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IPCS Global Coimbatore

Career programme

Advanced Embedded Systems Program (CESE) in Coimbatore

Our most comprehensive embedded programme — eleven microcontroller families, RTOS, Python and Embedded Linux.

  • 4 Months (120 Days)
  • 360 Hours
  • 15 modules
  • Classroom + hands-on lab
  • Govt.-accredited (NSDC) + IPCS
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Programme overview

Certified Embedded System Engineer (CESE) is our flagship embedded programme. You master Embedded C, then work hands-on with Arduino, PIC, 8051, ARM, STM32, AVR, MSP430, RP2040 and ESP32, add Python and Raspberry Pi, and finish with FreeRTOS and Embedded Linux device drivers.

  • 4 Months (120 Days)

    Duration

  • 360 Hours

    Training hours

  • 15

    Modules

  • 5

    Projects

Who should join

  • BE / B.Tech / Diploma in ECE, EEE, EIE, CSE
  • Final-year engineering students
  • Electronics hobbyists turning professional
  • Engineers switching into firmware roles

Eligibility

Diploma or degree in electronics, electrical, instrumentation or computer science.

Best for: BE / B.Tech / Diploma in ECE, EEE, EIE, CSE

What you'll be able to do

  • Write clean, efficient Embedded C
  • Program 9+ microcontroller families
  • Interface sensors, displays, motors and protocols
  • Build real-time applications with FreeRTOS
  • Write basic Linux device drivers
  • Design and simulate PCBs for your projects

The full syllabus

15 modules, 360 hours, delivered in three phases that each build on the last.

  1. 01

    Phase 1

    Foundation

    Modules 1–3 · 80 Hours

    Embedded C, electronics and PCB basics.

  2. 02

    Phase 2

    Microcontrollers

    Modules 4–11 · 175 Hours

    Hands-on with nine controller families and all key interfaces.

  3. 03

    Phase 3

    Advanced

    Modules 12–15 · 105 Hours

    Python, Raspberry Pi, FreeRTOS and Embedded Linux.

Training hours by module360 hours in total
  • 01 Embedded C Programming40h
  • 02 Basic Electronics for Embedded Systems20h
  • 03 PCB Design & Circuit Simulation20h
  • 04 Arduino Microcontroller20h
  • 05 PIC Microcontroller25h
  • 06 8051 Microcontroller20h
  • 07 ARM Microcontroller20h
  • 08 STM32 Microcontroller35h
  • 09 AVR Microcontroller15h
  • 10 MSP430 Microcontroller15h
  • 11 RP2040 / ESP32 Microcontroller25h
  • 12 Python Programming for Embedded & IoT25h
  • 13 Raspberry Pi Embedded Systems25h
  • 14 RTOS with STM32 (FreeRTOS)25h
  • 15 Embedded Linux & Device Driver Development30h

Module-by-module topics

11% of programme
  • Data types, operators & control flow
  • Arrays (1D/2D), strings & functions
  • Pointers, structures & unions
  • Memory concepts & bit manipulation
  • Writing modular, reusable firmware

6% of programme
  • Basic electrical: voltage, current, power
  • Basic electronics: R, L, C, diodes, transistors
  • Digital systems: gates, flip-flops, counters
  • Reading datasheets & schematics

6% of programme
  • Schematic capture
  • PCB layout basics
  • Proteus simulation

6% of programme
  • Arduino architecture & IDE
  • Digital/analog I/O
  • Sensor projects

7% of programme
  • LED, switch, 7-segment (1d–8d) & keypad
  • LCD, relays & motors
  • ADC, timers (0/1/2), PWM & interrupts
  • MPLAB X & XC8

6% of programme
  • 8051 architecture
  • Keil programming
  • Timers, serial & interrupts

6% of programme
  • ARM Cortex-M architecture
  • Registers & peripherals
  • CMSIS basics

10% of programme
  • STM32CubeIDE & HAL
  • GPIO, timers, ADC, PWM
  • UART, SPI, I2C & DMA
  • Interrupt-driven design

