Key Highlights:

• Industry-aligned curriculum integrating computer science with advanced VLSI and semiconductor design.
• Strong emphasis on hands-on learning through state-of-the-art VLSI, FPGA, and EDA laboratories.
• Expert-led teaching by experienced faculty and industry practitioners in chip design and verification.
• Early exposure to HDL programming (Verilog/VHDL) and ASIC/FPGA design flow.
• Real-world, industry-oriented capstone projects in semiconductor and embedded systems domains.
• Structured internship opportunities with core electronics and semiconductor companies.
• Focus on emerging areas such as low-power VLSI, SoC design, AI hardware, and IoT systems.
• Skill-based training aligned with global semiconductor industry standards.
• Strong placement support for roles in VLSI design, verification, embedded, and core IT sectors.
• Clear pathways for higher studies, research, and careers in high-growth semiconductor technologies.

Admission Criteria

• Educational Qualification - Candidates must have passed the Higher Secondary Examination (12th grade) or equivalent from a recognized board, with subjects including Physics, Mathematics and Chemistry (or related subjects) as mandatory.
• Minimum Marks: Typically, a minimum of 60% marks (55% for reserved categories) in the qualifying examination is required.
• Entrance Exam: Candidates must have qualified the SEE (SAGE Entrance Examination).
• International students: Students with equivalent qualifications such as GCE A-level or international Baccalaureate (IB) diploma.

Application Process

• 1. Online Application:
  Fill out the application form available on the institution website.
  Submit academic transcripts, entrance exam scores, and other required documents.
• 2. Screening and Shortlisting:
  Applications will be reviewed for eligibility.
  Shortlisted candidates will be invited for further selection rounds.
• 3. Personal Interview (PI):
  Candidates must appear for a personal interview conducted by the admission commitee to assess their aptitude, motivation and ability for the program.
• 4. Final Selection:
  Selection is based on composite score that includes tademic qualification, entrance exam score & Performance in the personal interview.

Graduates specializing in VLSI Design and Technology can pursue careers as:

• VLSI Design Engineer – Design and develop integrated circuits and semiconductor chips.
• ASIC Design Engineer – Work on application-specific integrated circuit design and implementation.
• FPGA Engineer – Develop and test FPGA-based hardware solutions.
• Verification Engineer – Validate chip functionality using advanced verification methodologies.
• Physical Design Engineer – Handle chip layout, placement, routing, and timing optimization.
• Embedded Systems Engineer – Develop hardware-software integrated solutions.
• Semiconductor Process Engineer – Work in fabrication, testing, and semiconductor manufacturing technologies.
• SoC Design Engineer – Develop System-on-Chip architectures for advanced computing and IoT applications.

Scholarship Opportunities

Center for Advanced Global Education believes in nurturing talent and supporting deserving students in their educational journey. To this end, we offer various scholarships to make quality education accessible and rewarding.

• Government Scholarships
• Chancellor Scholarship for Meritorious Students
• Sports Scholarship

Application Process for Scholarships

• Submit a completed admission application.
• Fill out the scholarship application form and upload the required documents.
• Attend an interview (if applicable) to discuss eligibility and merit.
• Scholarship offer will be communicated along with the admission decision.

With these scholarships, the centre strives to recognize talent, promote inclusivity, and support the aspirations of students in their pursuit of excellence.