Flexible microcontroller training with EBlocks 3 from Matrix TSL. Teach Arduino, PIC, and ESP systems with Flowcode integration, Auto ID, and hands-on learning.
PC Interfacing
CP4436
PC Interfacing (CP4436) introduces students to the essential skills needed to connect embedded systems with external computer-based platforms. This curriculum expands on microcontroller programming by enabling communication between embedded devices, Windows PCs, and mobile technologies—preparing learners for real-world IoT and Industry 4.0 applications.
Using a combination of Flowcode software tools, students develop the ability to send, receive, and process data across systems. From USB communication to cloud-based messaging protocols, this course builds practical skills in connectivity, integration, and system-level thinking.
This curriculum provides approximately 10 hours of guided learning focused on connecting embedded systems to PCs and mobile platforms. Students explore both local and network-based communication methods, gaining hands-on experience with modern interfacing techniques.
- Structured learning focused on embedded-to-PC and mobile communication
- Hands-on activities using Flowcode development environments
- Real-world applications in IoT and connected systems
- Supporting resources including videos and example projects
Students utilize a suite of Flowcode software to design, simulate, and implement communication between devices and applications.
- Flowcode Embedded for microcontroller programming
- Flowcode PC Developer for Windows-based application development
- Flowcode Web Developer for browser-based interfaces
These tools provide an accessible, flowchart-based approach to programming, allowing students to focus on system functionality and communication logic.
Students explore a range of communication methods used in modern embedded systems and connected devices.
- USB communication between embedded systems and PCs
- PC software development using Flowcode PC Developer
- MQTT messaging protocols for IoT applications
- Broker-based communication using the Matrix web server
A key component of this curriculum is MQTT-based communication, a lightweight messaging protocol widely used in IoT systems. Students learn how devices communicate through a broker, enabling real-time data exchange between embedded systems, PCs, and mobile devices.
This experience introduces learners to the principles behind cloud-connected systems and scalable communication architectures used across industry.
To support learning and implementation, the curriculum includes a variety of supplemental resources designed for both students and instructors.
- Free instructional videos available on YouTube
- Example projects hosted on the Flowcode Wiki
- Step-by-step activities for guided learning
- Flexible delivery for classroom or self-paced environments
This curriculum is ideal for programs focused on electronics, embedded systems, computer science, and Industry 4.0 technologies. It helps students develop practical skills in device connectivity, data communication, and system integration—key competencies in today’s connected world.
Whether preparing students for advanced study or entry-level technical roles, this course provides a strong introduction to interfacing and IoT communication.
