Company Overview

EASA College of Engineering & Technology (Autonomous) is a reputed institution in the higher education sector, based in Coimbatore, Tamil Nadu. The college is established along NH-47, offering a wide array of engineering courses with a strong focus on practical and innovative learning. As an autonomous institution, it serves as a beacon of quality education in the region with a team of 201-500 dedicated employees. More details can be found on their website: www.easacollege.com.

Job Overview

The Assistant Professor position in the ECE department at EASA College of Engineering & Technology is a full-time junior-level role based in Coimbatore. The selected candidate will contribute to the academic excellence in VLSI design and related fields, leveraging modern industry practices and technologies. This position offers an opportunity to engage in groundbreaking research and innovative teaching methodologies in VLSI technology.

Qualifications and Skills

• BE - ECE & ME - VLSI are musts.
• Proven proficiency in using Cadence Design Systems for integrated circuit design and verification applications.
• Hands-on experience with Mentor Graphics tools, crucial for simulating and validating electronic design automation.
• Expertise in FPGA programming for implementing digital circuits and systems on programmable logic devices.
• In-depth knowledge of Verilog, used extensively for describing digital and mixed-signal systems.
• Mastery of VHDL for modeling electronic systems at multiple levels of abstraction.
• Familiarity with high-level synthesis for converting algorithmic descriptions into hardware designs.
• Competency in ASIC design processes, from specification through to design validation stages.
• Advanced understanding of VLSI technology principles for developing large-scale integrated circuits and systems.

Roles and Responsibilities

• Develop and deliver curriculum related to VLSI technology and electronic circuit design for undergraduate students.
• Supervise practical laboratory sessions, ensuring students gain hands-on experience with cutting-edge VLSI tools.
• Conduct and publish research in prominent journals to contribute to advancing the field of ECE VLSI.
• Guide students in their project work and mentor them on emerging trends in the VLSI industry.
• Collaborate with other faculty members to align teaching methodologies with best industry practices.
• Engage in departmental meetings and activities to foster a cohesive learning environment and community.
• Stay updated with the latest technologies in VLSI and incorporate them into teaching to enhance learning outcomes.
• Participate in academic conferences and workshops to continually improve personal and departmental knowledge.