ETCE-Department – Ramarani Group of Institutions

Department of
"Electronics and Telecommunication Engineering (ETCE)"

Er Prabin Baroda Sahu

HOD, Department of Electronics and Telecommunication Engineering (ETCE)

Being the Head of the Department of Electronics and Communication Engineering (ECE), of Ramarani Institute of Technology. I am delighted to express my thoughts about the departmental growth. It offers four years full time Diploma program in ECE. The average passing result is excellent in the department. Almost 80-90% students pass out with 1^st division every year. The department of ECE offers premier professional technical training that keeps in pace with the latest developments in the field of Electronics and Communication Engineering. We have excellent infrastructure, highly experienced faculties and professionals, associated with research work which collectively ensure dynamic and vibrant environment in the campus. Some of the Faculty members of this department went to attend State Lebel Conferences.

The department has organized various Seminars, Workshops, Faculty Development Programs and Industrial tours) regularly each year. Many of our Alumni are settled in abroad and also many of the students are placed in so many reputed Govt sectors and Private Sectors Company and Research Organizations.

Vision

To be an internationally acclaimed Electronics & Telecommunication Engineering department by fostering a progressive learning environment that equips students with state-of-the-art technical knowledge, innovation skills, and ethical values to meet modern industry challenges, with a commitment to quality, equity, sustainability, and societal service.

Mission

DM1: Deliver state-of-the-art technical education in Electronics & Communication Engineering.
DM2: Promote research and innovation leading to knowledge creation and intellectual property.
DM3: Inculcate professional ethics, social responsibility, and environmental consciousness.
DM4: Develop teamwork, leadership, and employability skills to make students industry-ready.
DM5: Encourage entrepreneurial skills and innovation-driven career pathways.

Programme Outcomes (POs)

PO1: Apply mathematics, science, engineering fundamentals, and ECE specialization to solve complex engineering problems.
PO2: Analyze complex problems using first principles, research literature, and engineering sciences.
PO3: Design systems and solutions considering safety, societal, cultural, and environmental needs.
PO4: Conduct investigations using experiments, data analysis, and research methodologies.
PO5: Use modern engineering and IT tools for modeling, simulation, and prediction with awareness of limitations.
PO6: Evaluate societal, health, safety, legal, and cultural issues relevant to engineering practice.
PO7: Promote sustainable development through environmentally responsible engineering solutions.
PO8: Practice professional ethics and responsibilities.
PO9: Function effectively as an individual and as a leader or member of multidisciplinary teams.
PO10: Communicate effectively through reports, documentation, presentations, and instructions.
PO11: Apply engineering and management principles to project execution and finance.
PO12: Engage in lifelong learning to adapt to rapid technological changes.

Programme Educational Objectives (PEOs)

PEO1: Demonstrate professional competence in industry and academia with strong foundations in ECE and allied sciences.
PEO2: Apply engineering design and problem-solving skills to real-world challenges.
PEO3: Pursue advanced studies, research, and innovation in emerging engineering domains.
PEO4: Develop strong programming and computational skills for employment in electronics and technology sectors.
PEO5: Design, develop, and test electronic systems using contemporary hardware and software tools.
PEO6: Exhibit ethical conduct, effective communication, teamwork, leadership, and managerial abilities for societal development.

Programme Specific Outcomes (PSOs)

PSO1: Apply core ECE knowledge to analyze, design, and develop electronic and communication systems.
PSO2: Utilize modern hardware and software tools with analytical skills to address societal and industrial needs.
PSO3: Demonstrate ethical responsibility, environmental awareness, and entrepreneurial competence in real-world applications.

Program Name	Program Type	Degree	Intake
Diploma	3 Years Diploma in Electronics & Telecommunication Engineering	Diploma	30

Sl No	Name	Designation
1	Er. Prabin Baroda Sahu. (HOD)	Chairman
2	Dr D.C. Konar, Professor, Univ. of Kalyani	Academic Expert, External Member
3	Er. Harish Chandra Sahu, PIC Admission	Member
4	Er. Sujit Bhoi	Member
5	Er. Sitaram Maikap	Member

Sl No.	Name of the Laboratory	No. of students per setup (Batch Size)	Name of the Important equipment	Weekly utilization status
01	BASIC ELECTRONICS LABORATORY	30 Students	Resistor Capacitor Inductor Pn junction diode LED Transistor Zener Diode Transformer Switch Multimeter Bread Board PN Junction Trainer Transistor Trainer	4 hours per week (as per academic routine)
02	DIGITAL ELECTRONICS LAB	30 Students	Logic gate experimental kit Adder and Subtractor experimental kit Flip Flop experimental kit Counter experimental kit Seven segment display trainer kit Shift register experimental kit MUX and DMUX experimental kit	4 hours per week (as per academic routine)
03	ELECTRONICS DEVICE LAB	30 Students	P-N junction diode Characteristics trainer kit Zener diode Characteristics trainer kit CE Characteristics trainer kit FET trainer kit Half wave & Full wave rectifier trainer kit Class A Amplifier trainer kit Collpit’s Oscillator Wein Bridge Oscillator	4 hours per week (as per academic routine)
04	ELECTRONICS MEASUREMENT & INST. LAB	30 Students	Moving coil and moving iron instruments PMMC instrument Function generator CRO Wheatstone’s Bridge trainer kit Hay’s Bridge trainer kit	4 hours per week (as per academic routine)
05	ANALOG CIRCUITS LABORATORY	30 Students	Bridge Rectifier using filter circuit FET trainer kit Half wave & Full wave rectifier trainer kit Class A Amplifier trainer kit Class B Amplifier trainer kit	4 hours per week (as per academic routine)
06	ANALOG & DIGITAL COMM. LABORATORY	30 Students	AM transmitter Board/Kit AM Detector Board/Kit FM transmitter trainer kit Sampling theorem Trainer Board/Kit ASK, FSK, PSK transmitter & receiver Trainer Board/Kit Delta modulator & demodulator Trainer Board/Kit FM Detector Board/Kit PCM transmitter & receiver Trainer Board/Kit Super heterodyne radio receiver trainer kit	4 hours per week (as per academic routine)
07	MICROPROCESSORS & MICROCONTROLLER LABORATORY	30 Students	8085 trainer kit A/D Interfacing D/A Interfacing	4 hours per week (as per academic routine)
08	WAVE PROPAGATION & BROAD BAND COMMUNICATION. ENGINEERING. LAB	30 Students	Transmission line trainer kit Microwave components (Klystron power supply, VSWR meter, Klystron tube, Isolator, SS Tuner, frequency meter, Match termination)	4 hours per week (as per academic routine)
09	FIBER OPTIC COMMUNICATIONS LABORATORY	30 Students	Optical Fiber communication trainer kit Optical Fiber cable Fiber optic tester Signal Patch Patch Cable Jointer Cable Tester	4 hours per week (as per academic routine)
10	ADVANCED COMMUNICATION ENGINEERING LABORATORY	30 Students	Optical fiber communication trainer kit