National Intitute of Technology Hamirpur(HP)

About Us

Established in the year 1988, the Electronics & Communication Engineering (E&CE) Department NIT Hamirpur HP, has built an international reputation for excellence in teaching, research and service. Electronics engineers are changing the world to a comfortable global home. The information and technology revolution has been built on the advances of Electronics. The E&CE Department takes pride in its high national rankings and the international recognition its faculty has received from their peers.
E&CED is making exhilarating progress in areas ranging from microelectronics, mobile communications to VLSI Design Automation. In labs and classrooms, students draw on the expertise and knowledge of our able faculty, integrating practical, hands-on research experience with challenging and interesting course-work.
The team approach is very warm in the Department of E&CE. A palpable excitement surrounds the Department of E&CE, an enthusiasm pervades every classroom and lab, invigorating our students and spurring on our faculty to fresh innovations. In an age when electronics play a major role in daily life and the promise of nanotechnology is coming to fruition, it truly is a great time to be a part of E&C engineering.
The pollution free aura of the state surrounded by snow-clad Dauladhar ranges, technological strength and increasing national prominence has presented us with unmatched opportunities for research, education, and service to society. We have grown into a most sought after departments in NIT Hamirpur, adding more faculty and branching into new projects and research areas. Our department maintains close affiliations and has a joint project with CSED. At B.Tech Level, 15th batch of E&CE passed out in 2006. M.Tech. in VLSI Design Automation & Techniques has started from 2006.

Vision & Mission

Vision

To deliver quality technical education based on societal benefits & requirements and industry standards for promoting research and innovation in latest emerging areas of Electronics & Communication Engineering.

Mission

To impart value added quality Technical Education in Electronics and Communication Engineering with emphasis on social needs and research.
To produce professionally competent engineers & designers with inclination toward continuous lifelong learning.

Faculty

Name	Designation	Phone No. (01972)	Email	Complete Profile
Dr. Vinod Kumar Kapoor	Professor	254620 (O) 254621 (R)	kapoor@nith.ac.in	View Profile
Dr.(Mrs.) Rajeevan Chandel	Professor	254624 (O) 254535 (R)	rchandel@nith.ac.in	View Profile
Er. K.S. Pandey	Associate Professor	254641 (R)	kumar@nith.ac.in	View Profile
Dr. Surender Soni	Associate Professor (HOD)	254630 (O)	soni@nith.ac.in	View Profile
Dr. Ashok kumar	Associate Professor	254632 (O)	ashok@nith.ac.in	View Profile
Dr (Mrs.)Gargi Khanna	Associate Professor	254634 (O)	gargi@nith.ac.in	View Profile
Dr. Ashwani Rana	Associate Professor	254638 (O)	ashwani@nith.ac.in	View Profile
Dr. Krishan Kumar	Assistant Professor	254642 (O) 254643 (R)	krishan_rathod@nith.ac.in	View Profile
Sh. Manoranjan Rai Bharti	Assistant Professor	254646 (O)	manoranjan@nith.ac.in	View Profile
Sh. Gagnesh Kumar	Assistant Professor	254648 (O) 254649 (R)	gagnesh@nith.ac.in	View Profile
Sh. Vinod Kumar	Assistant Professor	254644 (O) 254545 (R)	vinodsharma@nith.ac.in	View Profile
Sh. Rakesh Sharma	Assistant Professor	254601 (O)	rakeshsharma@nith.ac.in	View Profile
Dr. Philemon Daniel	Assistant Professor	254650 (O)	phildani7@nith.ac.in	View Profile
Dr. Rohit Dhiman	Assistant Professor	254601 (O)	rohitdhiman@nith.ac.in	View Profile
Dr. Anuradha	Assistant Professor	254601 (O)	anuradhanith@nith.ac.in	View Profile
Dr. Aman Kumar	Assistant Professor	254601 (O)	akumar@nith.ac.in	View Profile
Dr. Amit Bage	Assistant Professor	254601 (O)	abage@nith.ac.in	View Profile
Dr. Dharmendra Singh Yadav	Assistant Professor	254601 (O)	dsyadav@nith.ac.in	View Profile
Dr. Chandra Shekhar Prasad	Assistant Professor	254601 (O)	csprasad@nith.ac.in	View Profile

Staff

Name	Designation	Phone No. (01972)	Email
Sh. Dev Raj	Secretary	254601	devraj1@nith.ac.in
Sh. Subhash Chand	Attendant	254601

Technical Staff

Name	Designation	Phone No. (01972)
Sh. Dinesh Kumar	Technical Assistant	254604
Sh. Ashok Kumar	Technical Assistant	254605
Sh. Suresh Kumar	Sr. Technician	254609
Sh. Shiv Dyal	Sr. Technician	254606

Program Offered

Degrees from E&CE Department, NIT Hamirpur HP are very prestigious all over the country & abroad. The various degree programmes offered by E&CE department are:

Bachelor of Technology (B. Tech.) in Electronics & Communication Engineering.
Dual Degree [B.Tech. + M.Tech.] (Five Years) in Electronics & Communication Engineering.
Master of Technology (M. Tech.) in VLSI Design Automation & Techniques.
Master of Technology (M. Tech.) in Communication Systems & Networks.

