Discipline 02 of 09
Circuitsbuilt to perform
From the first schematic to an assembled boardwe engineer the electronics that power and sense and connectevery product we build
What we engineer
Electronics Engineeringin practice
What RoboFab engineers in Electronics Engineering
- 01
Circuit design
Analog and digital circuits designed around clear requirements and checked in simulation
- 02
Custom PCB development
Schematic capture and board layout prepared for fabrication and assembly
- 03
Sensor systems
Signal conditioning and measurement for temperature motion distance light and more
- 04
Power electronics
Battery charging and regulation and protection and motor drive stages
- 05
Communication hardware
Wired and wireless interfaces that move data reliably between devices
- 06
Hardware integration
Harnesses and mounting and testing that turn boards into dependable systems
Typical architecture
How the systemfits together
A common shape for this kind of systemEvery project gets its own architecture
Typical Electronics Engineering architecture
Typical applications
- Control boards
- Sensor modules
- Power supplies
- Motor drivers
- Instrument panels
- Prototype shields
Technologies
- KiCad
- Proteus
- Schematic capture
- PCB layout
- Circuit simulation
- SMD assembly
- Through hole assembly
- Bench testing
You receive
- Schematics
- PCB layout and fabrication files
- Bill of materials
- Assembly and test notes
Reference visuals illustrate the field and are not RoboFab project records
Engineering studies
How we wouldapproach it
Concept studies that show our methodThey are illustrations and not delivered client projects
Related engineering studies
Embedded SystemsElectronics Engineering
Connected Environment Monitor
Sensor nodes that warn a facility before conditions turn critical
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Artificial IntelligenceEmbedded Systems
Edge AI Inspection Camera
Defect detection that runs on the device without a PC on the line
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Works closely with
Connecteddisciplines
Related disciplines
Embedded Systems
Firmware and controllers that make hardware think
ESP32STM32ArduinoRaspberry Pi
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Intelligent Product Development
Mechanics and electronics and code and AI in one product
System architectureESP32Raspberry PiCustom PCBs
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Robotics and Automation
Machines that move and sense and decide
Servo controlStepper controlPID controlInverse kinematics
Explore the discipline
