Can Component-Level Electronics Be Taught Effectively Within an eLearning Program?
Hands-On Electronics in eLearning are on the rise! With the growing market of eLearning, particularly during and after the 2020 pandemic, remote education has become an essential tool for schools and students worldwide. Advancements in digital technology have greatly enhanced interactive online course offerings. However, challenges remain—especially in Career and Technical Education (CTE) and STEM programs, which rely heavily on hands-on learning.
At PRESSON Circuit Modules, we firmly believe that the answer to the question posed in this article’s title is a resounding YES! We are dedicated to blending theoretical concepts with hands-on experimentation and project development through our unique lab/theory lessons.
Bridging Theory and Practice with PRESSON Courseware
Our approach for the hands-on course in electronics and eLearning combines cognitive learning with kinesthetic activities. Using the PRESSON C51 Microcontroller Module, students progress through lessons by reading theoretical content, studying application examples, and performing programming exercises. With the Silicon Labs DEBUGADPTR interface, students seamlessly connect the C51 module to a PC or laptop and utilize the Silicon Labs IDE—a free, open-source programming platform—to write, run, and analyze code snippets.
This method ensures students gain practical, hands-on experience while mastering foundational electronics concepts.
Bridging Theory and Practice with PRESSON Courseware
For students learning remotely, clear and detailed instructions are essential. PRESSON kits include step-by-step assembly guides, minimizing confusion during independent work. Additionally, we are developing a video tutorial for those new to PCB soldering, ensuring accessibility for beginners.
Creating a Functional Home Electronics Workstation
A functional home-based electronics workstation is vital for eLearning success. While some may view this as costly, PRESSON offers budget-friendly solutions:
• Portable Analog Trainer: The Global Specialties PB500, available for ~$230, provides built-in DC voltage sources and function generators, making it ideal for PRESSON breadboard modules.
• Soldering Station: The Tilswall temperature-controlled soldering station ($40) and a Helping Hands tool ($11) are affordable and practical additions to any workstation.
• Test Equipment: The Mastech MS8268 multimeter ($42) and Hantek DSO5072P portable oscilloscope ($240) enable accurate measurements and waveform analysis for advanced exercises.
Benefits of eLearning in Electronics Education
Hands-On Electronics in eLearning offers flexibility and accessibility, allowing institutions to reach a wider student base while reducing overhead costs. For students, remote learning eliminates long commutes and accommodates work-life balance. However, the effectiveness of hands-on electronics education depends on two critical factors:
Comprehensive Course Materials: Clear learning objectives and detailed instructions ensure independent work is productive and confusion-free.
Adequate Resources: Students must have access to high-quality tools and equipment to perform lab exercises effectively.
By addressing these needs, PRESSON Circuit Modules empowers students to gain practical skills in electronics technology, bridging the gap between online and on-campus education.
Expanding the Scope of eLearning for Electronics
PRESSON Circuit Modules is committed to advancing electronics education. Our current courseware covers industrial applications of MCUs, sensors, and wireless communication circuits. We are also expanding our curriculum to include operational amplifiers and electromechanical actuators while transitioning to a fully interactive eLearning platform.
To learn more about our circuit modules and courseware, get in touch here!
