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  • QUICK FACTS

  • Excellent Research Infrastructure driven by external grants.

  • Govt. of India sponsored 5G Use Case Lab

  • Semiconductor and Nanoelectronics driven Curriculum and Research.

  • Research oriented and Industry Embedded Curriculum

  • On job project/ internship to increase employability

 

OVERVIEW

 

The Department of Electronics and Communication Engineering exists since the inception of the institute (1997). The Department is enriched with the state-of-the-art laboratories with highly experienced and qualified Faculty Members and Staff. The Department also boosts of high impact and latest research activities in the areas of Semiconductors, VLSI, 5G Communication, Nanotechnology, IoT, Embedded System, Signal Processing, RADAR, Satellite Communication etc. Sponsored projects from DRDO, DST, AICTE and ISRO.

 

Vision
To become a Centre-of-Excellence in the Electronics and Communication fields, providing higher education and conducting cutting-edge research in the domains of Semiconductor, VLSI (Very Large-Scale Integration), Nanotechnology, IoT (Internet of Things), and 5G, thereby producing engineering professionals who are both ethically sound and competitive in the global market.
Mission Objectives

To create a dynamic learning environment, provide quality education, enhance employability, develop professional etiquette, empower faculty, create  technologically

competent human resources, adopt best teaching practices, foster collaboration, and

provide adequate exposure to state-of-the-art technologies viz. Semiconductor, VLSI (Very Large-Scale Integration), Nanotechnology, IoT (Internet of Things), and 5G.   

  • To prepare students to identify, formulate and solve real life problems with their knowledge of electronics and communication engineering.
  • To develop techno-managerial ability for executing assigned responsibilities.
  • To provide the guidance in developing moral and ethical attitudes.
  • To provide education to adapt novel technologies towards the betterment of human life and society. 
Program Educational Objectives (B.Tech. in Electronics and Communication Engineering)
  • To equip students with technical and soft skills for better professional carrier opportunities.
  • To provide an environment that motivates students to pursue higher studies and research activities.
  • To inculcate professional and ethical attitude, team spirit, leadership qualities and effective communication skills in students to make them mindful of their social obligations.
  • To utilize their knowledge, skills and resources to become entrepreneur.
Program Educational Objectives (B.Tech. in Electronics Engineering - VLSI Design and Technology)
  • Ability to carry out challenging works and formulate suitable solution in the field of VLSI Design and Technology.
  • To exhibit good spirit of team-work and able to lead a team. 
  • To train students with high ethical, moral, and special values such that there is substantial contribution to the society. 
  • Ability to work in multidisciplinary fields and a strong desire to learn and pursue research work. 
  • Ability to apply knowledge of mathematics, science and engineering for finding solution to the real problems.
Program Educational Objectives (M.Tech. in Communication and Signal Process)
  • To prepare students to identify, formulate and solve real life and industrial problems with their knowledge of cutting-edge research in the domain of digital electronics and advanced communication.
  • To provide an environment that motivates students to pursue research activities in the field of electronics and communication engineering.
  • To equip students with the skills for better professional carrier opportunities.
  • To provide the guidance to develop moral and ethical attitudes.

PROGRAMS OFFERED

 

 

B. Tech (Electronics & Communication Engineering)

Stream Specialization Interdisciplinary Courses Open Elective
  • 5G Communication 
  • Semiconductor & Nanotechnology
  • Internet of Things (IOT)
  • Signal Processing
  • Advanced Electronic Devices
  • Internet of Things
  • Embedded System
  • Data Science for Engineers
  • Wireless Sensor Network
  • Digital Image Processing
  • Adaptive Signal Processing
  • Machine Learning
  • Soft Computing Techniques
  • Cloud Computing
  • Deep Learning
  • Computer Vision
  • OOPs with C++
  • Java Programming
  • Introduction to NANO Electronics
  • IoT and Industry 4.0
  • Introduction to IoT
  • Introduction to Robotics

