Department of Electronics & Communication Engineering
Specializing in VLSI, IoT, Embedded Systems, and advanced networking. Welcome to the center of excellence where innovation meets practical engineering solutions.
MRS JEYACHITHRA K
Head of Department, Electronics & Communication Engineering
ME ECE
13 experience
With over 13 years of academic and industrial experience, our HOD leads the department with a vision for technological excellence and innovation.
Our Vision
To be an acclaimed center of excellence in Electronics & Communication Engineering, producing globally competent professionals with strong ethical values, deep technical knowledge, and highly innovative thinking to serve the society and industry.
Our Mission
• To impart high-quality education through a rigorous and industry-aligned curriculum.
• To foster research, innovation, and strong entrepreneurial skills among students.
• To collaborate actively with global industries for practical exposure.
• To inculcate professional ethics, leadership qualities, and a passion for lifelong learning.
Academic Leadership & Faculty
Meet the dedicated teaching faculty of the Department of Electronics & Communication Engineering
Mrs Jeevithambigai S
Mr Karthikraja C
Mrs Kayalvizhi Arunanand
Mr R Veeramani
Mrs Sasikala R
Mr Suresh R
Mr Gopala Krishnan G
Mr Mathiyazhan S
Mrs Vinodhini R
Laboratory Infrastructure & Facilities
State-of-the-art research testbenches, industrial workstations, and licensed software suites.
Specialized industrial-grade facility equipped for ASIC design, FPGA prototyping, and advanced micro-controller development.
Hardware Specifications & Equipment
Xilinx Spartan FPGA boards, Tektronix Digital Storage Oscilloscopes, ARM Cortex M4 Microcontrollers
Licensed Software & Toolchain
Xilinx Vivado, Keil uVision, MATLAB & Simulink, Cadence Design Suite
Departmental Academic Gallery
Visual moments from our practical sessions, innovation hackathons, and symposiums.
Academic photo captures and workshop logs will appear here upon admin publication.
Program Educational Outcomes (PO & PSO)
Core competency framework and graduate academic achievements.
Program Outcomes (PO)
• Engineering Knowledge: Apply advanced signal processing and semiconductor physics principles.
• Embedded Prototyping: Design resilient ASIC and microcontroller architectures for industrial IoT applications.
• Modern Instrumentation: Master CAD suites and hardware diagnostic oscilloscopes.
Program Specific Outcomes (PSO)
• VLSI Competency: Demonstrate practical proficiency in FPGA prototyping, embedded firmware, and wireless telecommunications.
• Innovation & R&D Readiness: Excel in electronic automation and smart sensor systems integration.