Electronics design
Analogue and digital circuitry, component selection, schematic capture, PCB layout, prototyping and design review.
About MitchElectronics
Engineering built around understanding.
MitchElectronics is a UK limited electronics engineering company creating practical hardware, learning resources and engineering solutions for makers, educators, engineers and product developers.
Engineering-led
Products and services are developed around real electrical, mechanical and manufacturing constraints.
Documentation first
Good hardware should be understandable, maintainable and useful beyond the moment it is switched on.
Made to be used
Design decisions favour practical assembly, testing, rework, prototyping and real-world deployment.
Learning matters
Many products are designed not only to work, but to make the underlying electronics easier to understand.
The business
More than an electronics shop.
MitchElectronics combines product design, technical education and engineering services under one roof. The same approach used to develop commercial electronics is applied to kits, development hardware, prototyping tools and learning resources.
MitchElectronics began in 2011 with a simple idea: electronics is far more useful when people can see how it works. That principle still shapes the company today. Products are intended to be built, tested, modified, measured and understood rather than treated as sealed black boxes.
The catalogue includes educational kits, soldering and surface-mount training projects, sensor modules, development hardware, prototyping products and other practical electronics. Clear documentation and supporting resources are treated as part of the product rather than an afterthought.
Alongside its own products, MitchElectronics provides engineering support spanning schematic design, PCB layout, embedded systems, firmware, software, prototyping, design review, production preparation and manufacturing support.
This combination of product development and education creates a useful feedback loop: professional engineering keeps the learning products grounded in real practice, while teaching and documentation encourage designs that are clearer, more serviceable and easier to hand over.
The engineer behind MitchElectronics
Robin Mitchell
MitchElectronics is led by engineer Robin Mitchell, whose work spans electronics design, embedded firmware, software development, prototyping, manufacturing support and technical communication.
Projects are approached from the complete system rather than the schematic alone: component selection, interfaces, PCB layout, firmware behaviour, manufacturability, testability, documentation and long-term support all influence whether a design succeeds in practice.
Firmware & software
Embedded firmware, device control, interfaces, automation, backend systems, APIs and supporting applications.
Manufacturing
Design-for-manufacture, sourcing, production preparation, supplier coordination, testing and handover.
Technical communication
Construction guides, engineering documentation, educational material and practical explanations for technical audiences.
What MitchElectronics does
Hardware, knowledge and engineering support.
The business is deliberately broad because successful electronics rarely stops at one discipline.
Electronics hardware
Kits, development boards, sensor modules, prototyping products and practical training hardware developed for real use.
Guides & learning
Construction instructions, electronics references, calculators and practical material that explain both the process and the circuit.
Engineering development
Support from early concept and architecture through schematic, PCB, firmware, software and working prototype.
Manufacturing support
Design refinement, DFM, sourcing, kitting, documentation, production preparation and supplier coordination.
Engineering principles
Designed to survive contact with the real world.
UnderstandableDesigns should be explainable, diagnosable and documented.
PracticalA circuit has to be buildable, testable and maintainable, not just theoretically correct.
AppropriateTechnology is chosen for the problem rather than for novelty.
TransferableDocumentation and handover should leave the customer or learner with something they can continue to use.
Build something useful
Start with a kit, a development board or an engineering problem.
Browse MitchElectronics hardware and resources, or get in touch about a product, prototype or design that needs engineering support.