 

B. Tech in Electronics Engineering (VLSI Design & Technology)

Stream Specialization Interdisciplinary Courses Open Elective
  • VLSI Design & Technology
  • Advanced Electronic Devices
  • Semiconductor Device Modelling
  • Network Analysis and Synthesis
  • Machine Learning in VLSI
  • Power Electronics
  • Linear and Digital Control System
  • MEMs and NEMs
  • Advanced Semiconductor Devices and Flexible Electronics
  • Advanced VLSI and SoC Design
  • VLSI Physical Design
  • Synthesis and Optimization of Digital Circuits
  • MPMC and ARM- Processor
  • FPGA Architecture

 

B.Sc. (Computer Science)

Stream Specialization Interdisciplinary Courses Open Elective
  • IoT & Artificial Intelligence
  • Robotics & Automation
  • Cloud Computing
  • Cyber Security and Digital Forensics
  • AI in Healthcare
  • Computer Vision and Speech Technology
  • Data Science
  • Software Product Development (Kalvium)
  • IoT & Cyber Security including Blockchain Technology
  • Management Information Systems (MIS)
  • Business Analytics & FinTech
  • Entrepreneurship 
  • Machine Learning
  • Cyber Security
  • Cloud Computing
  • Block Chain Technology
  • Sensor and Actuators for IoT
  • PHP technology
  • .NET technology
  • Computer Vision
  • Automation and Robotics
  • Digital Marketing
  • Java Programming
  • Compiler Design
  • Cyber Security
  • Artificial Neural Network
  • Acoustic Signal Processing
  • Software Defined Networks
  • Automation and Robotics

 

M.Tech (Communication and Signal Process)

Stream Specialization Interdisciplinary Courses Open Elective
  • Communication and Signal Process
  • Cognitive Radio in 5G
  • Digital Integrated Circuit Design
  • Low Power VLSI Design
  • Analog Integrated Circuit Design
  • High Speed Digital Design
  • Cryptography and Network Security
  • Optimization Techniques in Communication
  • Applied Elecromagnetics
  • 4G Technologies and beyond
  • Cognitive Radio in 5G
  • Radar Systems and Signal Processing
  • Cryptography and Network security
  • Mobile and Adhoc Communication Networks
  • Soft Computing Techniques

KEY FEATURES

  • Industry Linked Curriculum
  • 95% Placement offered.
  • 3 externally funded On-going projects:
    •     Spin-based Neuromorphic computing for development of Nanoelectronics Devices and Sensors, DST.
    •     Development of a Multi-Lingual Smart Human Interactive Toy, DST.
    •     Investigation of Low Dimensional TMDs for Spintronic Memories, DST.
  • Best Practices
    •     Hands on exposure on Circuit Design and. Programming
    •     Project based learning for students leading to Industry.
    •     Remedial classes conducted for slow and medium learners.
    •     GATE coaching classes are offered for students.
    •     Workshops are conducted in department to make students skilled.
    •     Regular activities are conducted through student society (ECSA).
    •     Industry visit is organised for practical exposure.
    •     financial support is provided to students through various funding to carry out their project works.
    •     Strong alumni Network.
  • ECE Dept., Sikkim Manipal Institute of Technology was one of the 100 proud recipients of the prestigious 5G Use Case Lab.
  • Highly qualified and experienced faculty
  • Internship Opportunity for 6-12 Months.
  • Electives are offered on updated and recent topics.
  • Mentor/Mentee Scheme offered through Project Based Learning.

 

CORE COMPETENCIES IMPATRED

B.Tech
 
Semiconductor Devices 5G Wireless Communication Embedded System design
VLSI Internet of Things (IoT) Robotics and Automation
Nanoscience and Nanotechnology
 
B.Sc.
 
