RoboFabEngineering and technologyEgypt

EngineeringBeyondImagination

Q: Can you join a project that is already in progress

Yes. We review existing designs and code and hardware then continue from where your team stopped

Q: Can we discuss an idea confidentially

Yes. Share only what you are comfortable with at first. A written confidentiality agreement can be arranged before detailed work begins

Q: Where is RoboFab based

RoboFab is based in Egypt. We work with clients across the country and remotely

Q: How do we start

Send a brief through the project form or on WhatsApp. The team reviews it and replies on your preferred channel to plan the next step

We turn complex ideas into working productsRobotics and embedded systems and AIengineered by one team

Start a project Explore capabilities

Engineered as one system: HardwareMechanics and electronics; SoftwareFirmware and platforms; IntelligenceVision and learning

Scroll to exploreEgypt local time

01Why RoboFab

Great ideas rarely fail on paperThey fail where mechanics meets electronicswhere code meets hardwarewhere a model meets the real worldRoboFab engineers that meeting point

One team every layer

Mechanical and electrical and firmware and AI and software engineers working on one shared architecture

Proof at every stage

Each phase ends with something you can test or hold or run

Honest engineering

Clear scope and realistic timelines and transparent tradeoffs from day one

Built to be understood

Documentation and handover that leave your team in control of what we build together

02Capabilities

Nine disciplinesone engineering team

Every discipline a modern product needsunder one technical lead and one architecture

03Anatomy of a product

Every productis a stack of disciplines

We engineer each layerand every connection between themso the product works as one system

L1Mechanical structureFrames and enclosures and mechanisms modeled in CAD
L2ElectronicsPower and sensing and custom printed circuit boards
L3Embedded firmwareReal time control and communication on the device
L4IntelligenceVision and models and decision logic
L5Software and cloudApps and dashboards and APIs and data
L6IntegrationOne architecture connecting every layer

Mechanical structure
Electronics
Embedded firmware
Intelligence
Software and cloud
Integration

04In motion

Engineeringin motion

Reference footage of the technologies we work withgraded in the RoboFab monochrome

CH 0100 00 00

Reference footage

Motion control and automation

Reference visual

05Graduation projects

Your final projectdeserves realengineering

RoboFab partners with engineering students and teamsfrom the first proposal to a working prototypeready for the final demonstration

Plan your project Browse project ideas

Combine any of ten fields

01Proposal
02Research
03System design
04Prototype
05Integration
06Documentation
07Final defense

06Process

From ideato working prototype

Six phaseseach ending with something realso progress stays visible and testable

01Phase

Discover

Requirements and constraints and success criteria agreed in plain language

Project brief
Feasibility notes

02Phase

Architect

The whole system planned before anything is built

System architecture
Component selection
Timeline and quotation

03Phase

Design

Mechanics and circuits and firmware and models and software designed in parallel

CAD models
Schematics and PCB
Software design

04Phase

Build

The first working prototype assembled and powered on

Printed parts
Assembled electronics
Running firmware

05Phase

Validate

Every subsystem tested together and refined until it performs

Test results
Calibration
Design updates

06Phase

Deliver

Handover with documentation and training and support

Final prototype
Documentation
Handover session

07Who we build with

Built for peoplewho build

From students preparing a final defenseto organizations automating real operations

Engineering team reviewing a robot prototype on a laptop

Engineer at a workshop desk with a 3D printer and electronics

Automated machine with pneumatic actuators

Electronics workbench with an oscilloscope and a board layout on screen

Engineer reviewing a circuit board layout on screen

Hand holding a microcontroller board in front of a laptop

Reference visual

Students and graduation teams

Final year projects engineered with real industry practice

Ambitious ideas deserve more than a demo that works onceWe partner with your team from proposal to final defense

Typical builds

Robots and mechanisms
AI and vision systems
IoT platforms
Smart devices

Plan a graduation project

08Technology

Platforms and tools across the stackchosen for each project on merit

ESP32STM32ArduinoRaspberry PiFreeRTOSMQTTLoRaBLEKiCadProteusCustom PCBs

PythonOpenCVYOLOPyTorchTensorFlowSolidWorksBlenderFDM printingResin printingTypeScriptReactPostgreSQL

09Studio record

Verified workfrom the ecosystem studio

Design work published by the Robo 3D studioConcept studies are labeled separately in Work

All work and engineering studies

10Questions

Beforewe begin

Straight answers abouthow RoboFab works with you

What kind of projects does RoboFab take on

Engineering work that combines hardware and software and intelligencefrom a single PCB or model to a complete working product

Can you join a project that is already in progress

YesWe review existing designs and code and hardware then continue from where your team stopped

Can we discuss an idea confidentially

YesShare only what you are comfortable with at firstA written confidentiality agreement can be arranged before detailed work begins

Where is RoboFab based

RoboFab is based in EgyptWe work with clients across the country and remotely

How do we start

Send a brief through the project form or on WhatsAppThe team reviews it and replies on your preferred channel to plan the next step

EngineeringBeyondImagination