Mechanical Engineer

• 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, develop, evaluate, and support automated industrial machinery products for the Component Manufacturing (CM) and off-site construction industry
• Lead team members through the planning, development, and deployment of complex mechanical architectures with a high level of integrated automation
• Generate mechanical project execution artifacts of small to large scale deployments (i.e. cost estimates, schedules, resource needs, risks, forecasts, status, etc.)
• Lead mechanical team members through staged-gating process (i.e. requirements reviews, design reviews, test readiness reviews, verification reviews, etc.)
• Lead team members through troubleshooting and root cause/corrective actions
• Design, integrate and test mechanical parts and assemblies using industry best practices
• Design, integrate and test industrial pneumatic and hydraulic systems
• Design, integrate and test industrial electro-mechanical & robotic systems
• Develop and maintain project documentation (i.e. system requirements, engineering drawings, equipment manuals, test plans, project notes, etc.)
• Ensure compliance with MiTek engineering procedures, guidelines, industry standards, and governmental regulations applicable to industrial machinery
• Perform engineering analysis and calculations where applicable (including FEA analysis)
• Enter new/update existing data in MRP/ERP system
• Support Manufacturing, Marketing & Sales, Purchasing, Installation, and Customer Service organizations throughout a product’s lifecycle
• Review/stay current with industry trends and emerging technologies
• Mentor less experienced Mechanical Engineers and Designers
• Manage individual tasking while leading other Engineers through project execution with minimal oversight
• Some travel required (up to 20% during critical on-site activities)
• Other duties as assigned

Senior Mechanical Engineer

• Serves as an operations SME for a major area of operations (e.g., electrical or mechanical) and provides oversight and training/mentorship to team members on tasks regarding these subsystems
• Demonstrates solid understanding of and operates equipment and systems across all disciplines (e.g., electrical, mechanical) with knowledge of the interactions between them and overall operation of a data center.
• Operates all systems and equipment in accordance with Serverfarm, industry and OSHA safety practices and protocols.
• Supports site/campus team in the inspection and supervision of critical environment-related facility equipment (e.g., controls, HVAC, electrical and mechanical systems)
• Assists in and monitors the performance from central monitoring locations (i.e., Facility Operations Centers) of maintenance and operations of equipment (e.g., electrical, mechanical, fire/life safety) and understands risks or impacts to other subsystems across the data center.
• Quickly responds to and supports site/campus incident response team for all abnormal conditions that impact operations, and coordinates with the team to perform corrective repairs, without supervision.
• Works with site/campus leadership to gather necessary information and creates incident timelines/data, root cause analyses, and/or action items following an abnormal condition as required.
• Develops new or follows preexisting emergency operating procedures (EOPs), methods of procedure (MOPs), standard operating procedures (SOPs), and digital methods of operating procedures (DMOPs) to support site operations and incident response.
• Work with the Construction & Project team to ensure ServerFarm Data center’s site meets all required statutory and mandatory requirements.
• Ensure all site MEP infrastructure operates within defined capacity standards.
• Work with peers in global structure to coordinate all processes and align as appropriate.
• Support Change, Incident Management, and Problem Resolution process for area of responsibility. Ensure this process covers all work.
• Work with site/campus leadership to develop and grow talent within the team.
• Supports site/campus team in all major and minor project works.
• Work with site/campus leadership to ensure healthy and safe working conditions.
• Support training goals for the site/campus personnel. www.severfarmllc.com Shared Accountabilities
• Ensure MEP activities are completed as required to meet the needs of peer groups and business objectives.
• Provide all necessary site Operational support to site Construction activities ensuring these projects are completed within agreed timeframes and without disruption to Data Center Operations.

Data Center Mechanical Engineer

• Perform design and cost estimates for new-build and over-build of Clearwave Fiber's OSP facilities.
• Utilize GIS-based field and drafting tools for field operations such as taking field notes and drafting.
• Submit permits and obtain financial approval on given projects.
• Support senior engineers in planning and managing schedules, and identify resource gaps.
• Develop overall OSP system design for new developments and over-builds.
• Prepare cost estimates, manage project financials, and perform financial true-ups.
• Maintain detailed assignment documents of fiber projects and communicate with Facility Engineers.
• Evaluate new OSP products and designs for implementation.
• Assist in the preparation of the annual engineering budget.
• Manage purchase orders and vendor invoices.
• Initiate OSP work orders for construction.
• Use CAD design software to produce fiber designs and bill of materials.
• Forecast service demands to develop short, medium, and long-range plans.
• Provide mapping technicians with updates on current new development land base.
• Perform aerial plant engineering, including make ready and pole loading analysis.
• Conduct engineering for OSP underground networks.
• Prepare permits related to ROW, Railroad, and DOTs.
• Perform QC work in the field.
• Provide input on best practices, permit processes, construction methods, and telecom products.
• Perform other related duties as assigned for effective departmental operations.

