Practical & Hands-on
Learn by building with real hardware, components, instruments and working prototypes.
⚡ Industrial Embedded & IoT Product Development
Become an Embedded & IoT Product Development Engineer.
Build real electronics products from concept to deployment through intensive hands-on training in electronics, embedded hardware, firmware, communication, PCB design, testing, debugging and product development.
Training · R&D Lab
Status: Learn → Build → Test → Deploy
Embedded Hardware
MCU + Peripherals
→ Boards · Bring-up · Debugging
Firmware
Embedded C
→ Drivers · Protocols · Control
PCB Development
Schematic + Layout
→ Fabrication · Assembly · Test
IoT & Connectivity
Industrial IoT
→ Sensors · Networks · Data
A practical engineering program built around real hardware, firmware, PCB development, debugging and product-oriented projects.
Why This Program
Learn by building real electronics products.
Develop practical engineering skills through hardware, firmware, PCB design, debugging, testing and product development.
Product Focused
Work through complete product development from concept to functional prototype.
Real Hardware Exposure
Gain practical experience with microcontrollers, sensors, modules, PCBs and test equipment.
Expert Mentorship
Get engineering guidance focused on development, debugging, testing and product thinking.
Program Modules
From electronics fundamentals to complete products.
A structured learning path covering the core skills required for embedded electronics product development.
01
Electronics Fundamentals
Components, semiconductor devices, circuit analysis, op-amps, ICs and power supplies.
02
Embedded Hardware Design
Microcontroller architecture, clock/reset, memory, peripherals, analog/digital design and protection circuits.
03
Embedded Firmware Development
C programming, registers, peripherals, interrupts, timers, low-power techniques and bootloader concepts.
04
Communication Interfacing
I2C, SPI, UART, CAN, RS485/Modbus, data framing, parsing and error handling.
05
Sensor & Actuator Systems
Analog signal conditioning, ADC/DAC, sensor calibration, actuators, drivers and filtering.
06
PCB Design & Fabrication
Schematic capture, PCB layout, DFM, fabrication, assembly and professional PCB development.
07
Testing & Debugging
Oscilloscope usage, multimeter and analyzer workflows, signal debugging, EMI/noise handling and reliability testing.
08
Product Development Capstone
Requirements, design, prototyping, integration, testing, optimization and final product development.
Hands-on Projects
Build. Test. Debug. Improve.
Practical project development connects electronics, firmware, sensors, communication and control.
Smart Socket Timer
Build a timer-based automated 3-pin socket with relay control and LED indication.
Smart Room Monitor
Monitor temperature, humidity, light and other parameters with display and alert functions.
Industrial I/O Controller
Design and build an I/O controller for real industrial applications using embedded control.
Relay Automation System
Build a multi-channel relay system with manual and automatic control logic.
Industrial IoT Node
Develop an IoT node with communication, data logging and cloud connectivity.
Custom PCB & Capstone
Develop a complete product through schematic design, PCB development, assembly, testing and validation.
Engineering Workflow
From concept to product.
Follow a complete engineering workflow instead of learning isolated topics.
01Requirement Analysis
02Circuit Design
03PCB Design
04Fabrication
05Assembly
06Testing & Validation
07Final Product
Key Skills
Skills you will develop.
Build practical capabilities for embedded electronics and product development roles.
Electronics Circuit Design
Design electronic circuits using components, ICs and practical circuit-analysis techniques.
Microcontroller Development
Work with microcontrollers at register, peripheral and firmware level.
Embedded Firmware
Develop embedded C firmware and understand low-level embedded programming.
Industrial Communication
Implement communication protocols and interfaces used in embedded systems.
PCB Design
Design PCBs and understand the complete fabrication and assembly process.
Testing & Debugging
Test, debug and optimize real hardware using measurement and debugging tools.
R&D Lab Infrastructure
Tools for real engineering exposure.
Practical development using electronics tools, instruments, programming equipment and prototyping facilities.
Oscilloscopes
Signal analysis, waveform debugging and circuit validation.
Power Supplies
Regulated DC supplies, multi-output sources and circuit testing.
Soldering & Rework
Temperature-controlled soldering, SMD rework and precision assembly.
PCB Fabrication
PCB etching, drilling, cleaning and finishing workflows.
3D Printing
Enclosures, parts, jigs, fixtures and rapid prototyping.
Microcontroller Programmers
IC programming, firmware upload and chip-level debugging.
Components & Sensors
Components, ICs, sensors, modules and communication hardware.
Engineering Workstations
Individual workspaces, tools and project documentation.
Parts & Tools Library
Organized inventory for practical electronics product development.
Career Focus
Build skills for real engineering roles.
Develop practical engineering experience across embedded and electronics development.
Embedded Hardware Engineer
Develop embedded hardware, microcontroller-based circuits and electronic subsystems.
PCB Design Engineer
Work on schematic capture, PCB layout, fabrication and board-level development.
Firmware Developer
Develop embedded C firmware and work with microcontrollers, peripherals and communication.
Test & Validation Engineer
Test, debug and validate electronics products using measurement equipment.
Product Development Engineer
Work across electronics, firmware, PCB, testing and product integration.
R&D Engineer
Develop and prototype new electronics products and embedded solutions.
Fee Structure & Booking
Embedded & IoT Product Development Engineer Program
6 Months • Hands-on • Practical • Industry Oriented
₹40,000
₹75,000
Special launching fee per student.
Booking Details
- Advance payment: ₹10,000
- Advance payment is non-refundable
- Balance fee before or on start date
- Seat confirmed after advance payment
- Limited seats available
- Certificate of completion
- Expert mentorship and career guidance
Embedded & IoT Program Brochure
Download the complete program details, projects, facilities and fee information.
FAQ
Frequently Asked Questions
What is the duration of the program?
The program duration is 6 months and is designed around hands-on, practical and industry-oriented learning.
What topics are covered?
Electronics fundamentals, embedded hardware, firmware development, communication interfacing, sensors and actuators, PCB design and fabrication, testing and debugging, and product development.
Is the training practical?
Yes. The program focuses on hands-on learning, real hardware, practical projects, testing, debugging and product development.
What projects will I work on?
Projects include smart socket timer, smart room monitoring, industrial I/O controller, relay automation, industrial IoT and custom product development projects.
What is the program fee?
The special launching fee is ₹40,000 per student. The regular course fee is ₹75,000.
How much is required to book a seat?
A ₹10,000 advance payment is required to confirm the seat. The advance payment is non-refundable.
Ready to build real electronics products?
Start your journey toward becoming a product development engineer.