Engineered Solutions
Precision from concept to completion.
At GP&C, we engage early to clarify requirements and performance targets. Our engineers specify materials, engineer the right processes, refine the design, and thoroughly verify prototypes before full-scale production.
GP&C brings a multidisciplinary engineering team — from design, materials and quality to manufacturing — to collaborate on developing optimized, validated solutions.
By applying a structured stage-gate process, we identify challenges early, streamline development, and reduce cost and schedule risks to bring projects to market faster.
Our engineering expertise includes:
Composite Engineering
We have deep expertise in composite design, analysis, and manufacturing. At GP&C we define material systems, fiber architectures, and process parameters to achieve target performance and manufacturability. Our team supports product development and sustaining programs with full testing and validation.
Materials Science
Our Materials Science Engineering group leads the evaluation, qualification, and implementation of advanced resin systems, reinforcements, and core material. Focused on advancing performance, they identify and integrate emerging technologies and methods to support next-generation products and improved reliability. Their work ensures every product is optimized for strength, durability, and performance.
Quality Engineering
Our Quality Engineering team applies rigorous statistical methodologies and data-driven analysis to ensure full conformance to customer, industry and regulatory standards. They develop and maintain process control plans, layered process audits, inspection and test criteria, and supplier quality systems — all designed to sustain repeatable, validated production and traceability from raw material to finished assembly.
Manufacturing Engineering
The Manufacturing Engineering team drives process optimization and efficiency across all operations. Through data analysis, tooling design, and workflow refinement, they enhance throughput, reduce cost, and improve consistency across composite, machining, and molding operations. Their continuous-improvement approach enables scalable, high-quality manufacturing.
