DIY STEM Learning and Innovation Lab Kits for Beginners

Objective: To help students learn the fundamentals and innovate thereafter.

EdgeFX DIY STEM Kits are based on reusable, color-coded electronic building blocks, designed for ease of use and to feed the curiosity of young minds. EdgeFX STEM Kits come with extensive Audio-Visuals and exhaustive documentation including Assembly Procedure and Troubleshooting with physical diagram, project image and circuit diagram with explanation. Choose from a range of 200+ Real world application projects and fun-filled activities and experiments in Electronics, Arduino and Robotics.

EdgeFX Basic to Advanced level Innovation Lab Kits

Objective: Help students with project based learning, innovation and prototyping from basic to advanced level in Embedded, Communications, Robotics, IOT, Electrical, Power Electronics and build working hardware prototypes.

EdgeFX DIY Innovation Kits consists of 100 numbers beginners to advanced level innovation lab kits with overall 1600+ real-time guided challenges in Embedded, Communications, Robotics, IOT, Electrical, Power Electronics etc. The kits are reusable and powered with stand alone, modular, open-ended breakout boards interconnected with jumper wires. All the guided challenges are completely equipped with circuit schematic, layout diagram, self-explanatory program codes and elaborate documentation enabling further innovations. These are further supplemented with open ended challenges to foster innovation, creative mindset, design thinking and cognitive abilities.

EdgeFX DIY Soldering Kits

Objective: To help students use discrete level components to build working hardware prototypes.

Includes complete hardware including all discrete solderable components, ICs, modules with plain PCB, power supply, tool kit, program burner and a controller for building the project. Extensive documentation for project execution including step-by-step instructions for Circuit building, Assembly procedure and Troubleshooting.

Thorough understanding from the Problem definition to Circuit Design to Programming, Testing, Troubleshooting and finally building a working hardware project. Choose from a range of 400+ Solutions.

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