Welcome to
PPG Institute of Technology
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Welcome to
PPG Institute of Technology
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The M.E program offers a modern pathway with strong foundations in chip design, EDA tools and semiconductor technology. It combines outcome-based curriculum, practical learning and career-oriented mentoring.
Jump to CurriculumThe M.E. VLSI Design program at PPG Institute of Technology provides in-depth knowledge of VLSI design, EDA tools, HDL programming and semiconductor technologies. Students gain hands-on experience in chip design and embedded IC development.
Department: M.E. VLSI Design
Code: 4308
Program: M.E
Focus Area: chip design, EDA tools and semiconductor technology
Our commitment to excellence and student success
Vision: To become a center of excellence in VLSI design education and research.
MD1: To provide comprehensive knowledge in VLSI design and semiconductor technology.
MD2: To promote research and innovation in chip design.
MD3: To prepare students for careers in the semiconductor industry.
The Program Educational Objectives of M.E. VLSI Design define the broad career and professional accomplishments that our graduates are expected to achieve.
PEO1: Apply VLSI design principles to develop innovative electronic systems.
PEO2: Conduct research in semiconductor and chip design technologies.
PEO3: Demonstrate professional ethics and leadership in the VLSI industry.
PEO4: Adapt to emerging trends in microelectronics and embedded systems.
Program Outcomes for M.E. VLSI Design define what students will be able to do by the time of graduation in terms of knowledge, skills and competencies.
PO1: Apply advanced knowledge of VLSI design and EDA tools.
PO2: Design and analyze digital and analog circuits for IC implementation.
PO3: Use modern EDA tools for simulation, synthesis and verification.
PO4: Address societal and environmental aspects in VLSI design.
PO5: Communicate effectively and collaborate in team environments.
The Program Specific Outcomes for M.E. VLSI Design are specialized learning outcomes unique to this discipline that complement the broader POs.
PSO1: Proficiency in HDL programming and EDA tool workflows.
PSO2: Ability to design and verify digital and mixed-signal ICs.
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M.E. VLSI Design builds technical excellence through mentor-guided learning, innovation activities and a strong professional development ecosystem.
Industry-standard EDA tools training.
Hands-on chip design projects.
Research collaboration with semiconductor firms.
The curriculum in M.E. VLSI Design is updated with contemporary topics and practical modules to ensure relevance and employability.
Outcome-based curriculum with competency mapping.
Elective tracks in advanced domain areas.
Continuous internal assessments and practical reviews.
Periodic syllabus revision with expert input.
M.E. VLSI Design supports practical and research learning through dedicated labs, software infrastructure and project spaces.
VLSI design and EDA lab.
FPGA prototyping lab.
Embedded systems lab.