JNTUA M.Tech R25 VLSI & Embedded Systems Course Structure and Syllabus

JNTUA M.Tech R25 VLSI & Embedded Systems Course Structure and Syllabus (Overview)

The M.Tech in VLSI & Embedded Systems (R25 regulation) at JNTUA is a two-year postgraduate program designed to build strong expertise in chip design, embedded system development, IoT, and hardware-software co-design. The curriculum is divided into four semesters, combining core subjects, electives, labs, and research work.

🔹 First Year – I Semester

Students begin with foundational and advanced core subjects such as:

• Embedded System Design
• CMOS VLSI Design
• Elective subjects like Advanced Computer Architecture, GPU Architectures, Machine Learning & Deep Learning, and Edge Computing
• Embedded System Design Lab
• CMOS VLSI Lab
• Research Methodology & IPR

This semester focuses on strengthening hardware fundamentals, VLSI design flow, and embedded system architecture.

🔹 First Year – II Semester

This semester focuses on real-time and IoT systems:

• Embedded Real-Time Operating Systems
• IoT System Design
• Electives like SoC Architectures, Wireless Sensor Networks, Hardware-Software Co-Design, Automotive Embedded Systems
• Embedded RTOS Lab
• IoT Lab
• Mini Project with Seminar

Students gain hands-on exposure to RTOS programming, IoT devices, and system integration.

🔹 Second Year – I Semester

Advanced specialization and research-oriented learning:

• Professional Electives (VLSI, Embedded, AI-based hardware topics)
• Open Elective from other domains
• Dissertation Work (Review–I/II continuation begins)

Focus is on advanced design topics, innovation, and project development.

🔹 Second Year – II Semester

Final phase includes:

• Major Dissertation / Project Work
• Final thesis submission and viva

🔹 Key Highlights

• Strong focus on VLSI design (CMOS, FPGA, SOC)
• Embedded systems with ARM, RTOS, IoT integration
• AI/ML applications in hardware design
• Research & industry-oriented projects

👉 Overall, the R25 VLSI & Embedded Systems syllabus is designed to prepare students for careers in chip design companies, embedded product development, IoT industries, and semiconductor R&D.