Department of

Electronics & Communication Engineering

Connecting the world through innovation and technology

Future-ready curriculum, outcome-based learning, and partnerships with leading technology companies empower NSRIET students to innovate confidently and lead the next wave of digital transformation.

Explore CurriculumAcademic Calendar
  • Electronics Excellence
  • Strategic Industry Partner with global tech leaders
  • Experiential learning through hackathons & sponsored labs
  • Best Practices & Accomplishments

Program Duration

4 years (8 semesters)

Intake

120 students

Approvals

AICTE And JNTU GV

Program Overview

The Electronics & Communication Engineering program at NSRIET is designed to develop skilled professionals who can solve real-world engineering problems. Students gain expertise in electronics, communication systems, and embedded technologies while working on industry-relevant projects and research initiatives.

Program Duration
4 years (8 semesters)
Intake
120 students
Approvals
AICTE And JNTU GV

Vision & Mission

Vision

To be a leading department recognized for excellence in Electronics and Communication Engineering through innovation, competency, and social responsibility.

Mission

  • To deliver learner-centric education supported by modern teaching methodologies.
  • To promote research by integrating real-time industry challenges and collaborations.
  • To prepare socially responsible engineers who uphold ethical and professional standards.

Program Educational Objectives (PEOs)

  • PEO1: Technical Excellence & Problem-Solving — Apply strong foundational and advanced knowledge in electronics and communication to solve complex real-world problems using critical thinking.
  • PEO2: Professional Success & Leadership — Build successful careers as entrepreneurs, team members, or leaders in core industries, demonstrating professional competence and collaborative skills.
  • PEO3: Lifelong Learning & Career Growth — Engage in continuous self-learning and pursue higher education or certifications to stay current with industry trends and achieve sustained professional excellence.

Program Outcomes (POs) & PSOs

Program Outcomes (POs)

PO1: Apply electronics, communication, computing, and engineering fundamentals to complex engineering tasks.
PO2: Analyze electronic systems and communication challenges using scientific and research approaches.
PO3: Design ECE solutions considering public safety, sustainability, and societal needs.
PO4: Conduct experiments, analyze data, and interpret results for engineering decisions.
PO5: Use modern tools and EDA software for analysis, modeling, and simulation.
PO6: Evaluate societal, health, legal, and environmental impacts of engineering solutions.
PO7: Demonstrate professional ethics and commitment to values.
PO8: Function effectively in multidisciplinary teams.
PO9: Communicate effectively through engineering documentation and technical communication.
PO10: Apply management and financial knowledge in engineering projects.
PO11: Engage in lifelong learning and adapt to evolving ECE technologies.

Program Specific Outcomes (PSOs)

  • PSO1: Design and analyze complex electronic systems and communication networks.
  • PSO2: Apply modern tools and techniques for embedded systems and VLSI design.

Curriculum Highlights & Syllabi

Core Subjects

  • ✓Analog & Digital Electronics
  • ✓Signals and Systems
  • ✓Control Systems
  • ✓VLSI Design
  • ✓Embedded Systems
  • ✓Communication Systems
  • ✓Microprocessors & Microcontrollers
  • ✓Digital Signal Processing

Learning Outcomes

  • Proficiency in electronics circuit design and analysis
  • Understanding of communication protocols and signal processing
  • Ability to design embedded systems and VLSI architectures
  • Problem-solving skills for complex engineering challenges

Outcome-based curriculum covering core computing, emerging tech electives, and interdisciplinary pathways. Download the detailed syllabus and course outcomes below.

📄 UG Syllabus📄 Elective Booklet

Academic Calendar

The department follows an activity-rich calendar with assessments, workshops, internships, and hackathons mapped semester-wise.

Select Academic Calendar
📄 3rd Year 1st Semester📄 2nd Year 1st Semester

Industry Sponsored Laboratory

iGenuine

Focus: Industry Sponsored Lab

Teckybot

Focus: Industry Sponsored Lab

Memoranda of Understanding (MoUs)

NASSCOMCouncil for Skills and CompetenciesiGenuineTeckybotTeckTeam Solutions

Innovative Teaching Methodologies

Industrial oriented program
LMS
Problem-based learning using hackathons and ideathons

Professional Development Activities

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Faculty Development Program

Annual FDPs on AI/ML, cloud and cybersecurity run with industry mentors, ensuring faculty stay ahead of emerging tech.

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Industry Design Sprints(DiDac,sony,coffeday)

Four-week immersion where student-faculty squads ship prototypes for partner companies using agile methods.

Innovation Showcases

Bi-semester showcases featuring student products, patent pitches, and investor feedback rounds.

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Peer Learning Studios

Community-of-practice circles where learners exchange toolkits, code recipes, and research insights.