Extensive engineering experience across multiple industries.
CONSUMER & IOT
SRAM needed to optimised suspension performance in real conditions. We engineered a compact device that captures live data to provide instant tuning feedback, creating a production-ready product used by riders globally.
SRAM required a low-cost tyre pressure system for OEM integration. We engineered the housing and circuitry for high-volume output, meeting strict performance targets with long-term reliability.
SRAM needed a mobile app to configure connected components. We developed iOS and Android apps with a reusable UI library, allowing riders to customise control and update firmware with absolute stability.
SRAM needed to visualised ride data from connected devices. We built a scalable front-end supporting 150,000+ users, delivering an intuitive interface that grows seamlessly with the AXS ecosystem.
Cyclists needed a simple way to find eTap-equipped bikes. We engineered a smart web platform with filters to create a seamless search experience, helping riders explore options effortlessly.
Epiroc needed a robust platform for autonomous haulage development. We engineered a heavy-duty robotic vehicle that provides the structural integrity and site-ready durability required for safe, efficient field testing
Autonomous
Robotic Truck
Rugged Autonomous Development Platform
Mine operators needed to monitor downhole component wear. We developed a robust sensor system providing real-time data and predictive alerts, improving safety and extending component life.
Wear Detection System
Predictive Downhole Monitoring
Underground operations needed a lighter, high-capacity tray for the MT6020. We engineered a platform achieving a 25% weight reduction and 12% capacity boost for improved payload reliability.
Mine sites required a compact crusher with higher throughput. Using advanced FEA, we optimised the W300 Series 3 to achieve 10% higher efficiency, extended life and reliable performance.
High-risk hydraulic maintenance required a safer solution. We engineered a rugged hardware platform for remote tuning, drastically reducing technician exposure while improving efficiency.
Operators faced frequent bucket tooth failures under load. We analysed field data to redesign critical geometry, producing a certified tool range that increases strength, reduces downtime and improves reliability.
Clients needed certified frames to move large components safely. We engineered custom solutions meeting strict compliance standards, ensuring safe transport and reduced handling risk.
We needed a unified system to replace manual processes. We developed BusMin, a scalable web platform that automates workflows and integrates data to reduce admin and boost efficiency.
