Research & Development

Engineering, applied.

Ryzing Technologies develops solutions for U.S. military and allied forces, as well as industrial, commercial and governmental clients. We focus our services on clients whose operational challenges require an innovative approach. 

Our textile-based engineering solutions include inflatable structures, shelter systems, tensile membrane structures, protective barriers, environmental control systems, mechanical systems, filtration equipment, material handling, soft dynamic technologies, and other advanced textile and mechanical products.

Our engineering process highlights a culture of collaboration among employees, clients, and end-users.

Research

Creative problem solving begins with understanding the problem. Our team of engineers and technicians take a focused approach to researching the most important aspects of a project to ensure the right concepts progress into the design phase. 

Design

Through customer and end-user feedback our team is able to determine which concepts are worth a detailed design effort. This process encourages independent ideas that can be shared and evaluated to decide which designs should be fabricated.

Analyze

As designs carry forward, our team leverages sophisticated software to analyze how they are likely to perform in the field. This enables the team to better understand the strengths and weaknesses of a design, ultimately ensuring fabrication efforts are efficient and on-schedule.

Fabricate

Once designs have passed internal review, the fabrication efforts can begin. Our team applies specialty fabrication knowledge and techniques to create high-quality, high-performing prototypes that have scalable manufacturing methods.

Evaluate

Prototypes serve an important purpose for real-world testing. Our team looks back on decades of experience building products and designs custom testing processes to identify weaknesses. This process lays the groundwork for improvements.

Iterate

Rarely does the first prototype end up as the solution, in fact most products require several iterations before they are ready for adoption or production.