Syllabus

Syllabus-B.Tech. 2014 onward

Syllabus M.Tech. (E&CE)

Syllabus M.Tech. (VLSI)

Project Report & Dissertation Format

B.TECH. Project Report Format

M.Tech. Dissertation Report PART-I Format

M.Tech. Dissertation Format

Labs

Electronics & Communication Engineering Department Laboratories

The department is equipped with modern technology and sophisticated equipments to make the learning process comprehensive.

The department has following labs

Basic Electronics lab
Digital Electronics & Analog Electronics labs
Industrial Electronics lab
Computer and Embedded System lab
Microwave lab
TV and DSP labs
Communication lab
Advanced Electronics & Simulation lab
Very Large Scale Integration (VLSI ) Design Lab
Linear Integrated Circuit (LIC) Lab

Resources for R&D Activities

The Department of E&C Engineering provides several resources for the use of students, staff and faculty. E&CED offers students access to electronic parts and information used in the various courses taught during the course of their study. Additionally, E&CED maintains a very popular computer & electronic simulation lab that are frequently used by the engineering students and professionals. Major Facilities, Equipments & Softwares in E&CED for research opportunities supplement our outstanding undergraduate instruction labs and include:

S.No.	Name of Software/ Equipment
SOFTWARES
1	Commsim 7 (Matlab interface)
2	OPTICAL Simulation Software OPTISim
3	MEMS-Pro / TANNER software
4	Electronics Work Bench for Simulation of Analog & Digital Circuits
5	OrCAD SOFTWARE
6	Proteus VSM (micro-controller based design and simulation software with 8051, 52 and PIC 18 family) Ten Users
MAJOR EQUIPMENTS
7	Analog IC Tester
8	Digital IC Tester
9	Universal Programmer
10	Optical transducer Trainer (Model ST 2301)
11	Temperature Transducer Trainer (Model ST 2302)
12	Anemometer (Air Velocity Meter)
13	Vibration Measuring Kit
14	CROs (Digital Storage Oscilloscopes)
15	Complete Optical Fibre & Digital Communication Trainer kit
16	8085 Micro-Processor mP Kit
17	8086 Micro-Processor mP Trainer Kit
18	Universal Micro controller Development Kit
19	Graphical LCD Display Interface
20	Electronic Sensor Interface board
21	ARM Controller Kits
22	Desktop Digital Multimeter (true bench type)
23	Frequency Counters
24	Power supplies Dual output (DC Regulated) 0 to 30 Volt
25	Function generators
26	Soldering station 1
27	Soldering station 2
28	DSP Starter kit with fixed point processor TMS320c5416
29	DSP starter kit with fixed point processor TMS 320c5510
30	Component Development system
31	TDS 305273 Digital Phosporas
32	Desktop Computer IBM- Pentium IV (11 No.)
33	Desktop Computer Pentium-III (28 Nos.)
34	Laptop (HP Compaq nc 8230) (1 No.)
35	Printers (Laser/inkjet) (08 Nos.)
36	Power Meter
37	Complete Microwave Education Test Bench for KU Band
38	Complete Development System Boards
39	Desktop Digital Multimeter
40	Complete Microwave Test Bench for X Band
41	Arbitrary Function Generator
42	Embedded System Lab-Microcontroller Kits
43	Component Development System Board
44	Modulation Demodulation Kits
45	Filter-Noise-Audio amplifier Kit
46	Data Communication Trainer Kit
47	Digital Storage oscilloscope
48	Spectrum Analyser
49	Transducer Kits
50	Fiber optics trainer kits
51	FPGA Kits

Consultancy

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R&D Projects

Thrust Area project:

Establishment of VLSI Design Lab, during 1999-2002 for Rs. 6.00 lac from MHRD New Delhi.

Coordinator: Dr. Rajeevan Chandel

MODROB PROJECTS:

Modernisation of Electronic Simulation Lab, Rs. 5.00 Lac, 1999-2002.
Modernisation of Measurement & Instrumentation Lab, Rs. 8.00 lac

Co-Coordinator: Dr. Rajeevan Chandel

Modernisation of Electronic Simulation Lab, Rs. 5.00 Lac, 1999-2002.
Modernisation of Measurement & Instrumentation Lab, Rs. 8.00 lac

Project: Urban Poverty Alleviation Programme

MUD, Govt. of India, Rs 1.5 Lacs, 2006.

Coordinator: Dr. Rajeevan Chandel

VLSI SMDP-II PROJECT FROM DEPARTMENT OF INFORMATION TECHNOLOGY, MIT Govt. of India

This department has received a project on Special Manpower Development Programme for VLSI Design & related software (SMDP-II) for a period of 5 years from the Department of Information Technology, Ministry of Communication and Information Technology, Govt.of India, New Delhi in 2006. It is an important and prestigious project through which quality manpower in the area of VLSI Design and related software is planned to be created.

