CIET College – Coimbatore

“The Department of Electronics Engineering, established in 2024, offers the B.E. Electronics Engineering (VLSI Design and Technology) programme with an annual intake of 30 students and the M.E. VLSI Design and Embedded Systems programme with an annual intake of 6 students.”

The department provides a strong foundation and advanced learning in electronics, signal and image processing, VLSI design, semiconductor technologies, and embedded systems. The curriculum is periodically reviewed and updated to keep pace with technological advancements, industry requirements, and societal needs.

The department promotes practical learning, research, innovation, and continuous academic development to prepare graduates for successful careers in industry, research, higher education, and entrepreneurship

Programmes Offered

B.E. Electronics Engineering
(VLSI Design and Technology)

M.E. VLSI Design and Embedded
Systems

Vision

To develop competent engineering professionals with strong knowledge and practical skills in VLSI and emerging technologies, fostering research, innovation, and ethical values to meet the needs of industry and society.

Mission

MS 1: Technical Knowledge and Innovation To provide quality education in VLSI and emerging technologies through effective teaching, continuous learning, research, and innovation.

MS 2: Practical Skills and Industry Exposure To develop practical and professional skills through laboratory learning, projects, internships, industrial training, and interaction with industry.

MS 3: Professional and Ethical Development To develop communication, leadership, entrepreneurial, and lifelong learning skills while promoting professional ethics and social responsibility.

Program Educational Objectives (PEO’s)

PEO1: Employment: Graduates will establish successful careers in the semiconductor and related industries by applying strong technical knowledge and practical skills in VLSI and emerging technologies.

PEO2: Enhancement: Graduates will enhance their professional competence through higher education, continuous learning, and the application of advanced VLSI design methodologies and emerging technologies.

PEO3:Advancement: Graduates will advance professionally through innovation, entrepreneurship, leadership, and ethical practices while contributing to technological and societal development.

Program Specific Outcomes (PSO’s)

PSO1: Develop problem-solving skills in VLSI design and technology through understanding fundamental concepts of Electronics, Signal, Image Processing, Communication and Embedded Systems utilizing EDA (Electronic Design Automation tools), designing complex circuits, and optimizing circuit performance

PSO2: Acquire professional skills in VLSI design and technology by gaining knowledge of fabrication processes, exploring advanced topics like ASIC design and FPGA implementation, and applying industry-standard design methodologies.

PSO3: Prepare students for successful careers and entrepreneurship in VLSI design and technology by equipping them with problem-solving abilities, industry-relevant skills, and the capability to apply Semiconductor Physics, Computer Science, Electrical, Electronics, Communication, VLSI knowledge in Industries and entrepreneurial ventures.

Vision

Mission

MS 1: Technical Knowledge and Innovation To provide quality education in VLSI and emerging technologies through effective teaching, continuous learning, research, and innovation

MS 2: Practical Skills and Industry Exposure To develop practical and professional skills through laboratory learning, projects, internships, industrial training, and interaction with industry.

MS 3: Professional and Ethical Development To develop communication,leadership, entrepreneurial, and lifelong learning skills while promoting professional ethics and social responsibility.

Program Educational Objectives (PEO’s)

PEO1 – Professional Excellence: Establish successful careers in VLSI, embedded systems, semiconductor and related industries by applying advanced technical knowledge and professional skills

PEO2 – Research and Innovation: Undertake research and develop innovative solutions in VLSI, embedded systems and emerging technologies using advanced design methodologies and modern engineering tools.

PEO3 – Professional Advancement: Advance through higher research, continuous learning, entrepreneurship and leadership while demonstrating professional ethics and contributing to technological and societal development

Program Outcomes (PO’s)

PO1 – Research and Investigation Conduct independent research, investigation, and development to analyze and solve complex engineering problems.

PO2 – Technical Communication Prepare and present comprehensive technical reports, research findings, and engineering solutions effectively

PO3 – Specialized Mastery Demonstrate advanced knowledge and expertise in VLSI design, embedded systems, and related technologies beyond the undergraduate level.

Electronics Engineering

Programmes Offered

Vision

Mission

Program Educational Objectives (PEO’s)

Program Specific Outcomes (PSO’s)

Vision

Mission

Program Educational Objectives (PEO’s)

Program Outcomes (PO’s)

Governance & Advisory

Academic Excellence

Faculty & Expertise

Advanced Labs & Centres of Excellence & Expertise

Research & Innovation Hub

Industry Interface & MOUs

Professional Growth

Career Success & Placement

Student Life & Achievements

Global Alumni Network