Circuit Design
Circuit concepts, component selection, power supplies, interfaces, and clearly documented schematics.
Electronics · PCB Design · Prototyping
From concept to circuit.
Precision electronics development — from the initial concept through circuit design and PCB layout to prototype implementation. Engineered down to the details.
Circuit DesignMulti-Layer PCB DesignMechatronic SystemsElectronics Prototyping
01 / Expertise
Engineering with
technical depth.
From individual engineering challenges to complex electronics projects: a structured approach connects circuit design with its intended application.
PCB Layout
Component placement, multilayer PCB design and routing, taking manufacturability, current paths, and signal integrity into account.
Prototyping
Manufacturing preparation and support with assembly, commissioning, and initial functional tests, as agreed.
Mechatronic Systems
Engineering electronics as part of complete systems with motors, sensors, actuators, and mechanical components.
3D CAD & Visualization
High-quality PCB renders, assembly models, and clear visualizations for technical coordination.
Engineering Deliverables
Preparation of schematics, bills of materials, Gerber and drill files, and other agreed project documentation.
SCHEMATIC VISUALIZATION · NOT ORIGINAL PCB LAYER DATA
01A / MULTILAYER PCB DESIGN
Multilayer
PCBs.
From simple two-layer designs to more complex four- and six-layer PCBs, tailored to the project requirements.
Discuss a PCB ProjectL1 · Top Copper · Signals and component connections
02 / Selected work
Engineering you can
see.
Selected engineering and CAD showcases focusing on PCB architecture, system integration, and detailed design.
Electronics · Control · System Integration
Motor Control with User Interface and Display
Engineering visualization of a controller PCB with two motor drives, external modules, and a display connection — from PCB concept to complete assembly.
Multilayer PCB · Embedded Electronics
Embedded Controller Board
Detailed PCB visualization featuring separated functional sections, interfaces, and motor driver stages.
PCB Concept · Sensor Systems
Compact Flight Controller
Electronics concept with a central processor, sensor and motor connections, and a compact form factor.
3D CAD · Mechatronic Assembly
Integration into a Drone Assembly
Showing how the flight controller, frame, drive components, and wiring work together as a complete system.
Note: The projects shown are engineering and visualization showcases. Images do not constitute evidence of series production, certification, or completed product validation.
02A / Engineering Explorer
Explore engineering
in detail.
Interactive views of component functions and typical interfaces, using our own CAD renders and explanatory diagrams.
INTERACTIVE / 01
Component Zoom
Explore selected functional areas of our MotionCore PCB rendering up close.
Select an area to explore.Select a Component Area
Technical DetailSelect an area to zoom in and learn about its function.
Descriptions refer to visible functional areas of the board and are not complete component specifications.
INTERACTIVE / 02
Interfaces & Signal Paths
Explore typical communication and control interfaces in an embedded system.
SELECTED INTERFACE
CAN-Bus
Robust differential communication between controllers, often used in industrial and mechatronic systems.
- Typical Application
- Communication between distributed control and drive modules.
- Operating Principle
- Message-based bus with priority arbitration and error detection.
Conceptual diagram of typical interfaces; it does not claim to represent the exact pinout or features of the showcased MotionCore or flight controller projects.
03 / Project Process
Eight Steps.
One Clear Engineering Process.
Every project is different. Our process provides a clear structure — from the first inquiry through engineering decisions to the agreed handover.
Select a step to explore that stage of development.
01
Inquiry
Clarify goals, scope, functions, and requirements.
02
Concept
Define the architecture, components, and technical approach.
03
Schematic
Develop circuits, protection functions, and connections.
04
PCB Design
Place, route, and design for manufacturability.
05
Manufacturing
Coordinate PCB ordering and manufacturing.
06
Assembly & Testing
Assembly, commissioning, and agreed testing.
07
Handover
Hand over the prototype and engineering documentation.
08
Completion & Feedback
Review results, resolve open questions, and agree on next steps.
Transparent from the Start.
Scope, acceptance criteria, and deliverables are agreed for each project. Steps may be omitted or added based on the assignment.
Results Matter.
The goal is more than an attractive PCB model: depending on the contract, the result is a verifiable engineering milestone backed by technical documentation.
04 / Deliverables
Everything needed for
the next step.
Clear technical deliverables support manufacturing, future development, and later revisions.
⌁
Schematic
Documented circuits and defined interfaces.
▦
PCB Manufacturing Files
Gerber, drill, and optional assembly files.
≡
Bill of Materials (BOM)
Structured component list for sourcing and assembly.
◈
3D Models & Documentation
CAD files and project-specific handover documentation.
05 / About Us
Understanding electronics.
Thinking in systems.
Solid Circuit Engineering combines electronics development with expertise in mechatronics. Our technical foundation includes a master craftsman qualification in mechatronics, electrical machine engineering, and automation.
We focus on carefully engineered circuits, clean PCB layouts, and real-world applications — from motor controllers and sensors to compact embedded systems.
- Clear, collaborative technical communication
- Structured development and transparent handover
- Focus on practical implementation
06 / Frequently Asked Questions
Good to Know.
Answers to common questions before starting a project.
Can I commission only the PCB layout?
Yes. Individual services such as schematic design, PCB layout, or documentation can be commissioned independently.
Does my project need a finished specification?
No. An initial idea, existing documentation, or a functional description is often enough for the first discussion. Open requirements can be clarified during the concept phase.
Which documents will I receive?
This depends on the agreed scope. Typical deliverables include schematics, PCB manufacturing files, bills of materials, 3D files, and technical documentation.
Can you also handle manufacturing and assembly?
Support with manufacturing, assembly, and commissioning may be available depending on the project and equipment. The scope is agreed in advance.
How does a project begin?
Start with a short description of the application, desired functionality, and known technical constraints. We then discuss the scope and next steps.
07 / Contact
Your Idea. The Next
Engineering Step.
Tell us about your project — whether it is new electronics development, PCB layout, or a specific prototype.
Choose email or our structured inquiry form.