- Department Overview
- HOD Desk
- Department Vision
- Department Mission
- Objectives
- Faculty List
- Lab Details
- Research and Development
- Events
- Department Committees
- Innovative Teaching Methods
- MoU's
- Professional Body Details
- E-Learning
- Best Project
- Placement & Higher Studies
- Toper List
- Result Analysis
- Prominent Alumni
- Program Specific Outcomes
| Department Overview |
| HOD Desk |
Dr. Sharanbasappa Shetkar is an accomplished academician and leader with over 13+ years of experience in the academic profession. He currently serves as the Head of the Electronics & Communication Engineering department at Lingaraj Appa Engineering College in Bidar, Karnataka, India. Academic Background
He earned his Ph.D. in Electronics from Visvesvaraya Technological University (VTU), Belagavi, with a thesis titled “Enhancing the Efficiency of Optical Filtering for Visible Light Communications”. He also holds a Master of Technology in Digital Electronics & Communication from VTU Belgaum and a Bachelor of Engineering in the same field from Rural Engineering College Bhalki.
Areas of Expertise Dr. Shetkar's expertise spans a range of subjects critical to electronics and communication engineering, including Field Theory, Signals & Systems, Control Systems, Low Power VLSI Designing, Basic Electronics, Computer Organization, and Operating Systems. He has experience handling various laboratories, such as the Analog Electronics Lab, Logic Design Lab, HDL Lab, and Power Electronics Lab.
| Department Vision |
| Department Mission |
| M1: A Centre of excellence for technology, training, teaching and research with the goal of producing elite electronics and communication engineers to benefit society and the country. |
| M2: To instill a spirit of entrepreneurship, professional ethics and values that meet the needs of society and industry. |
| M3: To build a technical workforce by regularly planning workshops, expert talks and Industrial Visits. |
| M4: To facilitate students with opportunities to hone their ethics & leadership potential for their better future.s. |
| Objectives |
PEO I: Impart foundational knowledge in electronics and communication engineering that will help them in their future professional endeavors and academic pursuits.
PEO II: Acquire in-depth understanding of the fundamentals of electronics and communication engineering in order to develop new products and solve engineering challenges in a way that is both technically sound and socially acceptable.
PEO III: Encourage multidisciplinary work environment, make use of their expertise abilities and resources to design, create and develop novel technologies as well as to come up with inventive and creative solutions to engineering challenges.
PEO IV: Develop a mindset of continuous learning by implementing new theories and technological advancements as their area changes.
PEO V: Provide ability to lead and communicate well in order to collaborate with a variety of teams and to uphold and implement morally sound behavior.
| Faculty List |
| Name | Designation | Qualification | Experience |
| Dr. Vinita Patil | Professor & Principal | Ph. D | 9.5 |
| Dr. Sharanabasappa S | Professor and H.O.D | Ph. D | 12 |
| Mrs. Sadhana C | ASSOC.PROF | M. Tech | 19 |
| Dr. Basavaling S H | ASSOC.PROF | Ph. D | 12.1 |
| Dr. Sagarkumar B | ASSOC.PROF | Ph. D | 13.4 |
| Mrs.Lata | ASST.PROF | M. Tech | 6 |
| Mrs.Bashetty Pallavi | ASST.PROF | M. Tech | 1 |
| Miss. Vijaylaxmi wade | Asst. Prof | M. Tech | 0.3 |
| Mrs. Shravanthi | Asst. Prof | M. Tech | Fresher |
| Mr.Rakesh T | Asst. Prof | M.Tech | 8.9 |
| Ms. AKSHATA B | Asst. Prof | M.Tech | Fresher |