4% of programme
  • AVR architecture
  • Register-level programming

4% of programme
  • Low-power design
  • Peripherals & sleep modes

7% of programme
  • Dual-core RP2040 & PIO
  • ESP32 Wi-Fi & Bluetooth
  • IoT connectivity

7% of programme
  • Python fundamentals
  • MicroPython
  • Data logging & automation

7% of programme
  • Raspberry Pi OS & GPIO
  • Camera & sensors
  • Pi as IoT gateway

7% of programme
  • Tasks, scheduling & priorities
  • Queues, semaphores & mutexes
  • Real-time design patterns

8% of programme
  • Linux boot process
  • Cross-compilation
  • Character device drivers
  • GPIO & I2C drivers

Tools & technologies you'll use

  • Embedded C / GCC
  • Arduino IDE
  • MPLAB X (PIC)
  • Keil µVision
  • STM32CubeIDE
  • Proteus
  • Oscilloscope & multimeter
  • Git
  • MSP430 LaunchPad
  • Raspberry Pi
  • ESP-IDF
  • FreeRTOS
  • Linux toolchain

Projects you'll build

  1. 1

    Project 01

    Smart home controller on ESP32

  2. 2

    Project 02

    Data logger with STM32 + SD card

  3. 3

    Project 03

    Multi-task RTOS application

  4. 4

    Project 04

    Raspberry Pi camera/IoT gateway

  5. 5

    Project 05

    Linux GPIO device driver

How you'll be assessed

  1. 01

    Module Assessments

    Practical and theory checks at the end of each module.

  2. 02

    Project Reviews

    Trainer review of your mini projects and final project.

  3. 03

    Certification

    Issued on meeting assessment and attendance criteria.

Certification: Government-accredited (NSDC) certificate + IPCS Global course certificate + Internship Certification.

Roles You'll Be Ready For

  • 1

    Embedded Software / Firmware Engineer

    Writes firmware for microcontroller-based products.

  • 2

    Embedded Hardware Engineer

    Designs and tests circuits and boards.

  • 3

    Embedded Test / Validation Engineer

    Tests firmware and hardware against requirements.

  • 4

    IoT Developer

    Builds connected devices and cloud links.

  • 5

    Device Driver / Linux Engineer

    Develops drivers and board support.

  • 6

    Field Application Engineer

    Supports customers using electronic components.

Your Growth Ladder

Click a stage to see what the role involves and its salary band.

  1. Write and test firmware modules.

Annual Salary Range (CTC) — ₹ Lakh per annum
Annual Salary Range (CTC) — ₹ Lakh per annum
StageMinimum (₹ lakh p.a.)Maximum (₹ lakh p.a.)
Trainee / Junior Embedded Engineer35
Embedded Engineer510
Senior Embedded Engineer / Tech Lead1018
Embedded Architect / Engineering Manager1835

Indicative ranges for India in 2026. Lower end: Tier-2 cities such as Coimbatore and smaller firms; upper end: metros and larger companies; GCC and overseas packages are typically higher. Guidance only, not a salary guarantee.

Skills to add next

  • Embedded Linux & Yocto
  • RTOS internals
  • ARM Cortex-M in depth
  • Debugging with JTAG & logic analysers
  • C++ for embedded

Certifications to target

  • NSDC-aligned embedded certification
  • ARM accredited engineer (later career)
  • Embedded Linux training
  • MISRA C awareness

Upgrade path at IPCS Global

  1. 1

    Automotive Embedded System Design Program

    View Automotive Embedded System Design Program →

  2. 2

    PCB Design Program

    View PCB Design Program →

Your first 12 months after the course

  1. Month 0–1

    Get Visible

    Polish your resume and portfolio; apply through the IPCS placement cell's drives.

  2. Month 1–3

    First Role

    Join as a Trainee / Junior Embedded Engineer.

  3. Month 3–6

    Get Certified

    Earn one certification from the list above.

  4. Month 6–12

    Specialise

    Pick a specialisation and own a project, system or channel.

