Mechanical Engineer

• Managing the day-to-day activities of the design team including:
• Oversee the technical portion of the design process
• Ensuring cross discipline communications and coordination is occurring
• Coordinating schedules and implementation of the quality control plan
• Supports the Project Manager by:
• Communicating design team and technical issues to the Project Manager
• Assisting the Project Manager with client engagement on change management requirements

Design Manager – Senior Engineer, Power Generation

• Develop and support FPGA designs using VHDL for safety-critical aerospace applications.
• Implement and modify RTL designs supporting communication protocols, memory interfaces, data management, processor interfaces, and related digital functions.
• Perform FPGA design activities including simulation, synthesis, place and route support, timing closure, pin-out definition, and design constraint development.
• Troubleshoot RTL design issues using simulation environments, debug tools, and structured root cause analysis.
• Support I/O timing analysis and resolve timing-related design challenges.
• Develop and maintain DO-254 related documentation, including requirements, design descriptions, design specifications, traceability documentation, and supporting verification artifacts.
• Collaborate with systems, hardware, verification, and project engineering teams to ensure design intent, requirements, and implementation remain aligned.

FPGA Design Engineer

• Demonstrate proficiency in all metal building system design methodologies, including advanced and highly complex framing systems, custom configurations, and non-standard structural solutions.
• Assumes supervisory responsibilities in the absence of the Engineering Manager, supporting departmental operations and decision-making.
• Engages directly with customers to develop optimized building solutions, offering technical expertise and ensuring alignment with project goals.
• Designs and oversees projects involving high-complexity metal building systems, ensuring compliance with structural codes, customer requirements, and company standards.
• Solid understanding of structural engineering principles, with the ability to apply and adapt company design standards to unique and custom-building conditions.
• Provides professional oversight and responsibility for projects requiring signature and seal, ensuring engineering accountability and regulatory compliance.
• Proficiency in using structural design software and a willingness to continuously expand technical knowledge, particularly in the customization of tools for non-standard applications.
• Adhere to project schedules, effectively managing shifting priorities and last-minute revisions to maintain on-time delivery.
• Exercise sound engineering judgment to ensure public safety, balancing efficiency with appropriate design conservatism.
• Actively mentors and trains junior and mid-level engineers, fostering technical growth and maintaining quality across the team.
• Identify opportunities for design improvements and cost reduction through innovative engineering solutions.

Design Engineer 5

• Design and test mechanical systems for food equipment machinery
• Collaborate with cross-functional teams to define customer needs and develop new features
• Ensure designs meet specifications and are aligned with customer requirements
• Work on CAD layouts, DFMEA, cost estimations, and solving mechanical field problems
• Build maintenance and mechanical design of machinery including layouts, assemblies, and components

• Provide engineering support for roadway/transportation related projects
• Assist in the planning, design, and construction administration of projects
• Complete feasibility studies and technical design reports
• Coordinate roadway design project plans with associated utilities
• Demonstrate eagerness to learn new areas of engineering

Civil Engineer – Transportation Design

• Manage all complexity level projects
• Ensure designs meet structural code requirements, manufacturing standards, and customer expectations
• Demonstrate proficiency in all metal building system design methodologies
• Assumes supervisory responsibilities in the absence of the Engineering Manager
• Engage directly with customers to develop optimized building solutions
• Designs and oversees projects involving high-complexity metal building systems
• Provides professional oversight and responsibility for projects requiring signature and seal
• Adhere to project schedules, managing shifting priorities and revisions
• Exercise sound engineering judgment to ensure public safety
• Actively mentors and trains junior and mid-level engineers
• Identify opportunities for design improvements and cost reduction through innovative engineering solutions

Design Engineer – Level 5

• Engineer mobile mechanical systems for oil and gas applications—hydraulic equipment, mobile lifting systems, and field-service machinery.
• Enhance reliability and efficiency for high-pressure, high-load, and high-cycle environments.
• Create detailed CAD models and drawings using Inventor (preferred), Pro-E, or SolidWorks.
• Test and refine equipment to meet API, ASME, and internal quality standards.
• Diagnose field issues, reduce downtime, and drive continuous improvement in system performance.
• Work cross-functionally with design, manufacturing, and field teams to deliver robust, field-ready solutions.

Senior Mechanical Engineer – Remote

• Design and analyze Circuit Card Assemblies (CCA) for Avionics Computers (Processors, Memory, interfaces)
• Work with lab equipment for integration testing of hardware designs
• Schematic capture of digital/analog mixed signal electrical circuit designs
• Avionics I/O (Ethernet, ARINC 429, MIL-STD 1553, PCIe)
• Oversight of Printed Circuit Board (PCB) layout
• Design to Cost (DTC), Design for Manufacturing (DFM), Design for Test (DFT)
• Mentoring and delegating tasks to less experienced engineers

Principal Hardware Design Engineer – Computing Products

• Lead the Laser Powder Bed Fusion (L‑PBF) part development pipeline, acting as a consultant for part selection, process selection, optimization, qualification, and implementation.
• Design innovative, production‑ready components by creating 3D models and assemblies optimized for additive manufacturing to improve quality, cost, and speed.
• Collaborate with global engineering teams, clearly communicating timelines, risks, and solutions while influencing design decisions across multiple stakeholders.
• Create rough stock and finish‑machined drawings, considering GD&T requirements, inspection capabilities, and downstream machining processes.
• Develop, build, and test prototypes, working hands‑on in the Additive Technology Lab.
• Contribute to the advancement of Emerson’s additive manufacturing standards, engineering practices, and internal best‑practice documentation.
• Support continuous improvement by initiating engineering change requests and documenting post‑build results to inform and refine future designs.

Additive Design Engineer

• **Overview**Join a team that’s redefining mechanical innovation in the oil and gas sector. As a **Senior Mechanical Engineer**, you’ll lead the design, optimization, and validation of advanced mobile mechanical systems that power drilling, completions, well intervention, and field operations. This role blends hands-on engineering with creative problem-solving—perfect for an engineer who thrives on turning complex challenges into reliable, high-performance solutions.
• **Location:** Remote within the Midwest (MN, WI, IL, IA, MO, KS, TX, OK, AR, LA) **Travel:** ~10% annually to customer sites and fabrication facilities **Industry:** Industrial, Petrochemical, and Heavy Equipment Systems

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