Mechanical Engineering Student • Founder of OVEX

Mechanical Engineering Student • Founder of OVEX

Maada Lumeh

Maada Lumeh

Maada Lumeh

Engineering intelligent robotic systems for Africa’s future.

Engineering intelligent robotic systems for Africa’s future.

Engineering intelligent robotic systems for Africa’s future.

Founder and product builder focused on turning overlooked infrastructure challenges into scalable, practical technologies through robotics, automation, and innovative engineering.

Explore My Work

Explore My Work

Currently building OVEX: a robotics company developing practical, scalable sanitation solutions designed for the realities of African cities.

Thinker. Founder. Builder of practical robotic systems.

Thinker. Founder. Builder of practical robotic systems.

Thinker. Founder. Builder of practical robotic systems.

focused on the hard middle ground between idea and deployment: mechanical design, product decisions, prototyping, and systems that can work in real environments.

focused on the hard middle ground between idea and deployment: mechanical design, product decisions, prototyping, and systems that can work in real environments.

Builder first: designing hardware concepts with deployment, maintenance, and real operating conditions in mind.

Founder mindset: translating an infrastructure problem into a focused product direction for OVEX.

Engineering discipline: learning continuously, testing assumptions, and building toward reliable systems.

Intelligent robotic systems for Africa’s technological development.

Intelligent robotic systems for Africa’s technological development.

Intelligent robotic systems for Africa’s technological development.

The mission is to contribute to Africa’s technological development by creating intelligent robotic systems that solve important real world problems, starting with systems that can improve urban sanitation through automation, mobility, and engineering discipline.

The mission is to contribute to Africa’s technological development by creating intelligent robotic systems that solve important real world problems, starting with systems that can improve urban sanitation through automation, mobility, and engineering discipline.

Featured project

Featured project

Robotic waste collection system

OVEX WCR00126

OVEX WCR00126

A robotic waste collection system being developed to improve urban sanitation through automation, intelligent mobility, and mechanical engineering discipline.

A robotic waste collection system being developed to improve urban sanitation through automation, intelligent mobility, and mechanical engineering discipline.

DEVELOPMENT FOCUS

Designing, testing, and refining the mechanical and mobility systems needed for an automated sanitation platform.

A practical engineering mindset.

A practical engineering mindset.

A practical engineering mindset.

Solve real problems

Start with visible infrastructure needs, then design around the constraints of real environments.

Build reliable systems

The best technology disappears into dependable operation, repeatable testing, and maintainable design.

Learn continuously

Study, prototype, revise, and let every build expose the next engineering question.

Think long term

Build capability patiently: from coursework, to prototypes, to products that matter.

Current focus

Now building across design, robotics, and product execution.

Now building across design, robotics, and product execution.

Now building across design, robotics, and product execution.

Mechanical Design

CAD Development

Robotics

Prototype Engineering

Product Strategy

A founder’s path from engineering curiosity to product deployment.

A founder’s path from engineering curiosity to product deployment.

A founder’s path from engineering curiosity to product deployment.

Interest in engineering

Interest in engineering

The journey begins with curiosity about how machines, systems, and physical products can solve practical problems.

University studies

Mechanical engineering provides the foundation for design decisions, manufacturing thinking, and technical discipline.

Founding OVEX

OVEX becomes the vehicle for developing robotic sanitation systems aimed at practical infrastructure improvement.

Future product deployment

The next stage is continued design, testing, partnerships, and a path toward systems that can operate in real cities.

Technical range for building physical technology.

Technical range for building physical technology.

Technical range for building physical technology.

Mechanical Engineering

Robotics

CAD Design

Product Development

Automation

Engineering Research

Innovation

Systems Thinking

Building technology that improves how African cities operate.

Building technology that improves how African cities operate.

Building technology that improves how African cities operate.

A long term commitment to mechanical engineering, robotics, and practical infrastructure innovation.

A long term commitment to mechanical engineering, robotics, and practical infrastructure innovation.

A long term commitment to mechanical engineering, robotics, and practical infrastructure innovation.

Collaboration

Let’s build useful technology.

Let’s build useful technology.

Let’s build useful technology.

Open to conversations with engineers, startups, investors, researchers, and organizations working on robotics, infrastructure, and product innovation.

Open to conversations with engineers, startups, investors, researchers, and organizations working on robotics, infrastructure, and product innovation.

Open to conversations with engineers, startups, investors, researchers, and organizations working on robotics, infrastructure, and product innovation.

© Maada B.A. Lumeh — Founder of OVEX

© Maada B.A. Lumeh — Founder of OVEX

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