Microcontrollers
- 8051
- AVR
- PIC
- ARM Cortex
Career Program • Indore
Embedded Systems Engineer Program
6-month embedded career accelerator with internship & placement assistance.
Learn C programming, Embedded C, Linux, 8051, AVR, ARM, RTOS, PCB design, networking and IoT — and build real industry projects with expert mentorship.
- Real Hardware Practice
- Industry Recognized Certification
- Expert Mentorship
- GitHub Portfolio Development
- Resume & Interview Preparation
India’s most practical embedded path
A 6-month embedded course built around 80% hands-on practice.
Experience a practical training path designed to match global technology standards — from your first line of C to an ARM-based product and a placement-ready portfolio.
Real hardware practice on 8051, AVR, PIC and ARM
Linux system programming and networking
PCB design, fabrication and soldering
IoT, cloud integration and smart systems
Week-wise roadmap
24 weeks at a glance.
See exactly which module runs when, and the outcome you walk away with.
Module focusExpected outcome
01Programming FoundationW1–4
Strong C & Data Structures
02Linux ProgrammingW5–7
Linux & System Programming
03Embedded C & 8051W8–11
Hardware Programming
04C++ ProgrammingW12–13
OOP & Software Design
05NetworkingW14–15
TCP/IP & Socket Programming
06PIC / AVRW16–17
Advanced Microcontrollers
07ARM CortexW18–20
Industry Embedded Development
08Advanced Embedded TechW21
Wireless & Industrial Interfaces
09IoT SystemsW22
Connected Devices & Cloud Basics
10Major Project & PlacementW23–24
Portfolio & Career Readiness
Curated learning journey
10 career modules. One connected path.
Open any module to see every topic, lab and assessment inside it.
01
Weeks 1–4Programming Foundation
Programming Foundation
“Strong programmers become great embedded engineers.”
C Programming
- Introduction to Embedded Systems
- Fundamentals of C
- Operators
- Decision Making
- Loops (for, do while, while)
- Functions
- Arrays
- Strings
- Pointers
- Storage Classes
- Structures
- Unions
- Enums
- Dynamic Memory Allocation
- Command Line Arguments
- Bitwise Programming
- Macros
- Pragmas
- File Handling
- Multi-file Programming
- Make Utility
- Searching & Sorting
Data Structures
- Linked List
- Doubly Linked List
- Trees
- Weekly Coding Practice
- Mini Projects
- Module Assessment
02
Weeks 5–7Linux System Programming
Linux System Programming
Linux Fundamentals
- Linux Architecture
- Kernel
- Shell
- Services
- System Calls
- Error Handling
Linux Programming
- File System
- Process Management
- Threads
- Memory Management
- IPC
- Pipes
- FIFO
- Message Queue
- Shared Memory
Advanced Linux
- Static Libraries
- Dynamic Libraries
- Shell Scripting
- Linux Practical Lab
- System Programming Assignments
03
Weeks 8–11Embedded C & 8051 Microcontroller
Embedded C & 8051 Microcontroller
Embedded Programming
- Embedded C
- Assembly Basics
8051 Architecture
- Timers
- Counters
- UART
- Interrupts
- GPIO
Hardware Interface
- LEDs
- LCD
- Motors
- Sensors
- Relays
- Keypad
- Buzzer
Communication Protocols
- UART
- I2C
- SPI
PCB Design
- Eagle CAD
- PCB Fabrication
- Testing
- Soldering
- Embedded Mini Project
04
Weeks 12–13Object Oriented Programming with C++
Object Oriented Programming with C++
Core C++ & Software Design
- OOP Concepts
- Classes
- Objects
- Constructors
- Destructors
- Friend Functions
- Operator Overloading
- Inheritance
- Polymorphism
- Templates
- Exception Handling
- File Streams
- C++ Coding Challenge
05
Weeks 14–15Computer Networking & TCP/IP
Computer Networking & TCP/IP
Network Architecture
- OSI Model
- TCP/IP
- IP Addressing
- ARP
- Routing
- Switching
- Socket Programming
Application Layer Protocols
- HTTP
- FTP
- SMTP
- DNS
- DHCP
- SNMP
- POP3
- Telnet
- Socket Programming Project
06
Weeks 16–17AVR & PIC Microcontrollers
AVR & PIC Microcontrollers
Architecture & Control
- GPIO
- ADC
- Timers
- UART
- I2C
Hardware Interfacing
- LCD
- Motor
- LED
- Sensors
- Hardware Project
07
Weeks 18–20ARM Cortex Programming
ARM Cortex Programming
Advanced Architecture
- ARM Architecture
- Memory Organization
- Interrupts
- Embedded C
- AMBA Bus
- PLL
- GPIO
- VIC
- RTOS
- Embedded Linux
- Kernel Compilation
- ARM Development Project
08
Week 21Advanced Embedded Systems
Advanced Embedded Systems
Wireless Technologies
- Bluetooth
- ZigBee
- RFID
- RF Modules
- GSM
- GPS
Sensors & Industrial Protocols
- Ultrasonic
- Graphical LCD
- Industrial Communication
- Wireless Testing Modules
09
Week 22IoT & Smart Systems
IoT & Smart Systems
Build Smart Embedded Systems
- IoT Fundamentals
- Cloud Integration
- Sensor Networks
- Connected Devices
- Cloud Connectivity Lab
10
Weeks 23–24Capstone Project & Placement Prep
Capstone Project & Placement Prep
Major Industry Project
- Smart Home Automation
- Industrial Automation
- Vehicle Tracking
- Smart Agriculture
- Smart Attendance
- Smart Energy Meter
- Robotics System
- IoT Monitoring Device
Placement Preparation
- Resume Building
- GitHub Portfolio
- LinkedIn Optimization
- Aptitude Training
- Technical Interview
- HR Interview
- Mock Interviews
- Portfolio Validation
- Certification
- Career Readiness
Your toolbox
Platforms, protocols & tools you will master.
