Master IoT & Embedded System Design from fundamentals to advanced, industry-aligned development workflows. Build job-ready skills across embedded systems, connectivity, and IoT integration. Get industry-ready with iHub DivyaSampark, IIT Roorkee certification and 100% placement assistance by Skill-Lync.
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"Cyient has partnered with Skill-Lync to ensure that we continue to hire qualified professionals in embedded engineering. Bridging the skill gap at scale is critical across industry sectors, we believe this partnership will ensure that we have the required expertise in embedded engineering to deliver innovative solutions to our global customers."
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"IIT Jammu partners with Skill-Lync to launch certificate courses in Future Mobility Engineering"— National News Coverage, January 2026
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Earn a prestigious certificate issued by iHub DivyaSampark, IIT Roorkee in collaboration with Skill-Lync
Issued by iHub DivyaSampark, IIT Roorkee in collaboration with Skill-Lync
Upon successful completion of the program, you will receive an official certificate that validates your expertise in embedded system design.
Get industry-ready skills and hands-on experience with tools used by top automotive companies
Get certified from one of India's premier IITs
Dedicated placement cell with 500+ hiring partners
18 months total access (12 months program + 6 months extended)
Chat: 9 hrs/day (Mon-Sat) · Group Live Session: 4 slots daily
MATLAB, Simulink, AUTOSAR, Embedded Linux, EB Tresos Studio
Learn from Industry experts (ex-Nissan, Mercedes, Bosch) + IIT Roorkee faculty sessions
On a daily basis, we talk to company experts in these domains to fine tune our curriculum. Here are the list of courses that are part of this program.
Build a strong foundation in embedded system architecture, hardware interfacing, and communication protocols for IoT and automotive applications.
Learn the fundamentals of C++ essential for embedded systems development. Develop structured, modular, and reusable code using object-oriented programming principles.
Master modern C++ concepts required for scalable firmware development. Strengthen expertise in memory management, templates, exception handling, and multithreading basics.
Develop real-time multitasking applications using FreeRTOS on ARM platforms. Learn task scheduling, synchronization, interrupt handling, and deterministic system design.
Learn to port and customize Embedded Linux for hardware platforms. Gain practical exposure to kernel configuration, bootloader setup, driver porting, and system bring-up.
Design and simulate embedded control systems using Model-Based Development techniques. Accelerate development through auto-code generation, simulation workflows, and validation processes.
Apply structured verification and validation techniques for embedded software quality. Use static analysis, unit testing, integration testing, and coverage metrics to ensure reliability.
Understand automotive ECU architecture and AUTOSAR layered software models. Configure communication stacks and develop production-ready automotive software systems.
Configure and integrate AUTOSAR software components within a complete ECU environment. Work with ARXML, RTE generation, OS configuration, and memory stack integration.
Validate automotive control models using MIL, SIL, and HIL testing methodologies. Ensure safety compliance, traceability, and quality in model-based development workflows.
Build real-world embedded systems with structured milestones and industry-standard practices
Design and implement communication between two Arduino boards using the I2C protocol while interfacing a 16x2 LCD display.
Develop a distance measurement system using an ultrasonic sensor and Arduino with signal processing techniques.
Design and validate a TFT speedometer display system using vehicle speed CAN inputs with model-based verification.
Develop and validate a coolant temperature display SWC using engine temperature CAN inputs with production-ready workflows.
Perform structured static code analysis to ensure compliance with automotive software standards using MISRA C:2012 and CERT guidelines.
Execute white-box testing techniques to validate embedded software behavior with complete coverage using TB Extreme.
Develop a MATLAB Simulink model to detect vehicle direction based on defined system requirements with MBD-compliant architecture.
Design and implement an Adaptive Cruise Control (ACC) feature using MATLAB Simulink with complete Model-Based Development workflows.
Whether you're looking to start a new career, or change your current one, Skill-Lync helps you get ready to get placed in Top Companies.
A structured journey designed to transform you from a learner to a job-ready professional
5 courses for CSET & Career Services eligibility
Career Services Eligibility Test
Demonstrate your skills and qualify for our comprehensive placement support program
0 remaining courses for IIT Roorkee Certification
Issued by iHub DivyaSampark, IIT Roorkee in collaboration with Skill-Lync
12 Exclusive Live Sessions by IIT Faculty
* IIT faculty conducts this Masterclass series, not the main curriculum
End-to-end placement assistance
Exclusive live sessions with IIT Roorkee faculty
Sessions with iHub DivyaSampark, IIT Roorkee faculty
Fundamental academic & research topics
Timings based on your availability
Cherry-picked content exclusive to Skill-Lync
* IIT faculty conducts this Masterclass series, not the main curriculum
The program is guided by decades of combined academic and industry experience
Industry experts with over 15 years' experience
Live learning supported by IIT Roorkee faculty
8 hands-on engineering projects
Interview preparation with expert guidance
"IIT Jammu partners with Skill-Lync to launch certificate courses in Future Mobility Engineering"
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Inclusive of all charges
3,000+ learners placed at top companies with Skill-Lync
Limited Seats Available for Current Batch
Upon successful completion of the program, you will receive an official certificate issued by iHub DivyaSampark, IIT Roorkee in collaboration with Skill-Lync.
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