Robotics & Automation
Robotic manipulators, mobile robots, industrial control, and automation prototypes.
Kadosh Mechatronics
Kadosh Mechatronics builds indigenous technology, robotics systems, automation prototypes, and serious STEM education platforms for schools, founders, and industry.
Multidisciplinary engineering support for students, founders, schools, and companies building hardware-backed technology.
Robotic manipulators, mobile robots, industrial control, and automation prototypes.
CNC machining, laser cutting, CAD/CAM, 3D printing, product fabrication, and build-ready documentation.
Machine learning, embedded intelligence, data science, and applied research support.
Web platforms, mobile apps, portals, dashboards, and digital systems for programs and teams.
3D models, printed parts, enclosures, test rigs, and rapid iteration for hardware products.
Control panels, sensor systems, process automation, machine retrofits, and training for operators.
A practical delivery path for products, student projects, industrial prototypes, and STEM learning systems.
Problem framing, use-case mapping, components, constraints, and budget.
CAD models, circuit architecture, firmware plan, BOM, and fabrication drawings.
Mechanical build, embedded control, sensor integration, and bench testing.
Field testing, documentation, training, iteration, and deployment support.
Practical training where craftsmanship and modern technology meet. The academy supports learners across digital design, embedded systems, business data, traditional making, AI, VR, and emerging tools.
Follow what is happening across student projects, school clubs, bootcamps, robotics challenges, and community learning programs.
Visit Scholars Community
Learners document sensors, circuits, CAD models, and prototypes.
STEM clubs can publish progress, events, and challenge outcomes.
Upcoming cohorts and community announcements can be maintained from admin.
Commercial STEM programs designed for schools, universities, teams, and independent builders who need practical capability, not only theory.
A practical cohort for learners and technical teams moving from electronics basics into robotics control, CAD models, and prototype documentation.
Hands-on cohorts covering sensors, microcontrollers, control logic, and machine builds.
Design-to-prototype training for product ideas, machine parts, enclosures, and models.
Applied AI and data foundations connected to real hardware, automation, and R&D.
A visual record of Kadosh work across robotics, training, fabrication, prototyping, and innovation lab activity.
An innovation hub for moving concepts from prototype to market reality through workspace access, mentorship, tools, and product-development support.
Collaborative sessions for brainstorming, architecture reviews, and problem solving.
Resources and mentorship for startups transitioning from prototype to product.
Hands-on facilities for experimenting, refining, testing, and building real devices.
Remote mentorship and online resources for students and builders outside the lab.
The R&D unit focuses on Afrocentric technology: products and research rooted in African context, local constraints, and practical industrial needs.
Collaborate with the R&D unitProducts that combine cultural relevance with technical depth.
Joint work with students, lecturers, institutions, and industry partners.
Mentorship, resources, and implementation support for innovators.
STEM education for young learners through school programs, hub workshops, Afrocentric kits, coding, robotics, challenges, and mentorship.
Learners move through playful STEM quests: wire the sensor, power the motor, print a part, and explain how the machine works.
Relatable projects designed around African stories and hands-on discovery.
Structured programs that bring robotics and coding into classrooms.
In-person sessions at the Kadosh Innovation Hub for practical learning.
Work with Kadosh Mechatronics on STEM programs, robotics labs, product development, school deployments, innovation hubs, and African technology initiatives.
Talk to the team about automation, robotics, embedded systems, training, research collaboration, or a custom prototype.