The syllabus has been designed to enable rigorous analysis in Embedded System. The curriculum structure also helps the students in understanding mathematical modeling. A number of advanced electives are available in Embedded System, for example advanced FPGA architecture, Real Time Operating Systems, Image Processing, Wireless Sensor Network etc.

The dissertation in the fourth semester is intended to focus on current research areas covering visualization of practical aspects in various research domains. For this they are attached to industries and research laboratories such as CSIR-CEERI, Pilani.


Duration: 2 Years


B.Tech. in Electronics & Communication or equivalent - Min.55%

Selection Procedure:

Entrance Test and PI


Programme Outcome
  • I Sem.

    Introduction to Embedded System Design
    Microcontroller for Embedded System Design
    Digital System Design
    Digital Signal Processor and Architecture
  • Practicals & Sessionals

    Advance DSP Lab
    Embedded Microcontrollers Lab
  • II Sem.

    CPLDs, FPGA Architecture and Application
    Embedded Real Time Operating System
    Embedded System for Wireless and Mobile Communication
    HDLs for Embedded System
  • Practicals & Sessionals

    Modelling and Simulation Lab
    Technical Report Writing & Communication Skills
  • III Sem.

    Elective - I

    Embedded C
    Embedded Computing System Design
    Advanced Computer Architectures

    Elective - II

    Design of CAD Tools for Embedded System Design
    Embedded Networking
    Memory Design and Testing
    Dissertation Seminar
  • IV Sem.

    MTES 4Dissertation
    (followed by Viva Voce)


Career Prospects


  • R&D sectors
  • Electronics companies
  • Academic institutions as faculty members
  • Public and Private sectors such as BSNL, MTNL, DRDO, BARC, BHEL and CSIR