Industry-leading Course for UG Students

Graduation Program in Embedded Systems

Immerse yourself in the dynamic realm of Embedded Systems, where our course empowers you to unravel the complexities of merging hardware and software. From FPGA development to programming Microcontrollers, acquire the expertise needed to engineer intelligent and efficient embedded solutions for a connected world.

2 year course
Hybrid Course
For UG Students
Industry Tools
Project based learning
Industry Internship
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50+
Students Trained
Multiple
Industry Partners
Design Verification Course

Launch your Embedded Systems Career

Kickstart your career with a structured two-year journey into embedded systems. You'll progress from foundational C/C++ and Arduino to mastering PIC and ESP32 microcontrollers, culminating in real-world IoT and RTOS projects.

Industry Tools

Hands-on experience with industry-standard tools and methodologies

Expert Mentorship

Learn from industry experts with years of practical experience

Industry-level Project

Apply your skills to a real-world challenge by undertaking an industry-level final year project with Vivartan.

Why Choose Our Course?

  • Skill Up with Academics Master industry skills alongside your regular college academics.
  • Hands-On Projects Real-world projects to build your portfolio
  • Industry Tools Hands-on experience with industry-standard tools and methodologies
  • Industry Internships Coveted internship opportunities
  • Individual Attention In-person training for personalized mentorship from industry experts with years of practical experience.
  • Industry‑level Final Year Project with Vivartan Complete a capstone final‑year project mentored and evaluated by Vivartan — an industry‑grade experience that readies you for real‑world VLSI roles.
24
Month program
10+
Core Modules

Your Learning Journey

Follow a structured path from Embedded Systems fundamentals to industry-ready expertise, with guaranteed job placement at the end.

Milestone 1: Core Foundations of Embedded Systems

Modules Covered:

  • Module 1 – Basics of Embedded Systems
  • Module 2 – Foundations of Arduino Programming

Outcome:
Build a solid foundation in embedded systems architecture and programming with Arduino. Gain first hands-on coding experience in C/C++ for microcontrollers.

Milestone 2: Sensor Integration & Bare-Metal Programming

Modules Covered:

  • Module 3 – Sensor Integration & Project Development
  • Module 4 – Bare-Metal Coding

Outcome:
Learn how sensors work, interface them with microcontrollers, and implement drivers at register level using GPIO, timers, interrupts, and ADC.

Milestone 3: Communication Protocols & PIC Fundamentals

Modules Covered:

  • Module 5 – Communication Protocols & Driver Development
  • Module 6 – Introduction to PIC Microcontrollers & MPLAB IDE

Outcome:
Master UART, SPI, and I2C communication protocols, then step into PIC microcontrollers with architecture insights, IDE setup, and debugging using PICKIT3.

Milestone 4: PIC Module Implementations & Projects

Modules Covered:

  • Module 7 – Implementation & Programming of PIC Modules

Outcome:
Apply knowledge by programming PIC modules like ADC, GPIO, Timers, and PWM. Develop real-world embedded projects on PIC hardware.

Milestone 5: IoT & Real-Time Systems with ESP32

Modules Covered:

  • Module 8 – IoT & ESP32 Microcontroller
  • Module 9 – RTOS Implementation in ESP32 (FreeRTOS)

Outcome:
Build IoT applications using ESP32 and sensors, then advance to FreeRTOS for real-time task management, synchronization, and industry-grade IoT solutions.

Proven Success Outcomes

Our graduates consistently achieve exceptional career outcomes in the embedded industry

5L+
Average salary
Multiple
Industry Partners
20+
Vivartan trained candidates in core companies

Comprehensive Curriculum

9 carefully crafted modules covering everything from Embedded Systems fundamentals to advanced RTOS implementation and real-world projects.

  • Definition & Characteristics of Embedded Systems
  • Difference between General-Purpose Computers & Embedded Systems
  • Embedded System Architecture
  • Microcontrollers vs. Microprocessors
  • Common Microcontroller Architectures
  • Memory Types in Embedded Systems
  • Classification: Real-Time vs. Non-Real-Time, Hard vs. Soft RTOS
  • Applications in Consumer, Automotive, Medical, etc.
  • Design Considerations: Power, Reliability, Cost, Size

  • Introduction to Arduino Platform & IDE Setup
  • Basic Components (LEDs, Resistors, etc.)
  • Programming Basics in C/C++
  • Variables, Data Types, Operators, Control Structures
  • Functions & Libraries (Standard & Custom)

  • Introduction to Sensors & Transduction Mechanisms
  • Analog vs. Digital Sensors, Calibration & Accuracy
  • IR Sensors, Environmental Sensors (Soil, Rain, Temp, Humidity)
  • Ultrasonic & Touch Sensors
  • Specialized Sensors (LDR, Gas, Fire Detection)
  • Mini Projects with Different Sensors

  • Bare-Metal Programming Fundamentals
  • GPIO Drivers & Sensor Interfacing
  • Register-Level Programming for Interrupts & Timers
  • ADC Drivers & Analog Sensor Integration

  • Overview of UART, SPI, I2C
  • Register-Level Programming of Communication Protocols
  • Implementing UART, SPI, I2C Drivers
  • Multi-Protocol Integration Projects
  • Debugging & Troubleshooting Communication

  • Introduction to PIC MCUs & Applications
  • PIC Architecture & Memory Organization
  • MPLAB IDE Setup & Programming Flow
  • Using PICKIT3 Debugger for Programming & Debugging

  • ADC Configuration & Applications
  • GPIO Configuration & Projects
  • Timers, Capture/Compare/PWM (CCP) Modules
  • Real-World Embedded Projects with PIC

  • IoT Concepts & Applications
  • ESP32 Overview & Comparison with Other MCUs
  • ESP32 Development Environment (Arduino IDE, ESP-IDF)
  • GPIO Configuration & Programming on ESP32
  • IoT Mini Project with Sensors

  • Introduction to RTOS & Need in Embedded Systems
  • Basics of Multitasking & Scheduling
  • FreeRTOS Features & Setup on ESP32
  • Task Management, Inter-Task Communication
  • Synchronization Mechanisms (Semaphores, Mutex, Queues)
  • Timers & ISRs in FreeRTOS
  • Real-Time IoT Projects using ESP32 + FreeRTOS

Meet the course instructor

Firstname Lastname
Position
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Ready to Start Your Journey?

Get in touch with our admissions team to learn more about the course, scholarships, and how we can help launch your Embedded Systems career.

Connect with us directly

Our admission counselors are available to answer your questions.

Chat on WhatsApp Call Us: +91 86180 18435 Email: info@vivartan.com