Introduction of the Course

Netskill’s Microcontroller and Embedded Driver Development Training is a hands-on, industry-focused program designed for engineers who build firmware close to the hardware. As a trusted corporate microcontroller training company, Netskill helps organizations develop robust, portable, and maintainable drivers for microcontroller-based systems across automotive, industrial, consumer electronics, and IoT domains.

This course covers microcontroller architecture, register-level programming, peripheral driver development, interrupts, timers, communication interfaces, and hardware abstraction layers (HAL). Delivered through Instructor-Led Online Training, In-Person Corporate Workshops, and Self-Paced learning on the Netskill LMS, learners gain access to HD course videos, real-world driver labs, gamified learning outcomes, quizzes, assessments, and certification, available anytime.

Courses: Instructor-Led, In-Person, or Self-Paced

Instructor-Led Online Training

Live expert-led sessions focusing on register-level programming and embedded driver design for real hardware.

In-Person Corporate Training

On-site, hands-on workshops customized to your microcontroller families, toolchains, and product requirements.

Self-Paced Training on Netskill LMS

24/7 learner access to:

• HD video lessons
• Microcontroller programming labs
• Peripheral driver development exercises
• Debugging and validation scenarios
• Gamified learning outcomes
• Quizzes and assessments
• Course completion certification

All learning resources are hosted on the Netskill LMS.

Target Audience for Corporate Microcontroller and Embedded Driver Development Courses

• Embedded systems engineers
• Firmware and driver developers
• Electronics and mechatronics engineers
• IoT and product development teams
• Automotive and industrial engineers
• R&D and hardware-software integration teams

What Are the Modules Covered?

Module 1: Introduction to Microcontrollers and Drivers

• Microcontroller families and architectures
• Role of drivers in embedded systems
• Development workflows

Module 2: Microcontroller Architecture and Memory

• CPU core basics
• Memory maps and registers
• Clock and reset systems

Module 3: Register-Level Programming in C

• Accessing hardware registers
• Bit manipulation techniques
• Volatile and memory barriers

Module 4: GPIO and Basic Peripheral Drivers

• GPIO configuration
• Interrupt-driven I/O
• Debouncing techniques

Module 5: Timer, Counter, and PWM Drivers

• Timer configuration
• PWM generation
• Motor and signal control basics

Module 6: Communication Interface Drivers

• UART, SPI, and I2C drivers
• DMA integration
• Error handling

Module 7: Interrupts, Exceptions, and RTOS Integration

• Interrupt latency and priorities
• ISR design
• RTOS-aware driver development

Module 8: Hardware Abstraction Layer (HAL) Design

• Portable driver architectures
• BSP development
• Layered design approach

Module 9: Debugging, Testing, and Optimization

• On-chip debugging tools
• Unit testing drivers
• Performance and power optimization

Module 10: Best Practices and Real-World Case Studies

• Coding standards and documentation
• Embedded driver case studies
• LMS-based quizzes, assessments, and certification

All modules include HD videos, hands-on labs, gamified learning outcomes, quizzes, assessments, and certification on the Netskill LMS.

Importance of Microcontroller and Embedded Driver Development Training

• Enables reliable hardware-software integration
• Improves firmware performance and stability
• Supports portable and scalable embedded designs
• Reduces development and debugging time
• Essential for embedded product engineering

Training Skills and Competencies for Employees

Participants will gain:

• Microcontroller architecture understanding
• Low-level driver development expertise
• Peripheral interfacing and control skills
• RTOS-aware firmware development knowledge
• Debugging and optimization proficiency

Netskill Approach to Microcontroller and Embedded Driver Development Training

Netskill delivers this program through:

• Register-level, hardware-focused labs
• Real-world embedded driver scenarios
• Gamified learning milestones
• Continuous quizzes and assessments
• Anytime access through the Netskill LMS

Why Choose Netskill as Your Microcontroller and Embedded Driver Development Training Partner?

• Trusted corporate microcontroller training company
• Online, In-Person, and Self-Paced delivery modes
• Experienced embedded firmware trainers
• Industry-aligned, practical curriculum
• Gamified LMS learning experience
• Certification validating embedded driver expertise
• Customizable corporate embedded training programs