How to turn on an LED
Welcome to "How to Turn On an LED," a fun and engaging beginner-friendly course that invites you to dive into the fascinating world of electronics! Whether you're a complete novice with no prior experience or someone curious about how electronic devices work, this course is crafted just for you.
Throughout this course, you will embark on a hands-on journey where you'll learn the foundational concepts of electronics while working on an exciting project: lighting up an LED. From understanding essential components like resistors, breadboards, and various power sources, to grasping the principles of circuit design and safety, this course will equip you with the knowledge and skills you need to get started.
You'll explore how to create a simple circuit and how to safely connect an LED, illuminating your path to further exploration in electronics. Additionally, we’ll address common troubleshooting techniques to help you overcome challenges and successfully complete your project.
Get ready to ignite your creativity and curiosity in electronics! By the end of this course, you’ll be confident in your ability to turn on an LED and tackle even more complex projects in the future. Let’s get started on this illuminating adventure together!
Course Description:
Are you ready to embark on an exciting journey into the world of electronics? Introducing our beginner-friendly course, "Ignite Your Curiosity: A Beginner's Guide to Turning on an LED!" Designed with absolute novices in mind, this hands-on experience will equip you with the fundamental skills needed to create your first electronic project.
In this engaging course, you will:
Explore Key Components: Gain a solid understanding of essential electronic components, including resistors, breadboards, and power sources. Discover how they work together to create functional circuits.
Hands-On Learning: Put theory into practice by building a simple circuit to turn on an LED. This step-by-step approach will demystify electronics, making complex concepts approachable and fun!
Safety First: Learn how to connect your LED and avoid common pitfalls safely. We prioritize safety and best practices, ensuring you feel confident in your skills.
Troubleshooting Skills: Encountering issues is part of the learning process! We’ll teach you how to diagnose and troubleshoot common problems, giving you the skills to resolve them easily.
No Experience Needed: Whether you’re curious about electronics or looking to kickstart a new hobby, this course is perfect for anyone without prior experience.
By the end of this course, you'll not only have the satisfaction of turning on an LED but also a foundational understanding of how electronic circuits work. Join us and ignite your curiosity today—who knows where this journey might lead you? Sign up now and take your first step into the vibrant world of electronics!
20th of October 2025 to 7th of November 2025
English
At the end of the course, during a celebratory closing ceremony, all participants will receive a Certificate of Accomplishment in recognition of their participation, successful completion of the LED circuit project, and personal learning achievements.
Students and staff of all the RUN-EU member institutions
Researchers aliated with RUN-EU member institutions
Beginners of all ages, students, STEM club members, educators or facilitators and lifelong learners of RUN-EU members.
This BIP is organised by University of Burgos (UBU), Vorarlberg University of Applied Sciences (FHV) and UGAL (University of Galati)
Application for this product is closed.
Programme at a glance
Introduction to electricity (current, voltage, resistance) (FHV)
Components overview: LED, resistor, breadboard, power (FHV)
24 Oct 17:00 to 19:00 (Madrid time)
Exploring components: functions and identification (UBU)
27 Oct 17:00 to 19:00 (Madrid time)
Breadboard basics and wiring techniques 2h (UGAL)
28 Oct 17:00 to 19:00 (Madrid time)
Designing and simulating your first LED circuit 2h (UGAL)
30 Oct 17:00 to 19:00 (Madrid time)
Troubleshooting common circuit issues (UBU)
Safety practices in electronics (UBU)
31 Oct
Final online reflection and preparation for in-person week 1h (UBU)
9.00-11.00: Welcome to the course and making the work groups (UBU)
11.30-13.30: Welcome session (ALL)
17:00-18:30 Guided tour in Burgos City
04/11
9.00-11.00: Breadboard setup (UGAL)
11.00-11.30: Coffee break
11.30-13.30: LED circuit assembly (UGAL)
05/11
9.00-11.00: Building Inductive component (UBU)
11.00-11.30: Coffee
11.30-13.30: Experimenting built Inductive (UBU)
17:00-19:00 Guided tour to the cathedral
06/11
9.00-11.00: Final project: Design your own LED circuit (UGAL)
11.00-11.30: Coffee
11.30-13.30: Build and test your final project (UGAL)
17:00-19:00 guided tour to the Museum of Human Evolution.
7/11
9.00-11.00: Project presentations & peer feedback (ALL)
11.00-11.30: Coffee
11.30-13.30: Closing Ceremony & Certificate Celebration (ALL)
Learning outcomes
By the end of this Erasmus+ Blended Intensive Programme, learners will be able to:
- Understand the basic principles of electricity and circuits.
- Identify and describe essential electronic components.
- Build a simple LED circuit.
- Interpret and follow basic circuit diagrams.
- Apply safety practices when working with electronics.
- Troubleshoot common issues in simple circuits.
- Reflect on the learning experience and future applications.
Selection criteria
Open Enrollment:
All interested participants will be accepted as long as there are enough spots available.
If Spots Are Limited:
In the case of high demand, selection will follow the principles of fair access and equal opportunity, in line with European fair selection regulations. Priority will be given to those who:
- Clearly express interest and motivation to participate.
- Are committed to attending the full course, including the in-person session.
- Contribute to a diverse and inclusive learning environment.
Involved organisations and persons
University of Burgos
Lead Organisation- Guirguis Zaki (Lead Instructor)
Vorarlberg University of Applied Sciences
Partner Organisation- André Mitterbacher (Instructor)
