01

Robotics

We design and build robotic systems from start to finish, starting from concept and kinematic modelling through to hardware integration and software deployment. Whether it's a collaborative arm, a mobile platform, or a custom end-effector, we approach every project with precision and intent.

Our robotics work spans research, industrial automation, and field applications. We integrate sensors, actuators, and control logic into cohesive, reliable systems. We're comfortable working in both ROS and bare-metal firmware environments.

Capabilities

Robotic system design & integration Kinematics & motion planning ROS / ROS2 development Sensors, actuators & embedded control Industrial & collaborative robotics Autonomous mobile robots (AMR) End-effector & gripper design Modeling & simulation

02

Artificial Intelligence

We build AI systems that solve real engineering problems, not just proof-of-concept demos. Our team develops custom machine learning models, integrates computer vision pipelines, and deploys inference workloads on edge hardware.

We work across the full AI lifecycle, from data strategy and model training to production deployment and performance monitoring. Our focus is always on systems that are accurate, efficient, and maintainable.

Capabilities

Custom ML model development Computer vision (detection, segmentation) Natural language processing (NLP) Edge AI & embedded inference Data pipeline & labelling workflows Model optimization & quantization AI system integration & deployment Performance monitoring & retraining

03

Mechatronics

Mechatronics is the discipline of integration, and it's where much of our most impactful work happens. We combine mechanical design, electronics, embedded software, and control theory into unified, functioning systems.

From early-stage prototypes to production-ready units, we handle the full stack: schematics and PCB design, firmware, real-time control loops, and sensor fusion. We bring clarity to complexity.

Capabilities

System-level integration Embedded systems & firmware Real-time control systems Sensor fusion & signal processing Electronics & PCB design PID & model-based control Prototype to production Hardware-in-the-loop (HIL) testing

04

Mechanical Design

Good mechanical design is both an art and a discipline. We produce detailed 3D CAD models, manufacturing drawings, and assemblies that are built to specification and ready to be manufactured.

We apply FEA and structural analysis where it matters, and use GD&T standards throughout. Our designs are precise, well-documented, and ready for fabrication or further engineering review.

Capabilities

3D CAD modelling (SolidWorks, Fusion) Part & assembly design FEA & structural analysis GD&T & manufacturing drawings Design for manufacturing (DFM) Sheet metal & weldment design Tolerance analysis Revision-controlled drawing packages

05

Technical Writing

Technical writing is how engineering knowledge gets preserved, shared, and acted on. We produce documentation that is clear, accurate, and structured for its intended audience, whether that's an operator on the shop floor or a developer integrating an API.

We write alongside engineering teams, translating complex systems into precise, usable prose. Our deliverables follow industry standards and are version-controlled for long-term maintainability.

Capabilities

User manuals & operator guides System specs & requirements docs Engineering reports & white papers API documentation Standard operating procedures (SOPs) Safety & compliance documentation Training materials Document control & versioning

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