Artificial Intelligence Machine Learning Internet of Things
Cyber Security Block chain Technology Data Analytics
Robotics and Automation
 
 

 

SOFT SKILLS IMPARTED            

Problem Solving Critical Thinking
Communication Skills
Design Thinking Leadership Entrepreneurship

 

INDUSTRY/ACADEMIA COLLABORATIONS

MOUs:
  • Spoke iHUB DivyaSampark, IIT Roorkee.    
 

MAJOR RESEARCH AREAS

  • Wireless Communication, 5G and Beyond
  • Semiconductor Devices
  • Drone Technology
  • Robotics
  • Nanoelectronics
  • Digital Watermarking
  • Intelligent Transportation System
  • Wireless Sensor Network
  • 5G Antenna
  • Optical Sensor
  • Low-Power Devices
 
 

 

FACILITY

 

It has world class facilities for training undergraduate and postgraduate students.

 

GOVT. OF INDIA SPONSORED USE CASE 5G LAB

 

The major equipments include:

 

  • 5G Core
  • MEC & Application server
  • NMS ( With Dashboard)
  • IMS Solution
  • 5G Radio (Integrated RAN)
  • Router with Firewall
  • 32 inch  FHD Display
  • 5G Indoor CPE
  • 5G XR(AR/VR/MR) headset or Device (with loaded application such as remote maintenance / training/skill development/ education etc. )
  • IoT Gateway
  • 5G Handsets
  • IoT sensors with analytics software (Loaded in Application server)
  • Temperature & Humidity sensor
  • Soil sensor (NPK)
  • Water (TDS/chlorine) sensor

ELECTRONIC DEVICES AND COMPONENTS LAB

This lab is well equipped to offer UG level and project oriented studies in the area of Electronic devices and their applications in various electronic circuitry.

 

The major equipments include:

  • Multifunction test equipment
  • 100MHz Dual trace oscilloscope
  • 60 MHz Oscilloscope
  • 30 MHz Dual trace oscilloscope
  • 25 MHz Dual trace oscilloscope
  • 25 MHz Digital Storage 22. Oscilloscope
  • 100 MHz Digital Storage Oscilloscope
  • 20MHz Dual trace oscilloscope
  • 5 in 1 testlab, 100MHz frequency counter and function generator with 30 MHz Oscilloscope
  • 1 MHz Function Generator
  • 3 MHz Function Generator
  • 20 MHz Function Generator
  • 10 MHz Pulse Generator
  • AM – FM Generator
  • Digital Multimeters-375

MICROPROCESSOR LAB

This lab is well equipped to offer UG level and project oriented studies in the area of microprocessor and microcontroller and their applications in various electronic circuitry.

  • SDA-85/ALS-8085 (M.P Kit.)
  • DYNA-85 (M.P Kit.)
  • DYNA-85 (M.P Kit.)
  • DYNA-MFILCV2 (M.P Kit.)
  • ALS-8086
  • Micro-86
  • 8031-M.C Kit.
  • DYNA-51-M.C Kit.
  • AVR-Starter Kit
  • PIC – controller Kit.
  • M.P. Power Supply
  • EPROM Eraser
  • SPJ 8051 Tools.(Compiler for DYNA-51-M.C Kit.)
  • 8-bit interface ADC(NIFC-07)
  • Power Scopes M-522

DIGITAL ELECTRONICS LAB

This lab is well equipped to offer UG level and project oriented studies in the area of digital electronics  and their applications in various electronic circuitry.

  • JK Flip Flop Kit
  • Basic Logic Gate Kits   using CMOS ICs
  • 40129 Presetable Up-Down Conter Kit
  • BCD to 7 Segment Display Decoder
  • Module N Counter Kits
  • Verification of Boolean Expression Kits
  • Decade Counter/Decoder Drive/7 Segment Display Kits
  • Up Down Counter Kits

COMMUNICATION LAB

This lab is well equipped to offer UG level and project oriented studies in the area of analog and digital communication systems and their applications.

