Objectives of the Programme:

The objective of the Postgraduate Diploma in Integrated Circuit (IC) Design program is to develop practical proficiency among learners in modern IC design methodologies, tools, and technologies. The program focuses on key areas such as analog and digital IC design, RTL design and synthesis, VLSI verification, and system-level design, ensuring alignment with current semiconductor industry trends and requirements. Designed to address the growing demand for skilled semiconductor professionals, the program aims to equip participants with the capability to design, simulate, verify, and implement integrated circuits using advanced EDA tools and process design kits. It emphasizes hands-on learning and real-world IC design projects to produce industry-ready engineers capable of contributing effectively to innovation and development in the global semiconductor and electronics industry.

Outcomes of the Programme:

The program aims to equip learners with practical and industry-relevant skills required for professional roles in integrated circuit design and VLSI engineering. Upon completion of the diploma, participants will be capable of designing, simulating, verifying, and implementing IC solutions using modern design tools and methodologies within industrial and research environments.

Graduates will be able to:

• Design and analyze analog and digital integrated circuits using modern IC design methodologies.
• Develop RTL designs and perform synthesis, timing analysis, and optimization for digital systems.
• Apply VLSI verification techniques, including simulation and validation, to ensure functional correctness of designs.
• Utilize industry-standard EDA tools (e.g., Cadence) and process design kits (PDKs) to create fabrication-ready IC layouts.
• Design and implement system-level solutions, including ASIC and FPGA-based systems, for real-world applications.
• Analyze design requirements and constraints to develop efficient, reliable, and scalable IC solutions.
• Work effectively in multidisciplinary teams and communicate technical concepts through reports, presentations, and design documentation.
• Apply professional, ethical, and engineering standards in IC design, considering reliability, manufacturability, and societal impact.

Programme Scheduling Format: Evening / Weekend/Hybrid

Minimum Entry Level:

Applicants must possess a minimum of 14 years of education with minimum 45% passing marks from an HEC recognize institution with relevant background.