Global opportunity: Embedded skills are in demand in Germany, Japan, the US and the GCC. Many Indian engineers work on global projects from Bengaluru, Chennai, Coimbatore, Pune and Hyderabad design centres.

Placement support

Technical skill gets you noticed — presentation and confidence get you hired. Every learner goes through a structured career-readiness track alongside their course. Advanced Embedded Systems Program (CESE) learners get 100% placement assistance from our Coimbatore placement cell.

  • Dedicated Placement Cell

    An in-house team works with industry partners to line up interviews, drives and referrals — supporting learners until they are placed, not just until the course ends.

  • Resume Building

    One-on-one sessions to craft an achievement-focused resume tailored to the role and industry each learner is targeting.

  • Aptitude Training

    Structured practice in quantitative aptitude, logical reasoning and verbal ability — the areas most recruiters screen first.

  • Personality Development & Talentino

    Communication, body-language and workplace-readiness coaching, plus our in-house talent showcase sessions.

  • Mock Interviews & Group Discussions

    Simulated technical and HR panels and GD rounds, so the first real interview never feels like the first.

Final selection depends on each learner's skills and interview performance. See recent placements

Course fees

Contact for fees

The fee for Advanced Embedded Systems Program (CESE) depends on the batch type and learning mode you choose. Call or WhatsApp +91 80860 96664 for the current fee and any instalment options, or book a free demo class first.

Ask for fees

Batch timings

Batches: Weekday · Weekend · Fast-track. Mode: Classroom + hands-on lab.

  • Weekday Batches: Regular daytime batches for students and freshers.
  • Weekend Batches: Saturday–Sunday batches for working professionals.
  • Fast-Track Batches: Intensive schedules to finish sooner.

Exact class timings are fixed for each new batch — our counsellors will share the next start date. Centre hours: Mon–Sat, 9:00 AM – 7:00 PM.

Advanced Embedded Systems Program (CESE): frequently asked questions

Advanced Embedded Systems Program (CESE) runs for 4 Months (120 Days) with 360 hours of training across 15 modules and 5 hands-on projects. You can choose a weekday, weekend or fast-track batch at our Peelamedu centre.

Diploma or degree in electronics, electrical, instrumentation or computer science. Best suited for: BE / B.Tech / Diploma in ECE, EEE, EIE, CSE. It is also a good fit for BE / B.Tech / Diploma in ECE, EEE, EIE, CSE, Final-year engineering students and Electronics hobbyists turning professional.

You will work hands-on with Embedded C / GCC, Arduino IDE, MPLAB X (PIC), Keil µVision, STM32CubeIDE, Proteus, Oscilloscope & multimeter and Git, among others. Modules include Embedded C Programming, Basic Electronics for Embedded Systems, PCB Design & Circuit Simulation and Arduino Microcontroller.

Typical roles include Embedded Software / Firmware Engineer, Embedded Hardware Engineer, Embedded Test / Validation Engineer and IoT Developer. The indicative starting range for a Trainee / Junior Embedded Engineer is ₹3–5 lakh per annum; this is guidance only, not a salary guarantee. Our placement cell supports you with resume building, mock interviews and interview drives.

Government-accredited (NSDC) certificate + IPCS Global course certificate + Internship Certification. Embedded Systems & IoT programmes are delivered at IPCS Global Coimbatore, an ISO 9001:2015 certified institute.

Fees depend on the batch type you choose. Please call or WhatsApp +91 80860 96664 for the current fee and any offers, or book a free demo class to meet the trainers first.

Anything else? Call +91 80860 96664 or visit the Coimbatore branch (Mon–Sat, 9:00 AM – 7:00 PM).

Related programmes

Book Your Free Demo Session Today

Sit in on a live Advanced Embedded Systems Program (CESE) class, meet the trainers and see the labs before you enrol.

WhatsApp us +91 80860 96664

Book Your Free Demo Session Today

Sit in on a live Advanced Embedded Systems Program (CESE) class, meet the trainers and see the labs before you enrol.

WhatsApp us +91 80860 96664