PomeLabs + Connect :
Get your students 👩🎓 to finally understand ⚡ electronics
PomeLabs + Connect : Connected Lab Equipment for Electronics and Computer Science by PomeLabs.
The Challenge
Electronics powers the world. But learning and teaching it is harder than it should be.
- Costly Hardware
- Traditional lab equipment is expensive to purchase and even harder to maintain. Components break, get lost, or become outdated, making it difficult for schools to provide reliable, hands-on experiences.
- Teaching Complexity
- Instructors juggle inconsistent gear, tangled wires, and limited lab time. Even simple lessons demand complex prep, making it hard to scale quality instruction.
- Higher Entry Barrier
- Students must grasp abstract theory before they ever see a working result. Unlike coding — where you can run your first program in minutes — electronics education offers slow feedback and steep early failure.
- Limited Resources
- Instructors juggle inconsistent gear, tangled wires, and limited lab time. Even simple lessons demand complex prep, making it hard to scale quality instruction.
- Low Enrollment
- Despite its strategic importance, electronics is often overlooked by students in favor of fields that feel more accessible or more immediately rewarding.
- Opaque Debugging
- When a circuit doesn't work, students don't know if the problem is in their logic, their wiring, or the hardware itself — turning every error into a black box of confusion.
Our Solution
PomeLabs Learning Platform :
Quality Computer Engineering Education, Now Within Reach.
PomeLabs brings together both hardware and software components into an integrated platform for electronics and computer engineering education.
How it works
From Circuit to Concept: How learning happens with PomeLabs + Connect PomeLabs + Connect
Your students don't just build circuits. They explore, experiment, and understand. The PomeLabs platform turns hands-on activity into real learning.
- 1Create
- Students build circuits using PomeLabs modules. No wires, no setup delays. They experiment freely, make mistakes, and learn by doing.
- 2Get Circuit
- The PomeLabs Algorithm instantly recognizes the arrangement and creates a digital twin. This opens up simulation, automated checks, and tailored instructional flows.
- 3Learn
- Students get immediate feedback as they test, adjust, and reflect. The combination of hands-on activity and digital insight turns exploration into understanding.
1
Seamless Circuit Building
Snap modules together without wires, test instantly, and explore freely with magnetic components designed to be error-tolerant.
2
A smart, instant digital twin made for learning
See your circuits come alive : instantly detected, fully interactive, and auto-checked to streamline every step of the learning journey.
3
Learn better through physical-digital interaction
Hands-on manipulation and instant digital feedback work together to deepen understanding and reinforce learning.
Why Choose PomeLabs
Discover how PomeLabs revolutionizes education with comprehensive tools, economic efficiency, and enhanced learning quality.
A sustainable, cost-effective, and value-adding solution
Cost Reduction
Time Savings for Teachers
Better Program Attractiveness
Comprehensive
A single toolkit for teaching diverse technologies
Robotics
Electronics enables sensing, control, and actuation. These are core functions in the development of intelligent robotic systems.
Embedded Systems
From appliances to industrial controllers, embedded systems rely on electronic circuits for real-time operation and reliability.
Telecommunications & IoT
Signal processing, connectivity, and low-power design are all grounded in electronic engineering.
Energy & Power Systems
Efficient power conversion, control, and monitoring in energy technologies depend on solid electronic design.
Tailored Solutions
Designed for Every Level of Learning
Whether you're introducing circuits in middle school or training future engineers at university, PomeLabs adapts to your curriculum.
👉 Discover how PomeLabs supports your educational context.
