Build Devices That Work
in the Physical World
Learn embedded firmware, sensor interfacing and device-to-cloud telemetry on real hardware, through mentor-guided projects built and demonstrated on physical devices.
Become an IoT Engineer
₹4,999
Program Pricing (Pilot Cohort)
- Includes Live Mentor Support
- Every project mentor-verified before certification
- 100% Online Format
- Portfolio review and interview preparation.
Speak to an Advisor
Not sure if this is the right fit? Drop your details and we'll call you back within 24 hours to discuss your goals.
Why This Track?
Software that controls hardware fails differently. Power drops, networks vanish, memory is measured in kilobytes. This track teaches you to build for those constraints.
Who This Track Is For
- Engineering students in ECE, EEE, Mechatronics or CSE
- Beginners in embedded systems and microcontrollers
- Hobbyists moving from Arduino sketches to production firmware
- Software developers wanting hardware exposure
- Career switchers targeting embedded and IoT roles
Learning Tools and Methodology
Master an industry-standard technical stack through our hands-on engineering pedagogy and structured practice.
Tools You Will Master
How You Will Learn
Live Mentor Sessions
Firmware design guidance
Real Hardware
Every project on a physical board
Fault Injection
Power and network loss drills
Scope & Logic Analyzer
Debug what the code can't tell you
Recorded Lessons
Protocol deep dives
Doubt Support
Clear your queries
Project Roadmap
A rigorous 4-project spine that mirrors actual industry workflows, augmented by targeted add-on mini-projects.
Core 4-Project Spine
Step-by-step development phases mirroring real assessment rounds
Read a specified sensor and publish readings to a given endpoint at a defined interval. (First real-hardware project on ESP32/STM32, with a debug log produced using a real logic analyzer).
The device must survive intermittent power and network loss without losing readings. Storage and retry strategy are the student's. (A second hardware project with a custom driver/ISR component).
One student owns firmware, the other owns the gateway and ingestion, meeting at a protocol they define together.
Student-proposed device and service, demonstrated live on hardware during the defense.
6 Targeted Mini-Projects
Hands-on skill builders covering practical tools & concepts
UART / Serial
Sensor-to-serial data logger on real hardware
SPI / I2C
Multi-sensor peripheral driver project
BLE
Bluetooth Low-Energy pairing and data-transfer project
MQTT / Networking
Device-to-cloud telemetry publisher
RTOS
Multi-task real-time scheduling project
Debug Tooling / Low-Power
Power-profiling and logic-analyzer debug exercise
Your Portfolio Output
Your SkillCred portfolio isn't a static resume. It is a live, verified candidate profile showcasing working architectures, clean code, and assessment scores structured for recruiter review.
Verified PAT Score
Recruiters filter candidates by actual competency scores across system design and code quality.
Architecture & Implementation
Showcase the real-world systems you designed and deployed, not just code snippets.
Target Career Roles
Candidate #SC-7241
PAT ID: pat_8291_active
Smart Greenhouse Automation Node
Automated climate monitoring utilizing ESP32, FreeRTOS, and MQTT.
Mentor Support & Frequently Asked Questions
Understand how working professionals review your code every week and get answers to common questions before starting your journey.
Mentor Support & Verification
Our mentors don't just teach — they verify your skills. Every project you build is reviewed, ensuring you meet industry standards before you get certified.
- Assign projects
- Review source code
- Verify project completion
- Provide feedback
- Approve assessment eligibility
- Issue recommendation letters
Projects Are Not Self-Assessed
"You cannot certify yourself. A working professional mentor must start, review, and approve your work."
Frequently Asked Questions
Do I need to buy hardware?
Yes — a kit list is shared before the cohort starts, typically under ₹2,500. It is yours to keep.
Is prior electronics knowledge required?
No — the track starts from microcontroller fundamentals.
Will projects run on real devices?
Yes — the capstone is demonstrated live on physical hardware during the defense.
Is this useful without an ECE degree?
Yes — the track is open to any engineering stream, though ECE students will find the hardware concepts familiar.
Lock in Your Pilot Pricing
Secure your spot today with a fully refundable deposit. Fully credited toward your final enrollment balance.