We design, build, and integrate uncompromising robotics—delivering globally deployed industrial hardware.
Multitech Engineering develops multi-domain autonomous systems from foundational research through design, manufacturing and integration.
We build for demanding defence, industrial and commercial applications across air, land and marine environments.
Autonomous systems engineered as complete platforms—combining mechanical structures, electronics, control systems, software and mission-specific payloads.
Research and technical development that define the architecture, technology and performance requirements of future systems.
Mechanical, electronic and structural systems engineered for fabrication and real-world operation.
Independent technologies brought together into coordinated, mission-focused autonomous platforms.
Every operating environment presents different engineering constraints. Multitech develops autonomous systems around the specialised requirements of air, land and marine environments.
Unmanned aircraft spanning multirotors, fixed-wing platforms, hybrid VTOL systems and aerostats; engineered for specialised aerial missions.
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Robotic ground platforms engineered for mobility, perception, manipulation and mission-specific payloads across demanding environments.
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Marine robotics including subsea crawlers, AUVs and ROVs, supported by marine crewing, vessel operations, logistics, ship management and subsea deployment services.
Explore Marine Technology →We are building toward a future where autonomous systems can operate across increasingly demanding environments with greater precision, capability and independence. Multitech's ambition is to push the boundaries of multi-domain robotics—and turn advanced engineering into systems that can perform where conventional approaches fall short.
From bespoke concepts and advanced CAD to simulation, manufacturing, integration and deployment, Multitech connects the stages required to move an autonomous system from idea to hardware.
From hardware and software to integration and deployment, we bring the disciplines together to develop complete operational platforms.
Multitech Technologies brings together engineering, robotics, manufacturing and research to develop autonomous systems for demanding environments. Our team is built around a multidisciplinary thinking of understanding the mission, engineering the physical system, and advancing the intelligence that makes it perform.
With over a decade of multidisciplinary engineering mastery spanning aerospace, land, and subsea robotics, Mike architects the strategic and technological vision driving the company forward. A specialist in robotics systems, he has spent his career at the leading edge of autonomous technology development — engineering uncompromising hardware built to perform where conventional systems fail. His mandate is singular: push the boundaries of what autonomous robotics can achieve, and put 4IR-grade technology into the hands of the next generation of engineers and innovators shaping the future.
Timilehin operates at the exact point where theoretical design becomes physical reality. Bringing an advanced R&D background from Autodesk into MultiTech's engineering core, he directs rapid prototyping, structural simulation, and the complex 3D CAD/CAM design pipeline that turns concept into hardware. His work is the discipline that ensures every idea MultiTech engineers survives first contact with the real world.
Samuel drives the software architecture and digital infrastructure powering MultiTech's autonomous platforms. Specializing in computational methods, machine learning, and embedded intelligence, he engineers the next-generation avionics and telemetry systems that let robotic platforms operate with precision across every domain. His dual mastery of rapid algorithmic prototyping and continuous technological integration keeps MultiTech at the cutting edge of multi-domain robotics software.
Explore the engineering capabilities that support our work across air, land and marine platforms. Each discipline has its own technical requirements, operating conditions and engineering priorities.
Airframe structures, propulsion integration, technical systems and flight-support engineering.
Vehicle platforms, chassis, drivetrain systems and terrain-ready mobility engineering.
Marine structures, propulsion, mechanical systems and vessel integration for sustained operation.
Demonstration imagery is used here to show the intended presentation. Approved Multitech project photography, CAD views, workshop imagery and completed product photographs can replace these examples when the final gallery direction is confirmed.
Tell us about your engineering requirement, project scope or technical challenge. The information below gives our team a clear starting point for understanding the requirement and identifying the appropriate next step.
12 Engineering Way
Victoria Island, Lagos
Nigeria
Monday – Friday
08:00 – 17:00 WAT
Explore the technical areas below.