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M.Tech in Embedded Systems

Designing the Intelligence of Connected Devices

The Embedded Systems specialization delves into real-time operating systems, hardware-software co-design, advanced microcontrollers, and low-power system design. The curriculum prepares students to develop and optimize embedded solutions for consumer electronics, automotive systems, medical devices, and the vast domain of the Internet of Things (IoT).

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Placement Records

Our M.Tech in Embedded Systems empowers engineers to master intelligent hardware-software design for connected devices and autonomous systems. Advancing expertise in RTOS, firmware, edge AI and co-design through research and industry collaborations, developing specialists across automotive, aerospace, IoT and medical domains.

92%

Thesis Completion Rate

90%

Advanced Certification Rate

3x

Industry Research Collaborations

2x

Government Fellowship

Your Future, Unfolded

The different career paths available for the program

M.Tech in Embedded Systems
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Firmware Engineer

IoT Solutions Architect

Automotive Embedded Software Engineer

RTOS Developer

Edge AI Engineer

Medical Device Firmware Developer

Embedded Security Engineer and many more

Certifications

Zephyr RTOS Fundamentals – Linux Foundation (LFD435)

Zephyr RTOS Fundamentals – Linux Foundation (LFD435)

Linux Foundation's Zephyr certification equips students with advanced real-time operating system skills for resource-constrained devices, preparing them for senior embedded software engineering roles in critical systems.

Certified IoT Practitioner (CIoTP) – CertNexus

Certified IoT Practitioner (CIoTP) – CertNexus

CertNexus IoT certification validates advanced skills in connected device architecture, security and deployment, preparing students for specialist IoT engineering and solutions architecture roles in enterprise environments.

NPTEL Certification

NPTEL Certification

NPTEL enables students to earn IIT/IISc-recognised certifications in embedded systems design, IoT architecture and real-time computing, strengthening both research competency and advanced academic credentials.

Designed for Real-World Success

Our programs are built on an Outcome-Based Education (OBE) framework, ensuring that every concept connects to real-world application. With industry collaborations, and an active research culture, you gain hands-on experience alongside strong academic foundations.

Eligibility Criteria

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Academic Requirement

Candidates must have passed a 4-year Bachelor’s Degree in Engineering/Technology in the relevant branch from a recognized University.

Candidates must have secured a minimum of 50% aggregate marks in the qualifying undergraduate examination.

Entrance Test Requirement

Admission shall be based on merit through:

  • Graduate Aptitude Test in Engineering (GATE)

  • TS PGECET

  • Anurag Common Entrance Test (Anurag CET)

  • Qualifying Examination on merit

For Foreign / NRI category, admission shall be based on merit in GATE or marks secured in the qualifying examination.

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Future Pattern
Turning Degrees 
into Careers

Turning Degrees into Careers

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Frequently Asked Questions

It focuses on embedded hardware, software integration, and system design.

Yes, extensive lab sessions are part of the program.

Core areas include microcontrollers, real-time systems, and embedded programming.

Yes, through hardware-based projects and simulations.

It integrates theory, design, and implementation.

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