Course Description

Embedded Systems Development is a comprehensive 6-month intensive training program crafted for learners who want to gain real, practical experience in embedded technologies. Designed with a strong focus on hands-on learning, the course guides students through four structured modules, each building on the previous one to develop industry-ready skills. The training concludes with a capstone project, allowing learners to apply their knowledge and demonstrate their readiness for real-world embedded system development. Each module is individually paced, ensuring flexibility without compromising depth. Through guided assignments, real hardware interfacing, system programming, and applied design exercises, students progress from foundational concepts to advanced implementation with confidence.

What you will learn

• Master PCB Design & Layout Techniques
• 'C' Programming for Embedded Systems
• Arduino Made Easy: A Practical Approach
  
• Hands-On Raspberry Pi: From Setup to Real Projects

Course Objectives

• Equip learners with essential tools, techniques, and workflows to design and build complete embedded systems.
• Provide a foundational platform from which learners can independently advance into specialized or high-end embedded domains.
  
• Offer a flexible learning experience suited for working professionals, students, and hobbyists.
  

Key Highlights

• Strong focus on practical, real-world project experience.
• Instructor-led sessions with continuous guidance.
  
• Certification upon successful completion.
• Self-paced progression with structured support.
• Hardware-based project assignments throughout the training.
  

Tools and Technologies Covered

Hardware Platforms

• Raspberry Pi – Learn Linux-based embedded computing, Python programming basics, shell scripting, device interfacing, networking, and system applications.
• Arduino – Build rapid prototypes and master microcontroller fundamentals with an easy and accessible development ecosystem.
  
• AVR Microcontrollers – Understand low-level embedded fundamentals, memory architecture, registers, and bare-metal programming.
• ESP32 – Explore IoT development, wireless communication, Wi-Fi/Bluetooth integration, and cloud-connected systems.
• Raspberry Pi Pico (RP2040) – Gain hands-on experience with dual-core ARM microcontroller development and real-time programming.
  

Software Tools

• Embedded Linux – Configure, program, and manage embedded Linux environments, GPIO control, system programming, and peripheral communication.
• Arduino IDE & Toolchain – Program and debug microcontrollers efficiently using a beginner-friendly yet powerful development environment.
  
• KiCAD – Design schematics and PCBs while learning industry-standard board layout practices for real hardware development.

Learning Outcomes

Upon completion, learners will gain proficiency in:

• PCB design and embedded hardware workflows.
• 'C' programming concepts and embedded coding practices.
  
• Arduino development and prototyping.
• Embedded Linux development and system-level programming.
• Communication protocols and device interfacing.
  

Who Should Enroll

• Diploma or Engineering students (ongoing or completed).
• Technologists, educators, electronics hobbyists, and professionals.
  

Who This Course Is For

This program is built for learners who are serious about gaining real, practical skills in embedded systems—not just completing a syllabus. The focus is on learning-by-doing, building confidence, and developing the ability to design and implement working embedded products.
This is not a passive classroom experience. Instead, students are expected to engage actively, solve problems, build prototypes, and apply the concepts taught. The instructor provides guidance, mentorship, and structured direction—but the actual learning happens through individual effort, experimentation, and persistence.
While a certificate is awarded upon completion, the true value of this course lies in the skills, mindset, and hands-on experience gained. Those who commit to the process will walk away with the confidence to build systems, troubleshoot issues, and contribute to real-world product development.

Prerequisites

To participate effectively in this course, learners must have a smartphone with at least 2.5GB of data available per day.
Additionally, learners should have a laptop with an Intel i3 or i5 processor, running either Windows or Linux, to write and run code, perform simulations, and complete assignments. Finally, learners will need a USB storage ranging from 32GB to 1TB. The storage can be an SD card, SATA SSD or NVME with a suitable USB reader.

• Familiarity with basic concepts of electronics and electricity.
  
• Computer proficiency
  

Pricing and Enrollment

To begin your enrollment process, simply visit our Contact Page and submit your details. Please include a preferred time for us to reach you. Once received, our team will get in touch with you to share the course pricing, available batch schedules, and the next steps for enrollment.