  • DPCM Trainer Kit
  • Delta, ADM Trainer Kit
  • FDM Trainer Kit
  • TDM-PCM Tx & Rx Trainer Kit
  • DSB-SSB Tx & Rx Trainer Kit
  • PAM-PWM-PPM Trainer Kit
  • Sampling & Reconstruction Set
  • TDM-PCM Tx & Rx Trainer Kit
  • DSB-SSB Tx & Rx Trainer Kit
  • 30MHz 3 Channel Analog Oscilloscope
  • 30MHz 2 Channel CRO

ANALOG ELECTRONIC CIRCUITS LAB

This lab is well equipped to offer UG level and project oriented studies in the area of analog and electronic systems and their applications.

 

List major equipment and their special features used at lab

  • Auto-compute LCR Sortester
  • Autocompute LCR-Q meter (4910)
  • Distortion and level meter
  • LCD Projector
  • Aplab -Regulated Power Supply
  • 100MHz Dual trace oscilloscope
  • 60 MHz Oscilloscope
  • 30 MHz Dual trace oscilloscope
  • 25 MHz Dual trace oscilloscope
  • 25 MHz Digital Storage 22. 
  • Oscilloscope.

MICROWAVE LAB

The lab is fully equipped to impart basic and advanced knowledge in the field of Microwave engineering at UG/PG level.

List major equipment and their special features used at lab:

  • 500 MHz Spectrum Analyzer
  • Matlab Software 6.5
  • DSP Using Assembly language
  • Real Time Signal processing
  • Klystron Complete Bench
  • Frequency Meter
  • Klystron Tube
  • Klystron Power Supply
  • Integrated Gunn Source
  • Gunn Power Supply
  • Antenna Kit Complete set
  • Optical Fibre Trainer
  • Digital Comm. Lab Kit
  • Data Comm. Trainer
  • C-band Satellite Rx
  • B/W TV Demo Kit
  • Pattern Generator
  • PC base logic analyzer
  • Optimal Dissembler pod 8085
  • 280 Dissemblers pod with S/W
  • Intel Dissembler pod
  • Telephone Exchange
  • Soldering Station
  • PLC Demonstrator Unit-I
  • PLC Demonstrator Unit-II
  • PLC Software
  • Lan Trainer Kit
  • Antenna Trainer ST-2261
  • Motorized Antenna Trainer
  • Optical Fibre Cutter

ADVANCE MICROPROCESSOR LAB

The lab is equipped to impart knowledge about 8086 microprocessor and other microcontrollers at UG/PG level.

List of Equipments

  • VHDL Complete Software
  • Universal Board model Max LUK-SMD
  • ALS. CRT/PC Keyboard/Printer Interface. (NIFC-02)

EMBEDDED SYSTEM/VLSI LAB

1. Spartan 3e starter kit. 10 no.

2. NEXYS Sparten 3 board. 2 no.

3. Mentorgraphics tools HEP 1. 25 user license.

4. DSP KIT 6713. 2 Nno.

5. Xilinx 9.2i 

6. Xilinx 10.1i

7. Xilinx 13.4. 25 user license.

 

​8.  2007 NIST ​LRE Database

9.  2007 NIST supplementary LRE Database

10. NI Labview Academic Premium Suite

11. GRAS 1/2" Free Field response microphone :50MV/PA

12. NI 9234, 4 input, 24-Bit,51.2KS/S

13. USB Based Light Weight Portable ELECTROGLOTTOGRAPH 

 

DSP LAB

 

  • Multisim 11.0 
  • Matlab R2021a
  • Anaconda Navigator Anaconda3

 

CONTACT US

 

Dr. Bikash Sharma

Associate Professor & Head Department of Electronics and Communication Engineering, SMIT

Email: hod.ec@smit.smu.edu.in

            bikash.s@smit.smu.edu.in

Contact no: 9434196240

 

 

EVENTS