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COURSE OVERVIEW

M.Tech. programme

The School of Technology at The Apollo University offers a Master of Technology in VLSI Design and Embedded Systems programme that aims to develop professionally and enhance the career opportunities of the students in the field of chip design and embedded system design.
The VLSI and Embedded Systems M.Tech. programme at The Apollo University offers a comprehensive curriculum focused on the design and development of integrated circuits and embedded systems. Students gain expertise in areas such as VLSI design methodologies, system-on-chip (SoC) architecture, digital and analogue circuit design, embedded systems programming and real-time operating systems.

The programme provides a strong theoretical foundation and practical skills through hands-on training in industry-standard tools and technologies. Students have access to advanced laboratories equipped with cutting-edge hardware and software resources.
Collaborations with industry leaders enable students to stay updated with the latest trends and practices in the field. They have opportunities to engage in research projects and explore emerging areas like low-power design, FPGA prototyping and IoT applications.

The programme emphasises industry readiness, with modules on professional development, communication skills and industry-oriented projects. Career guidance and placement assistance are also provided to help students kick-start their careers in VLSI design, embedded systems development, semiconductor companies, research organisations and other related industries.

Overall, the VLSI and Embedded Systems M.Tech programme at The Apollo University prepares students for successful careers in the dynamic and growing fields of VLSI design and embedded systems, equipping them with the necessary skills and knowledge to thrive in the industry.


Programme Objectives:

The key outcomes a student can expect from the programme

  • Master the fundamentals associated with the different specialisations of VLSI and embedded systems.
  • Apply the knowledge of science, mathematics and engineering principles to develop a problem-solving attitude.
  • Provide solutions through research to socially relevant issues with the knowledge, techniques and skills in VLSI and embedded systems domains using the required hardware and modern tools for the benefit of society.
  • Identify, formulate and solve engineering problems in broad areas like system design using VLSI and embedded platforms and tools, semiconductor technologies and applications in signal processing and communication networks.
  • Use different software tools in the domain of VLSI and Embedded Systems Design, Analysis and Verification, such as Design entry, Synthesis, Functional and Timing Simulation, Floorplanning, Place and route, Layout editors, RTL schematic and specific EDA sets.
  • Design and conduct experiments, analyse and interpret data and imbibe programming skills for the development of simulation experiments.
  • Function as a member of a multidisciplinary team with a sense of ethics, integrity and social responsibility.
  • Pursue a successful research career in the VLSI and Embedded Systems field or take on challenging assignments in the industry.

Industry leader speak

PROGRAMME HIGHLIGHTS

Core Coursework: Students gain a strong foundation in digital and analogue circuit design, system-on-chip (SoC) design, advanced VLSI design methodologies, embedded systems architecture, real-time operating systems and hardware-software co-design.
Advanced Electives: The curriculum provides a wide range of advanced elective courses, allowing students to specialise in areas such as low-power VLSI design, FPGA-based prototyping, ASIC design, embedded system security, wireless sensor networks and Internet of Things (IoT) applications.
Industry Collaboration: The Apollo University maintains strong collaborations with industry leaders in the VLSI and embedded systems domains. Students benefit from guest lectures, workshops and industry-sponsored projects, gaining practical exposure and insights into current industry practices and trends.
Hands-on Experience: The programme emphasises hands-on learning through dedicated laboratories equipped with state-of-the-art hardware and software tools. Students work on industry-standard design tools, FPGA development boards, microcontrollers and simulation environments, gaining practical skills in system design, verification and testing.
Research Opportunities: Students have opportunities to engage in cutting-edge research projects under the guidance of experienced faculty members. The programme encourages research in areas such as advanced VLSI design, embedded system optimisation, emerging technologies and application-specific hardware development.
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Programme Curriculum

  • S. NoSemester-ISemester-II
    1Research Methodology & IPRVLSI Testing and Verification
    2Analog IC DesignAdvanced VLSI
    3Digital CMOS VLSI DesignEmbedded Software Design
    4Real Time Operating SystemsAI with Smart Systems
    5Embedded System DesignElective I:
    6Audit Course:Elective II:
    7Analog and Digital CMOS VLSI Design LabAdvanced VLSI Design Lab
    8Embedded System Design LabEmbedded Automation Lab
  • S. NoSemester-IIISemester-IV
    1Internship/Industrial TrainingMajor Project

     

    2Technical Seminar
    3Elective-3 (MOOC):
  • S. NoSemester-ISemester-IISemester-III & IV
    1Digital System DesignIC Fabrication TechnologyInternship/
    2Analog IC DesignASIC DesignProject Phase I
    3Digital IC DesignEmbedded System Design
    4Real Time Operating SystemsAI with Smart Systems
    5Design with MicrocontrollersElective I:Internship/
    6Oops Through JAVAElective II:Project Phase II
    7FPGA Design LaboratoryVLSI Circuit Design     Laboratory
    8Microcontrollers LaboratoryEmbedded Systems  Laboratory

PROGRAM FEE AND SCHOLARSHIPS

One-Time FeeAdmission Fee₹ 10,000
I- YearTuition Fee + Annual Recurring Fee₹ 1,50,000 + ₹ 13,000
II- YearTuition Fee + Annual Recurring Fee₹ 1,50,000 + ₹ 13,000
Total Course Fee₹ 3,36,000

Scholarship is available for eligible students

Eligibility

  • Graduate in Engineering or equivalent (e.g. B.E./ B.Tech./ 4 years B.Sc. Engg / AMIE Associate Member of the Institution of Engineers) in Electronics/Electrical/Computer Science Engineering (CSE), instrumentation or related areas.
  • PG in Engg Science (e.g., M.Sc. Physics/ M.Sc. (EE, Electronics, Instrumentation)).
  • The candidates must have secured a minimum of 50% marks in their qualifying examination.

EMPLOYABILITY AREAS

The M.Tech. postgraduates can explore employment opportunities in various public and private sectors. They mostly acquire the following positions:

employment opportunities
  • Regression and Automation Engineer
  • Field Application Engineer (FAE)
  • Corporate Application Engineer (CAE)
  • Application Engineer, Technical Support
  • Product Application Engineer (PAE)
  • Embedded Software Engineers
  • System Software Engineer (Kernel and RTOS)
  • Application Software Engineer (Device Drivers)
  • Software Test Engineer, Embedded Hardware Engineers
  • Board (hardware) Validation Engineer
  • Product Application Engineer (PAE) Marketing and Sales

FAQ

  • What is the scope of M.Tech. in VLSI? + -

    M.Tech. in VLSI offers excellent scope in chip design, system-on-chip (SoC), FPGA prototyping and the semiconductor industry. It’s ideal for careers in embedded systems, hardware verification, IoT applications and research roles in electronics and communication engineering.

  • Yes. A Master’s in Embedded Systems is highly valuable for careers in system programming, IoT, real-time operating systems and device driver development. It enhances expertise and opens doors to high-paying technical and research roles.

  • Yes. M.Tech. in VLSI is worth it due to the booming demand in the semiconductor and electronics sectors. It equips students with specialised skills in chip design, making them industry-ready for niche, high-paying roles.