Empowering corporate professionals, college students, and engineering faculty with core hardware-level engineering competencies.
Industry Experience
Real Case Studies
Hands-on Lab Sessions
Platforms Covered
Structured tracks targetting core domains in physical computing, RTOS, and hardware integration.
Master registers, peripheral buses, and low-level task control.
Learn kernel configuration, custom distributions, and BSP bring-up.
Combine low-power microcontrollers, OS compilation, and system design.
Focus on system design patterns, risk mitigation, and compliance.
Learn logic synthesis, hardware modeling, and digital system integration.
Targeted short courses to upskill on specific industry techniques.
A comprehensive ecosystem matching modern industrial requirements.
Key fundamentals to initiate professional board bring-ups and integrations.
Firmware design on real-time task triggers, multitasking, and low latency scheduling.
System compilation, customized boot loaders, custom OS building, and platform configuration.
Tools required to build robust, version-controlled, collaborative engineering projects.
A structured model focused on industrial delivery standards.
Master fundamentals, architecture review guidelines, register configuration flows.
Implement clean driver architectures, RTOS tasks, and compile kernel modules.
Deploy builds onto target physical boards, analyze signals, isolate timing faults.
Structure cloud integrations, telemetry dashboard APIs, secure data buffers.
Our student internships are intensive, practice-driven programs designed to equip aspiring embedded, IoT, and VLSI engineers with industrial skills. You will work on real hardware, analyze diagnostic protocols, and write code that interfaces directly with sensors, networks, and FPGA targets. This program is designed for ECE / EEE / E&I / CSE students who want real, hands-on embedded engineering experience — not textbook exercises.
Mode: 100% Online — Live Daily Sessions
Duration: 1 Hour per Day / 5 Days a Week
Length: 4 Weeks (Standard) | 8 Weeks (Advanced)
Eligibility: ECE / EEE / E&I / CSE Students (Any Year)
Start Date: Batches opening soon — register now to get notified
Select from three student tracks aligned with current market engineering needs.
Design digital circuits, code RTL, and build future chips. Learn digital fundamentals, Verilog/VHDL RTL coding, simulation, synthesis, and FPGA implementation.
Design, develop, and deploy real-time connected products. Covers RTOS scheduling, IoT connectivity, firmware architecture, and cloud telemetry integration.
Build intelligent embedded Linux products. Covers cross compilation, U-Boot, Yocto layers, custom device drivers, and SoC platform bring-up.
| Program Track | Fee | Includes |
|---|---|---|
| Student Internship — 4 Weeks | ₹ 5,000 / student | Live sessions, study material, code demos, mini-project, and internship certificate |
| Student Internship — 8 Weeks | ₹ 8,500 / student | Advanced track, deeper project coverage, 1-on-1 feedback, and project certificate |
| Group Registration (5+ students) | ₹ 4,000 / student | Discounted group fee — 4-week program for students from the same college |
* Note: All fees exclusive of GST. Group registration available for 5 or more students from the same college.
Our Faculty Development Programs (FDP) introduce advanced industrial design tools, firmware configurations, and kernel configurations. We help engineering professors build modern, highly practical lab modules and curriculum syllabi that prepare students for competitive careers.
Mode: 100% Online — Live Interactive Sessions
Duration: 1 Hour per Day / 5 Days a Week
Length Options: 3 Days (Intensive) | 5 Days (Full FDP) | 10 Days (Advanced)
Target Audience: ECE / EEE / E&I / CSE Engineering Faculty
MoU support: Available for long-term college partnerships
Start Date: Batches opening soon — contact us to schedule your college's FDP
Three core domains we help professors integrate into university curriculums and student labs.
Modernize digital logic simulation and physical flashing labs. Covers Verilog/VHDL RTL, testbenches, ModelSim functional simulation, Vivado, and FPGA target implementation.
Structure industrial IoT labs and real-time connectivity classes. Covers task scheduling, FreeRTOS/Zephyr bootloaders, BLE/Wi-Fi communication, and cloud integration.
Integrate SoC board configurations into curricula. Covers Yocto Project layers, custom device drivers, root file systems, secure boot, and hardware debuggers.
| Program Track | Fee | Includes |
|---|---|---|
| Faculty FDP — 3 Days (15 hrs) | ₹ 1,500 / hr | ₹ 22,500 total — all core program contents, digital materials, and FDP certificates |
| Faculty FDP — 5 Days (25 hrs) | ₹ 1,500 / hr | ₹ 37,500 total — extended curriculum topics, session recordings, and custom assignment files |
| Faculty FDP — 10 Days (50 hrs) | ₹ 1,200 / hr | ₹ 60,000 total — full advanced curriculum coverage, post-FDP sandbox support, and MoU setup |
| College Group FDP (Faculty + Students) | Contact Us | Combined department-wide enablement program with custom package pricing |
* Note: All fees exclusive of GST. Per-hour rates apply to total program hours.
We focus on physical delivery, actual components, and real engineering experience.
Real industry delivery — not just theory. Production-grade IoT, medical, and FPGA systems shipped globally.
Real hardware every session. STM32, ESP32, Nordic, NXP i.MX8M, BeagleBone, FPGA — actual boards, actual code.
6 proven project case studies from IoT, Medical Devices, Edge AI, RFID, and Critical System Rescue shared in every program.
Want to enroll multiple engineers or customize the toolsets to match your guidelines? Contact our enrollment desk.
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