Mechanical engineering: From concept to validated solution, I engineer mechanical systems built for reliability, longevity, and real-world use. I combine 10+ years of experience in robotics, medical devices, and advanced automation to deliver solutions that balance performance, manufacturability, and cost. Automation Systems Development: I architect, design and build automation platforms that increase throughput, reduce operational load, and fit seamlessly into existing workflows. I have led multiple projects through URS, risk assessment, method development, mechanical and system engineering, building, FAT/SAT, CE marking, and full operational handover. Anything from new module, a full automation line, or troubleshooting support. Device & Product R&D: I transform early ideas into functional, testable, and manufacturable products. This includes development, integration of electronics, system layout, design for manufacturing, vendor alignment, and prototyping. I can provide fast iterations of turning concepts into validated prototypes. Rugged designs for Harsh Environments: With experience from defence-oriented robotics and off-road platforms, I design mechanical structures that survive tough conditions: dust, water, vibration, payload stress and IP-rated sealing challenges. Perfect for companies needing rugged devices, heavy-duty systems, or reliability-critical subsystems. Multidisciplinary project management: I bridge projects spanning mechanical-, electrical and software engineering and focus at ensuring my colleagues has the material they need to succeed.
| Website | https://coredynamics.dk |
| Employees | View employees |
| Founded | 2025 |
| Industry | Robotics Engineering |
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