The path to Wicked North Technology wasn’t conventional. Before engineering, there were six years as a studio recording engineer—a career that taught precision, attention to detail, and the importance of getting every element exactly right.
That foundation in technical work proved to be more relevant than expected. The transition into engineering wasn’t random—it was a natural evolution from one form of precision to another. Honors thesis research deepened the understanding of engineering principles and established a focus on practical, rigorous problem-solving.
Today, Wicked North Technology operates as an engineering and R&D studio based in Maine. The LLC was recently incorporated to formalize operations and position the company for growth in engineering services and aerospace research.
Every dimension, tolerance, and specification matters. We engineer with care.
Precision 3D modeling and engineering design
Wicked North Technology is building toward a future in aerospace research and development. This isn’t a marketing vision—it’s the long-term direction that guides current work.
Project Noēsis represents this commitment to aerospace innovation. Through research-driven development, custom hardware creation, and systematic engineering methodology, we’re building toward advanced aircraft capabilities.
The path forward includes electric propulsion research, advanced aircraft concepts, and engineering software development—each step building on the precision engineering foundation established today.
The Challenge
Client required a custom intake assembly for a prototype engine with tight tolerances and specific flow characteristics.
The Engineering
Full CAD modeling, CFD analysis for flow optimization, custom 3D printing in aerospace-grade materials, and precision CNC finishing.
The Result
Production-ready assembly meeting all performance specifications with documented engineering drawings for manufacturing.
The Challenge
A critical component for vintage equipment was no longer available. The original manufacturer had ceased production.
The Engineering
3D scanning of the original part, reverse engineering in CAD, material analysis, and modern manufacturing specifications.
The Result
Exact-fit replacement component with full documentation for ongoing production as needed.
The Challenge
A hardware startup needed to move from concept sketches to a functional prototype for investor demonstrations.
The Engineering
Rapid iteration through CAD design, 3D printed housings, PCB design collaboration, and mechanical integration.
The Result
Functional prototype enabling successful funding round and path to production.
Have a project that needs precision engineering? Let’s talk.