|
Sl. No. |
Name of the Laboratory | Name of the major equipment | Area (Sq.mt) | Technical Manpower support | |
| Name of the technical staff | Designation | ||||
|
1 |
Data Structure Lab Using C (BECL456) | Computers with C++ compilers( Dev-C++Embarcadero Software), computers. | 70 | Mrs. Rajeshwari Patil | Lab Instructor |
| Principles of communication systems(BEC402) | Sci lab 6.1.1 Software, Computers | Mrs. Rajeshwari Patil | Lab Instructor | ||
| Digital Signal Processing (BEC502) | Sci lab 6.1.1 Software, Computers, | Mrs. Rajeshwari Patil | Lab Instructor | ||
| Electronic Principles and Circuits (BEC303) | NI Multisim(14.0) Software | Mrs. Rajeshwari Patil | Lab Instructor | ||
| Computer networks & protocols (BEC702) | NS2,Computers Software | Mrs. Rajeshwari Patil | Lab Instructor | ||
| IoT Lab (BECL657C) | Arduino IDE & Raspberry Pi kits, NodeMCU boards, Wi-Fi & Bluetooth modules, Sensors (temperature, humidity, IR, gas), Actuators, IoT cloud platforms, PCs with required software | Mrs. Rajeshwari Patil | Lab Instructor | ||
|
2 |
C++ Basics Lab (BEC358C) | Computers with C++ compilers( Dev-C++Embarcadero Software), computers. | Mrs. Rajeshwari Patil | Lab Instructor | |
|
|
VLSI Lab (BECL606) | Cadence Software | Mrs. Rajeshwari Patil | Lab Instructor | |
|
|
Digital System Design using Verilog (BEC302) | Xilinx ISE 8.1i Software | Mrs. Rajeshwari Patil | Lab Instructor | |
|
|
Digital Communication Lab(BECL504) | Sci lab(6.1.1), Communication trainer kit using Spatarn-6 FPGA,CRO | Mrs. Rajeshwari Patil | Lab Instructor | |
|
|
Embedded System Design (BEC601) | Keil uVision4,arm cortex m3 (LPC1768),CRO | Mrs. Rajeshwari Patil | Lab Instructor | |
|
|
Control Systems BEC403 | Sci lab 6.1.1 Software, Computers, | Mrs. Rajeshwari Patil | Lab Instructor | |
| 3 | Microwave Engineering and Antenna Theory (BEC701) | Klystron Power Supply,VSWR meter, RF meters,Isollator,Klyston tube. | Abdul Ubaid | Lab Instuctor | |
|
4
|
Communication Lab (BECL404) | CRO,Function Generator,power Supply | Abdul Ubaid | Lab Instuctor | |
| Analog & Digital System Design Lab (BECL305) | CRO,Function Generator,power Supply | Abdul Ubaid | Lab Instuctor | ||
| Fundamental of Electronics (1BECEL107) | CRO,Function Generator,power Supply | Abdul Ubaid | Lab Instuctor | ||
| 5 | Intel Unnati (Data-Centric Labs in Emerging Technologies), Artificial Intelligence Lab | ||||
| Research and Development |
Events
Department Committees
Innovative Teaching Methods
MoU's
Professional Body Details
E-Learning
Best Project
Placement & Higher Studies
Toper List
Result Analysis
Prominent Alumni
PSO I: Apply differential integral calculus in mathematics, science and engineering principles specific to electronics and communication engineering.
PSO II: Apply the knowledge of electronics and communication engineering principles in VLSI. Signal Processing, Communication, Embedded Systems, Control Engineering, Software and Hardware Programming.
PSO III: Conduct experiments, analyse and interpret data, use modern tools in the field of electronics and communication engineering. Demonstrate the leadership qualities and strive for the betterment of organization, environment and society.
PSO II: Apply the knowledge of electronics and communication engineering principles in VLSI. Signal Processing, Communication, Embedded Systems, Control Engineering, Software and Hardware Programming.
PSO III: Conduct experiments, analyse and interpret data, use modern tools in the field of electronics and communication engineering. Demonstrate the leadership qualities and strive for the betterment of organization, environment and society.
