Matrix Engineering Consultants

Specialized engineering consulting to support new product development, requirements gathering, and systems engineering from conceptual design through execution.

• New Product Consulting

  Strategic advisory and conceptual design support to turn innovative ideas into commercialized products.

• Systems Engineering

  Structured approach to defining, designing, and optimizing complex machine and equipment architectures.

• Product Requirements & Risk Assessments

  Definition of key technical criteria and comprehensive failure modes or risks to ensure design safety.

Comprehensive engineering, failure analysis, and validation of bolted joints, serving as an industry-leading resource for critical assembly designs.

• Bolted Joint Consulting

  Expert advisory on selecting, validating, and testing bolted connections in highly loaded mechanical assemblies.

• Bolted Joint Design & Validation

  Rigorous calculation, testing, and modeling of fasteners and joint configurations under operational stresses.

• Root Cause Analysis

  Investigation into joint failures and structural assembly issues to trace and eliminate underlying causes.

• Failure Investigations

  Forensic engineering assessment of physical components to prevent repeat failures and improve reliability.

Testing and analysis solutions, including advanced FEA and CFD simulation, to verify product performance and validate structural integrity.

• Structural Testing

  Physical stress and strain testing of mechanical assemblies to confirm strength and validate simulated calculations.

• FEA/CFD Simulation

  Advanced Finite Element Analysis and Computational Fluid Dynamics to model thermal, structural, and fluid behavior.

Engineering support for machine systems, high-voltage electrification, and integrated electrical or hydraulic system design.

• Electrification

  Development of high-voltage architectures, components, and integration strategies for electrified off-highway machinery.

• Electrical System Design

  Routing design, harness development, and specification for low and high voltage electrical networks.

• Hydraulic System Design

  Sizing, routing, and circuit design for robust mobile hydraulic power and control systems.

• Machine Design

  Full-cycle engineering of complete machines and physical mechanical systems from initial layout to manufacturing details.

Professional engineering training programs offering Professional Development Hours (PDHs) across mechanical, electrical, structural, and materials disciplines.

• Mechanical Bolted Joint Training

  Customized training courses to improve skills in designing, assembling, testing, or inspecting critical bolted joints, delivered onsite, virtually, or in-person.

• Structural Bolted Joint Training

  Customized training courses focusing on structural steel bolted joints, covering joint types and installation procedures grounded in fundamental engineering principles.

• High & Low Voltage Electrical Design Training

  Training on low and high voltage electrical systems for off-highway equipment, developed for engineers and designers specifying, designing, and developing electrical routed systems and harnesses.

• Weldment Design Training

  Training on weldment design focused on introducing engineers and designers to the skills needed to produce robust, cost-effective, and manufacturable weldments.

• Hydraulic Training

  Hydraulic system design training for off-highway equipment, developed for engineers, designers, and technicians specifying, designing, developing, and troubleshooting hydraulic systems.

• Metallurgy Training

  Comprehensive metallurgy training covering material selection, heat treatment, failure analysis, and metallurgical testing techniques for engineers, designers, and technicians.