B.Tech in Electronics & Communication (ACT)

  • UG INTAKE

    60

  • DURATION

    4 Years

B.Tech in Electronics and Communication (Advanced Communication Technology) {B.Tech in E&C (ACT)} is an AICTE approved programme focusing on ‘Skilling India for Next Generation Telecom Technologies’. This programme is a specialization in Electronics and Communication Engineering with an emphasis on Data Communication and Telecommunication technologies. This is to provide expertise to those students who seek specialization in Device-to-Device Communication and Next-Gen Telecommunication standards.

The main focus of the E&C (ACT) programme is on Communication Networks, Embedded Systems, Digital Signal Processing, 5G, WiFi 6, IoT, Network Security, Information Technology and Advanced Communication Technologies. The course also covers foundation subjects in Computer Science, Programming and Application development. A strong emphasis is placed throughout the course on developing the practical skills and on the in-depth knowledge that are required by today’s industries.

Vision

To empower individuals, contribute to community development, and cultivate expertise in state-of-the-art electronics and communication technologies while fostering innovation in advanced communication technology.


Mission

To deliver specialised education in electronics and communication that supports socio-economic development of the region, while developing technically competent professionals with credibility, integrity, and ethical standards through a dynamic learning environment.

Facilities

Electronic Circuits and Instrumentation Laboratory

The Department has established an Electronic Circuits Laboratory based on DigiToad Technologies test and measurement platforms.

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Programming, PCB Design and Computer Networking Laboratories

The Department of Advanced Communication Technology (ACT), NMAM Institute of Technology,

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Advanced Electromagnetic and RF Design Laboratory

The Department of Advanced Communication Technology (ACT), NMAM Institute of Technology

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Advanced Wireless Communication Laboratory

The Department of Advanced Communication Technology (ACT), NMAM Institute of Technology, Nitte

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Centre of Excellence in Internet of Things (IoT)

The Department of Advanced Communication Technology (ACT), NMAM Institute of Technology, Nitte, has established

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For any information regarding the admissions,mail us at: info@nitte.edu.in


Department Activities

Date: 18 October 2025

The ACTs student club Advanced Communication Students Association (ACSA) organised “Promptstrom” on 18 October 2025. The session, led by Mr. Anish Kumar, focused on Full Stack Web Development using Artificial Intelligence and introduced students to the integration of AI tools in modern web development. Participants gained insights into AI-assisted front-end and back-end development, practical applications of AI in coding, and emerging trends in intelligent software development. The interactive session provided valuable exposure to the growing role of AI in enhancing productivity and innovation in web technologies.

Date: 22 to 24 January 2026

The Department of Advanced Communication Technology (ACT) organised a Three-Day Workshop on “Recent Trends in Communication and Technology - Pathway from 5G towards 6G” to provide participants with insights into emerging wireless communication technologies. The workshop featured expert talks from distinguished academicians, industry professionals, and researchers from DRDO, IITs, MIT Manipal, RVCE, and Keysight Technologies. The sessions covered key topics including 5G and 6G communication systems, antenna design, microwave and millimeter-wave technologies, MIMO, beamforming, metasurfaces, and Reconfigurable Intelligent Surfaces (RIS). The workshop offered a comprehensive understanding of next-generation communication technologies while fostering research interest and innovation among participants.

Date: 31 January 2026

The Department of Advanced Communication Technology (ACT) organised a One-Day Workshop on “Antenna Fabrication for Satellite Tracking and Weather Forecast Data Collection” to provide participants with practical exposure to satellite and wireless communication systems. The workshop covered amateur radio communication, satellite operations, Low Earth Orbit (LEO) satellite tracking, and weather data reception from Geostationary Earth Orbit (GEO) satellites. Participants gained hands-on experience in Yagi antenna design and fabrication, satellite tracking, weather image reception, and software-defined radio (SDR) applications. The workshop offered valuable insights into modern satellite communication technologies and data collection techniques through interactive demonstrations and practical sessions.

Date: 19,20, and 26 to 28 March 2026

The Department of Advanced Communication Technology (ACT), NMAM Institute of Technology, Nitte, organised a Workshop on IoT-Based Embedded Systems. Conducted by experts from ZillIoT Technologies, the workshop provided hands-on training in the design and development of IoT and embedded systems using industry-standard platforms from Silicon Labs and NXP. Participants gained practical experience in Bluetooth Low Energy (BLE), Thread, Wi-SUN, Matter, MQTT, and Wi-Fi protocols, along with embedded software development, device interfacing, and wireless network configuration. The workshop enhanced participants’ understanding of modern IoT technologies while strengthening industry-academia collaboration and research capabilities within the department.

Date: 27 to 29 March 2026

The Department of Electronics and Communication Engineering (Advanced Communication Technology), NMAMIT, Nitte, organised a Three-Day Communication Workshop to provide students with practical exposure to modern communication systems. The workshop covered wireless communication concepts, Software Defined Radio (SDR), and hands-on training using Analog Discovery Studio, WaveForms, GNU Radio, and USRP platforms. Participants gained practical experience in signal generation and analysis, real-time transmission and reception, signal processing, and communication system configuration, helping them understand the practical aspects of modern communication technologies.

Date: 22 to 24 December 2025

A Three-Day Faculty Development Program (FDP) on “Practical Computer Networking and GNS3-Based Network Simulation” was successfully conducted from 22 to 24 December 2025. The program provided participants with hands-on training in fundamental and advanced networking concepts, focusing on practical implementation using the GNS3 network simulation platform. Faculty members gained experience in computer network hardware devices and interfaces, IPv4 addressing, GNS3 installation and configuration, and the operation of hubs, switches, and routers through simulation. The FDP also covered essential networking topics such as static and dynamic routing, Network Address Translation (NAT), DHCP configuration, server setup, and secure remote access. Through interactive sessions and laboratory exercises, participants enhanced their practical networking skills and acquired valuable experience in designing, configuring, and troubleshooting computer networks in a simulated environment.

  • Digital System Design for Communication Technology

  • Course Description: The Department of Advanced Communication Technology (ACT), in association with the Department of Electronics and Communication Engineering (E&C), introduced an industry-supported course titled Digital System Design for Communication Technology in collaboration with Anmaya Technologies for sixth-semester students during January–April 2026. The course provided hands-on training in FPGA-based implementation of communication systems, enabling students to develop practical skills in digital system design, hardware implementation, and modern communication technologies.

  • Embedded Systems Programming

  • Course Description:The Department of Advanced Communication Technology (ACT), NMAM Institute of Technology, Nitte, introduced an industry-supported course on Embedded Systems Programming in collaboration with Sasken Technologies Limited for 6th-semester students during January–April 2026. The course provided hands-on learning in C programming, microcontrollers, RTOS, and Linux system programming, helping students strengthen their technical skills and enhance their industry readiness.