From 8-bit controllers to ARM, wired buses to wireless — everything is practised on real hardware.
Software & OS
- Embedded C
- C++
- Linux
- RTOS
- Embedded Linux
Protocols
- UART
- I2C
- SPI
- TCP/IP
- HTTP
- Sockets
Wireless
- Bluetooth
- ZigBee
- RFID
- RF Modules
- GSM
- GPS
Hardware & PCB
- Eagle CAD
- PCB Fabrication
- Soldering
- Sensors
- Motors
- LCD
IoT & Cloud
- IoT Fundamentals
- Cloud Integration
- Sensor Networks
- Connected Devices
What you will build & deliver
Leave with proof, not just a certificate.
Every module ends in a working lab, mini project or assessment — all documented in your portfolio.
- 0120+ Hands-on Technical Labs
- 0210+ Domain Mini Projects
- 033 Major Scaled Industry Projects
- 04End-to-End PCB Design & Fabrication
- 05Linux System Programming Assignments
- 06Low-Level Embedded Driver Development
- 07Production Ready IoT Applications
- 08ARM-Based Product Development Architecture
- 09Verified Engineering Portfolio Layout
- 10Production Grade GitHub Repository
- 11Comprehensive Technical Documentation
Choose a capstone project
Career readiness
From classroom to interview room.
The last two weeks are dedicated to your portfolio and placement preparation.
- 01
Resume Building
A sharp, recruiter-ready engineering resume.
- 02
GitHub Portfolio
Production-grade repositories that prove your work.
- 03
LinkedIn Optimization
A profile that gets found by hiring teams.
- 04
Aptitude Training
Practice for written rounds and screening tests.
- 05
Technical Interview
Embedded, C and system-level interview prep.
- 06
HR Interview
Confident communication and self-presentation.
- 07
Mock Interviews
Realistic rehearsals with mentor feedback.
Roles this program prepares you for
- Embedded Firmware Engineer
- IoT Solutions Engineer
- Linux / System Programmer
- PCB & Hardware Design Engineer
- Robotics Engineer
- Automation Engineer
FAQs
Questions before you enrol.
Can’t find your answer? Message us and a coordinator will get back to you.
Ask on WhatsAppWho can join the Embedded Systems Engineer Program?
Engineering and diploma students, fresh graduates and career switchers. The program is beginner to advanced — Module 1 builds the programming foundation, so you do not need prior embedded experience.
How long is the program?
Six months — a 24-week cohort with 600+ hours of practical, lab-driven training across 10 career modules.
Is it classroom or online?
Training is delivered at our Indore centre, and online participation is available. Mention your preference when you enquire and our coordinator will confirm the mode for the next cohort.
Will I work on real hardware?
Yes. About 80% of the program is hands-on, with real hardware practice on 8051, AVR, PIC and ARM boards, plus PCB design, fabrication and soldering.
What projects will I build?
20+ hands-on labs, 10+ domain mini projects and 3 major industry projects, ending with a capstone such as smart home automation, vehicle tracking or an IoT monitoring device.
Is there a certificate and placement support?
Yes. You receive an industry-recognized certificate on completion, along with resume, GitHub, LinkedIn, aptitude and interview preparation. We provide placement assistance and guidance — we do not promise a specific job.
Can I get the syllabus brochure?
Yes. Use the Download Brochure button at the top of the page to get the full program PDF.
How do I enrol and what are the fees?
Fill in the enquiry form, call or WhatsApp us. A Genixotech program coordinator will share cohort dates, fee details and hardware-kit information.
Get in touch
Accelerate your embedded engineering career.
Connect with our onboarding desk for cohort dates, hardware-kit details and curriculum guidance.
- Phone+91 91718 05055
- Emailinfo@genixotech.com
- Office201, White Lotus Plaza, 1 Avantika Nagar, Near Sangam Nagar, Indore, Madhya Pradesh 452006
Build the skills embedded companies look for.
Six months of hands-on training, real hardware and a portfolio that speaks for you.