B.Tech. Electronics & Communication Engineering

Undergraduate Programme

B.Tech. in Electronics & Communication Engineering

A rigorous 4-year programme designed to produce industry-ready engineers equipped with cutting-edge skills in VLSI, embedded systems, signal processing, and wireless communications — affiliated to JNTUK, Kakinada.

4 Years (8 Semesters)
60 Seats
AICTE Approved
JNTUK Affiliated
NAAC Accredited
Course at a Glance
Programme
B.Tech. ECE
Duration
4 Years (8 Semesters)
Intake
60 Seats
Affiliation
JNTUK, Kakinada
Approved By
AICTE, New Delhi
Annual Tuition Fee
₹40,000 / Year
Eligibility
10+2 with PCM / EAMCET
Apply for Admission

Shape the Future with Electronics & Communication

The Department of Electronics & Communication Engineering at Hindu College of Engineering and Technology (HCET), Guntur is one of the most established departments since the college`s inception. The B.Tech. ECE programme provides students with a strong foundation in electronic circuits, communication systems, signal processing, and embedded technologies powering today`s connected world.

The curriculum is structured in alignment with JNTUK regulations and industry standards, integrating core theoretical knowledge with hands-on lab projects, industry internships, and real-world problem solving. Graduates are ready to excel in telecommunications, VLSI design, embedded systems, research, and higher studies.

Programme Educational Objectives (PEOs)

  • Prepare graduates for successful careers in electronics, telecommunications & IT industry.
  • Enable graduates to apply engineering principles to design innovative electronic systems.
  • Develop leadership, teamwork & professional communication skills.
  • Foster ethical responsibility and lifelong learning mindset.
  • Encourage innovation and entrepreneurship in electronics and communication domains.

%

Placement Rate

Annual Intake

Expert Faculty

State-of-Art Labs

LPA

Avg. Package (2024 Batch)

Programme Outcomes

VLSI Design

Design and verify digital/analog VLSI circuits using industry-standard EDA tools.

Wireless Communications

Understand and implement 4G/5G wireless systems, antennas, and RF design.

Embedded Systems

Build microcontroller and FPGA-based embedded solutions for real-world applications.

Signal Processing

Analyse and process digital and analog signals using DSP algorithms and MATLAB.

Communication Networks

Design and analyse wired and wireless communication network architectures.

IoT & Smart Systems

Develop IoT-connected electronic devices and smart infrastructure solutions.

Problem Solving

Apply mathematical and circuit analysis to complex electronics engineering challenges.

Innovation & R&D

Conduct research, publish work and develop patent-worthy electronic innovations.

Professional Specialisations

From Year III onwards, students may choose from the following professional elective streams to build deep expertise in high-demand ECE domains.

VLSI Design & Embedded Systems
  • Digital IC Design with Verilog/VHDL
  • FPGA Programming
  • Microcontroller Applications (ARM)
  • System on Chip (SoC) Design
  • Low-Power Circuit Design
Wireless & Mobile Communications
  • 5G / 6G Network Architecture
  • Antenna Design & RF Engineering
  • Satellite Communication Systems
  • MIMO & OFDM Technologies
  • Optical Fibre Communication
Digital Signal & Image Processing
  • DSP Algorithms & MATLAB
  • Image Processing Techniques
  • Speech & Audio Processing
  • Wavelet Transforms
  • Biomedical Signal Analysis
IoT & Smart Electronics
  • Arduino & Raspberry Pi Applications
  • IoT Protocols (MQTT, CoAP)
  • Edge Computing & Fog Networks
  • Smart City & Industrial IoT
  • Wearable Electronics Design
Robotics & Control Systems
  • PLC & SCADA Systems
  • Robotic Kinematics & Dynamics
  • Autonomous Vehicle Electronics
  • Drone & UAV Systems
  • Industrial Automation
Power Electronics & Renewable Energy
  • DC-DC Converters & Inverters
  • Solar & Wind Energy Systems
  • Electric Vehicle (EV) Electronics
  • Smart Grid Technologies
  • Battery Management Systems

Careers & Placements

Our ECE graduates are highly sought after across top MNCs, semiconductor companies, defence organisations, telecom industries, and research institutions.

Job Roles
  • VLSI Design Engineer
  • Embedded Systems Engineer
  • RF / Telecom Engineer
  • Signal Processing Engineer
  • IoT Solutions Developer
  • Hardware Design Engineer
  • Network / Systems Engineer
  • Research Scientist / PhD Scholar
Higher Education Options
  • M.Tech. / M.S. in ECE (India / Abroad)
  • MBA in Technology Management
  • M.S. in EE / Telecom (US / UK)
  • GATE – PSU Recruitment / M.Tech. IITs
  • Ph.D. Research Programmes
  • GRE / GMAT for International Studies
  • UPSC / Civil Services (Technical cadre)
2024 Placement Highlights

₹18L

Highest Package

₹7L

Average Package

89%

Placed Students

75+

Recruiting Companies

Top Recruiters
Qualcomm Intel Texas Instruments Samsung Airtel Jio BSNL DRDO ISRO Infosys TCS Wipro HCL Technologies Bosch L&T Technology Services Mphasis

World-Class Labs & Facilities

HCET`s ECE Department is equipped with modern electronics and communication infrastructure to support learning, research, and innovation.

VLSI & Embedded Systems Lab

Equipped with Xilinx & Altera FPGA boards, Cadence EDA tools, ModelSim simulator, and ARM-based microcontroller kits for hands-on digital IC design and embedded development.

Communication Systems Lab

Full-featured communication trainer kits for AM/FM/PM modulation, fibre optic links, microwave test benches, spectrum analyzers, and 5G simulation software environments.

Digital Signal Processing Lab

Texas Instruments DSP kits, MATLAB / Simulink workstations, LabVIEW systems, oscilloscopes, and function generators for real-time signal analysis and DSP algorithm implementation.

IoT & Embedded Lab

Arduino, Raspberry Pi, ESP8266/ESP32 kits, oscilloscopes, and logic analysers for building end-to-end IoT solutions, smart device prototypes, and wearable electronics.

Networks & Microwave Lab

CISCO-certified networking equipment, microwave test benches, vector network analyzers, and antenna measurement setups for RF and wireless communication experiments.

Digital Library & Learning Hub

Access to IEEE Xplore, Springer Link, NPTEL ECE courses, ACM Digital Library, and 10,000+ e-books. Quiet study zones and 24x7 internet connectivity.

Additional Facilities

Campus-wide Wi-Fi Smart Classrooms 3D Printing Lab AR / VR Zone Seminar Hall (500 seating) Hackathon Arena Training & Placement Cell Separate Hostels

Ready to Begin Your ECE Engineering Journey?

Join the B.Tech. ECE programme at Hindu College of Engineering and Technology, Guntur and become a part of our legacy of excellence.

Apply for Admission 2025–26