Coordinator:Dr. Ashwani Rana

Co-Coordinator:Dr. Narottam Chand

PUBLICATIONS IN INTERNATIONAL / NATIONAL JOURNALS

Rajeevan Chandel, S. Sarkar and R.P. Agarwal, Delay and Power Management of Voltage-Scaled Repeaters for Long Interconnects, International Journal of Modelling & Simulation, ACTA Press, Canada. http://www.actapress.com. Paper # 205-4356, vol. 27, no. 4, pp. 333-339, 2007.
Rajeevan Chandel, S. Sarkar, and Ashwani Chandel, Investigations on Short-Circuit Power Dissipation in Repeater Loaded VLSI Interconnects, Journal of Low Power Electronics, USA. http://www.aspbs.com, vol. 3, no. 3, pp. 337344, 2007.
Rajeevan Chandel, S. Sarkar and R.P. Agarwal, An Analysis of Interconnect Delay Minimization by Low-Voltage Repeater Insertion, Microelectronics Journal, Elsevier Science, Vol. 38, No. 4-5, pp 649-655, April-May 2007.
Rajeevan Chandel, S. Sarkar and R.P. Agarwal, Repeater stage timing analysis for VLSI resistive interconnects, Microelectronics International-An International Journal, Emerald UK, Vol. 23, No. 3, pp. 19-25, 2006.
Rajeevan Chandel, S. Sarkar and R.P. Agarwal, Repeater insertion in global interconnects in VLSI circuits, Microelectronics International, Emerald Pub. UK, Vol. 22, No. 1, pp. 43-50, Jan 2005. Website: http://www.emeraldinsight.org.
Rajeevan Chandel, S. Sarkar and R.P. Agarwal, Performance Controlling Parameters of Voltage-Scaled Repeaters for Long Interconnections, IETE Journal of Research, Vol. 51, No. 2, pp. 107-113, March-April 2005. Website: http://www.iete.org
Rajeevan Chandel, S. Sarkar and R.P. Agarwal, Delay Analysis of a Single Voltage-Scaled-Repeater driven Long Interconnect, Microelectronics International-An International Journal, UK, Vol. 22, No. 3, pp. 28-33, 2005.
Rajeevan Chandel, S. Sarkar and R.P. Agarwal, Transition Time Considerations in Voltage-Scaled Repeaters, Microelectronics International, Vol. 22, No. 3, pp.39-40, 2005.
Rajeevan Chandel and Ashwani Kumar, Design and Development of Dielectric based Electrostatic Microactuators, IETE Journal of Research, Vol.46, No. 4, pp. 261-264, July-August 2000.
Rajeevan Chandel and Ashwani Chandel, SPICE for Nano-regime VLSI Design A Simulation Study, IETE Journal of Education, Vol. 48, Nos. 3-4, pp. 103-114, July-December 2007.
Rajeevan Chandel, Study of Voltage-scaled Repeaters for Long Interconnects in VLSI Circuits, Ph.D. Thesis submitted to IIT Roorkee, July 2005.
Rajeevan Chandel, VLSI Microfabrication Technologies and MEMS, IETE Journal of Education, Vol. 42, Nos. 1-4, pp. 33-41, January-December 2001.
Rajeevan Chandel, Electrostatic Microactuators Using Direct Wafer Bonding Technology, M.Tech. Dissertation submitted to IIT Delhi, December, 1997.
A Kumar, Rajeevan Chandel and J.S. Saini, Enhancement of Placement Activities in Remotely Located Technical Institutes, ISTE Journal of Education, Vol. 17, No. 3, pp. 32-36, July-September, 1994.
Vinod Kapoor Bit-Rate Distance Product Enhancement by Compensating Higher Order Dispersion Terms" Ajay K.Sharma, R.K.Sinha, R.S.Kaler, Sandeep Arya & Vinod Kapoor published in the Journal of the Institution of Engineers (I),Vol.83, July, 2002, pp 25-31.
"Non linear Cross Talk in PCM Optical Communication Systems" Vinod Kumar, Ajay K. Sharma & R. A. Agarwala. has been published in the I.E.T.E. (India) Journal of Research, Vol.51, No.2, Mar-Apr, 2005, pp 101-105.
Ashwani Kumar, S.Dasgupta, Unified Compact Modeling of a gate Tunneling Current considering Image Force Induced Barrier Lowering for a nanoscale N-MOSFET, Journal of Computational and Theoretical Nanoscience (CTN) Vol 4, No 3,pp 482-487,2007.
Ashwani Kumar, S.Dasgupta, Analytic Modeling of Non-Uniform Graded Dopant Profile of Polysilicon Gate in Gate Tunneling Current for N-MOSFET in Nanoscale Regime.Journal of Computational and Theoretical Nanoscience (CTN), Vol 4, No 1,pp179-185, 2007.

Electronics & Communication Engineering