 | Measurement and Control Lab | Prof. R. R. Pandarkar |
| 05 | Communication Lab | Prof. K. R. Kale |