(August 5, 2026) Quality starts long before a product ships, and at Seametrics, it’s engineered from the ground up. As the company’s new manager of engineering, Kyle Weaver brings new rigor, repeatable processes and measurable outcomes to every stage of design and manufacturing.
“We strive to balance innovation with practical features that deliver real value to our customers,” Kyle said. His approach ties process discipline to practical results, whether that means catching risks earlier in the design process, cutting variation on the floor, or refining a product based on what customers need.
Process Discipline, Automation and Accountability on the Production Floor
Kyle’s experience in aerospace, automotive and defense shaped how he approaches the work at Seametrics. Less than one year into his role, he already sees these improvements taking hold.
“We need to have complete confidence in everything that leaves our door,” Weaver said. “As engineers, we have to be willing to put our name on it.”
What Is DFMEA?
Design Failure Mode and Effects Analysis
Design Failure Mode and Effects Analysis (DFMEA) is a structured process that identifies where and how a product could fail before it reaches the customer. Combined with the two-stage Design Validation Plan and Report (DVP&R) process, it helps engineers plan, track and document testing activities so a product meets all functional, performance and reliability requirements before going into production.
Building a Culture of Quality and Process Accountability
Seametrics engineers use DFMEA and DVP&R, both industry-standard tools, to build design validation plans and documentation as part of the design process. Together, these tools help the team identify risks earlier and strengthen tracking requirements before products leave the facility.
“We have a clear, repeatable way to track requirements from design all the way through delivery,” Kyle said. “At the core, we’ve implemented strong processes we can stand behind.
He also implemented a gated development system that builds quality checkpoints directly into workflows, so the team can confirm requirements and keep each project moving forward.
Reducing Engineering Variation with Automation
Kyle also focuses on process improvements and automation, building repeatable systems that reduce variation across the engineering workflow. For instance, the team created a centralized test request and reporting system that standardizes how engineers order, track and report tests. “When we need a test, we request it, and the report drops into an automatically generated file structure,” he said.
The system gives engineers better traceability for quality audits and more time to analyze results and solve problems.
Applying Manufacturing Expertise to Quality Control
Kyle applies the same disciplines from his background in industries with strict quality, documentation and execution standards to strengthen the connections between engineering, manufacturing and quality. His work has closed the gap between engineering and the manufacturing team, giving engineers a clearer view of how their designs perform on the production floor.
Delivering Product Quality Improvements
Kyle’s team has also rolled out updates to tools like Aqua4Plus, software that records and organizes data from environmental sensors. Based on customer feedback, other recent updates include usability improvements, enclosure redesigns and bug fixes. The refinements reflect Seametrics’ broader push to build continuous quality improvement into its culture.