Meet Matthew Newman, Ph.D., P.E.
Practical Engineering Experience Across Research, Startups, Product Development, and Manufacturing
MDR Engineering is led by Matthew Newman, Ph.D., P.E., a Nebraska-licensed mechanical engineer with experience spanning university research, government-sponsored technical development, startups, corporate product development, manufacturing support, quality engineering, and independent consulting.
Matthew’s work has focused on more than designing parts or creating technical drawings. Across his career, he has helped build the engineering capability required to move ideas from concept to prototype, from prototype to product, and from product toward repeatable manufacturing and real-world use.
From Research Concept to Working Engineering Systems
After completing graduate work in mechanical engineering, Matthew helped launch and ultimately ran a university-based engineering support lab created to provide rapid-turnaround mechanical engineering capability for chemical and biological threat reduction research programs.
The lab supported researchers who needed custom hardware, test beds, fixtures, containment structures, prototype systems, sample collection devices, and mechanical/electromechanical solutions to make scientific and technical objectives physically achievable.
In that role, Matthew helped build the lab’s technical infrastructure from the ground up. His work included equipment procurement, facility coordination, documentation systems, project management, budget oversight, student hiring and mentoring, hands-on training, technical execution, and sponsor communication.
He trained students on CNC mills, CNC lathes, manual machining, injection molding, 3D printing, circuit printing, mechanical design, electrical design, and control system development. He also developed practical documentation, training materials, and standard operating procedures to help turn a collection of equipment and people into a functioning engineering resource.
That experience gave him a practical understanding of what research teams often need: not abstract engineering support, but someone who can translate research needs into definable, measurable technical objectives and develop hardware that can be designed, built, tested, demonstrated, and maintained.
Startup Engineering, Productization, and Scale-Up
Matthew later applied that same systems-building mindset in a fast-moving automation startup environment.
In that setting, the engineering challenge was not only designing creative machines. It was helping strong technical ideas mature into industrial products, documented processes, supplier relationships, fabrication workflows, assembly methods, and scalable engineering infrastructure.
Fast-growing technical teams often move quickly by necessity. Engineers naturally focus on solving immediate design problems, developing novel mechanisms, and pushing the technology forward. Matthew’s work increasingly centered on the systems that allow technical creativity to become sustainable: product definition, ERP and MRP planning, engineering standardization, documentation control, procurement structure, fabrication coordination, assembly workflows, inventory organization, engineering change processes, supplier communication, and manufacturing readiness.
He also made a point of creating room for junior engineers to take on meaningful design work and build experience, while he focused on the less visible but critical infrastructure required for the company to grow. That included helping technical decisions become documented and connected to the broader needs of the business. Matthew helped keep attention on the transition from solving abstract customer challenges to developing sellable products that could support a repeatable business.
That perspective is central to MDR Engineering’s work with startups, inventors, and growing companies.
Product Development in Complex Corporate Systems
Matthew has also worked inside corporate product-development environments where technical challenges are shaped by legacy platforms, regulatory requirements, international standards, documentation systems, process integration, and organizational complexity. That experience provided a different but equally important lesson: engineering systems that are introduced too late, poorly integrated, or weakly maintained can create long-term technical and operational friction.
Seeing both sides, early-stage startup growth and mature corporate complexity, gave Matthew a grounded view of what companies should build before they scale, what systems should not be overbuilt too early, and what can go wrong when documentation, change control, quality, and product definition are neglected.
Technical Depth with Hands-On Manufacturing Awareness
Matthew brings technical depth across mechanical design, electromechanical systems, manufacturing, quality engineering, and technical analysis.
His experience includes GD&T, tolerance analysis, hands-on manufacturing and fabrication, design for manufacturability and assemblability, pressure vessels, tooling, fixtures, test equipment, control panels, PCB design, embedded systems, automation integration, numerical analysis, system modeling, statistical quality analysis, and engineering documentation.
A design decision may affect fabrication cost. A tolerance may affect inspection. A material choice may affect compliance. A fixture may affect test validity. A control enclosure may affect reliability. A documentation gap may affect whether a vendor can build the part correctly. MDR Engineering approaches projects with that full technical context in mind.
Quality, Analysis, and Engineering Judgment
Matthew is also an ASQ Certified Quality Engineer, bringing quality-focused thinking into design, manufacturing, testing, documentation, and technical decision-making.
That background supports his ability to think through measurement, inspection, sample size, process variation, risk, failure modes, reliability, validation, and data-informed engineering decisions.
For clients, this means MDR Engineering can help evaluate not only whether something can be designed, but whether it can be tested, measured, built consistently, documented clearly, and improved intelligently.
Who MDR Engineering Is Built to Support
MDR Engineering is positioned to support clients who need practical engineering capability without unnecessary complexity.
This includes:
Startups moving from concept or prototype toward commercialization
Researchers who need custom hardware, fixtures, test systems, or prototype support
Inventors who need experienced engineering judgment before investing in the wrong path
Growing companies facing manufacturing, documentation, supplier, or scale-up challenges
Product teams that need mechanical, electromechanical, quality, or technical analysis support
Attorneys, insurers, and organizations needing technically grounded product or failure analysis
Commercialization and economic development partners seeking a trusted engineering resource for technical clients
MDR Engineering is best suited for work where design, manufacturing, documentation, quality, and practical execution need to connect.
The MDR Engineering Approach
The goal is not to make engineering more complicated.
The goal is to clarify what needs to be built, tested, documented, analyzed, controlled, or improved so the client can make better technical decisions.
MDR Engineering helps clients connect technical ideas to practical execution.
For more information about Matthew, please follow him on LinkedIn and explore his previous publications, available at the links below.
"The Advancement of Automation in Beef Packaging Pack-off Systems" by Matthew Newman
"Design and Experimentation of Cable-driven Platform Stabilization and " by Matthew Newman
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