Introduction to Microcontrollers
Flexible microcontroller training with EBlocks 3 from Matrix TSL. Teach Arduino, PIC, and ESP systems with Flowcode integration, Auto ID, and hands-on learning.
PIC Embedded Lab
BL1115
The Matrix TSL PIC Embedded Lab is a hands-on training package designed to help students build foundational and intermediate microcontroller skills through applied projects. Built around EBlocks 3 PIC microcontrollers and Matrix AllCode Buggies, this lab gives learners the opportunity to move beyond theory and into practical electronics, programming, and system control.
Students can design circuits, write and test code, and apply what they learn through project-based activities that connect embedded programming with real hardware. From simple LED and input/output exercises to sensor integration, PC interfacing, and motor control, this solution supports a broad range of embedded systems instruction for secondary, postsecondary, and technical training programs.
The PIC Embedded Lab also includes a Flowcode site license, helping instructors introduce graphical and text-based programming workflows in a classroom-friendly format. Combined with curriculum and robotics-based activities, this lab provides an engaging way to teach coding, electronics, automation logic, and problem-solving skills in a structured learning environment.
Key Features
- Hands-on embedded systems training built around EBlocks 3 PIC microcontrollers
- Includes Matrix AllCode Buggies for applied programming and robotics activities
- Supports circuit building, code development, testing, and troubleshooting
- Helps students progress from introductory projects to more advanced control applications
- Includes Flowcode software for accessible microcontroller programming
- Ideal for teaching electronics, coding, automation, and mechatronics fundamentals
The Matrix TSL PIC Embedded Lab includes a combination of hardware, software, and curriculum-focused resources to support classroom implementation. The package includes:
- Programming PIC microcontrollers curriculum resources
- Flowcode site license
- AllCode class bundle
- Applied Engineering Expansion Pack
This bundled approach gives instructors a ready-to-use solution for introducing embedded programming and expanding into broader engineering activities.
The PIC Embedded Lab is supported by curriculum areas that help instructors build a progressive learning path across embedded systems and applied programming topics.
Introduction to Microcontrollers
This introductory curriculum is designed for students programming microcontrollers for the first time. It establishes core concepts and provides a foundation for understanding inputs, outputs, logic, and basic device control.
PC Interfacing
Students learn how to connect embedded projects with external computer-based systems, including a Windows PC and smartphone-style applications. This helps bridge microcontroller programming with real-world communications and interface development.
Sensors and Microcontrollers
This area introduces learners to the use of both analog and digital sensors, helping them understand how embedded systems gather information from the surrounding environment and respond to changing conditions.
Motors and Microcontrollers
Students explore motor control using microcontrollers, expanding their skills into motion-based applications. This is especially useful for robotics, automation, and introductory mechatronics activities.
The PIC Embedded Lab is a strong fit for programs that want to teach embedded systems through active, project-based learning. It can support instruction in:
- Electronics and electrical engineering
- Computer science and coding
- STEM and pre-engineering
- Robotics and automation
- Career and technical education labs
Because students work directly with physical hardware, the system helps reinforce both technical understanding and practical problem-solving.
For instructors, the Matrix TSL PIC Embedded Lab provides a structured way to teach embedded programming with hardware that students can see, wire, program, and test. The combination of curriculum, software, and application-based projects can improve engagement and support skill development across multiple technical areas.
For students, the lab turns abstract programming concepts into visible outcomes. Instead of only writing code on a screen, learners can watch their programs control lights, sensors, motors, and robotic platforms, making embedded systems training more interactive and memorable.
PIC® is a registered trademark of Microchip Technology Inc. This product is not affiliated with, sponsored by, or endorsed by Microchip Technology Inc.