OSP 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

• Responsible for signing and sealing engineering documents
• Analyzes, develops and evaluates systems
• Improves and maintains current systems or creates brand new projects
• Designs and drafts blueprints, visits systems in the field and manages projects
• Applies engineering techniques and analyses within the scope of the assignment
• Performs work with a high degree of latitude
• Handles the most complex issues
• Provides leadership, coaching, and/or mentoring to a subordinate group
• May act as a lead or first-level supervisor
• Direct interaction with clients

Mechanical Engineer, PE II

• Provide small-scale mechanical design elements for federal engineering projects using fundamental knowledge, standard techniques, and established methods for small to mid-sized projects.
• Perform basic plan production and receive direction on assigned tasks, including drafting and detailing mechanical components for construction documents.
• Develop and apply knowledge and experience working within design/modeling software to support project deliverables.
• Assist with preparation of project documentation and schedules; perform design calculations within a limited scope and under guidance of senior engineers.
• Support mechanical system design and documentation for federal facilities, which may include HVAC and plumbing from concept through construction.
• Assist with load calculations and mechanical system sizing; support development of design narratives and technical reporting as needed.
• Coordinate with experienced engineers and designers on non-routine techniques and procedures; collaborate with other disciplines to support integrated design.
• Gather research, recommend solutions, and create drafts of technical reports using prescribed methods and internal standards.
• Mentor student interns by providing opportunities to develop foundational technical skills and knowledge; may supervise student staff as needed.
• May travel and work in various terrains and weather conditions at project sites in different stages of construction.

Associate Mechanical Engineer – Federal Engineering and Design

• Contribute to mechanical design concepts for R&D transformer projects
• Support development aligned with performance, cost, and quality goals
• Coordinate prototype manufacturing, assembly, and testing
• Perform and validate mechanical calculations and simulations
• Define and execute design verification tests
• Document progress, standards, and technical learnings
• Collaborate with global teams to optimize design solutions
• Provide technical support across development and industrialization phases

R&D Mechanical Engineer

• Provide expert product design leadership and develop new conveyor designs
• Prepare and participate in requirements and design review meetings
• Design, prototype, assess, and review mechanical components
• Provide engineering support for material selection during design phases

Design Engineer

• Responsible for the mechanical aspects of the battery design, development, qualification, and hardware production.
• Develop and maintain a full system design and its associated documentation (CAD, drawings, ICDs, BOMs, etc.)
• Develop mechanical components for the battery system, including modules, pack assemblies, interconnects, electrical components, structural components, and enclosures from concept, through qualification, and into production.
• Use structural and thermal analyses, as well as Thermal Runaway (TR) Passive Propagation Resistance (PPR) testing, to inform battery design decisions.
• Develop production processes for module build, through pack assembly, and end of line acceptance testing.
• Work closely with the program and manufacturing management team through build, test, and delivery of flight hardware.
• Support the development of the Automated Test Equipment for acceptance and qualification testing.
• Support the successful qualification of the hardware.
• Support integration into the vehicle and assist in solving vehicle integration.

Lead Mechanical Engineer – Battery

• Designs truss components and truss repairs for MiTek customers and creatively solve engineering issues our customers have.
• Creatively design field repairs for truss components in accordance with acceptable engineering principles and judgment.
• Design truss components based on specified parameters from customers and use their knowledge of engineering and the building codes along with collaboration with other engineers in the office to ensure their designs protect the health safety and welfare of the public.
• Discusses design modifications and reviews appropriate design methodologies with customers.
• Assist, train and counsel customers in troubleshooting issues and design problems.
• Review results of the truss design software for accuracy and collaborate with other engineers and with the software development team to determine how the software should function.
• Collaborate with engineers, architects and building officials on customer component design projects.

Design Engineer I

• Delivers mechanical engineering expertise across multiple Ingredion facilities, including system design, equipment specification, troubleshooting, optimization, and engineering studies to support safe, reliable, and cost-effective operations
• Apply deep technical knowledge in areas such as bulk solids handling, rotating equipment, utilities (boilers, compressors, cogeneration), and mechanical systems design, ensuring compliance with codes, standards, and best practices
• Evaluates and scopes projects to ensure optimal technology selection, accurate budgeting, and alignment with business goals, while reviewing designs for safety and operational excellence
• Leads cross-functional teams to solve complex mechanical challenges, implement sustainable solutions, and drive continuous improvement across sites
• Drives standardization and knowledge sharing by authoring engineering standards, contributing to knowledge management systems, and promoting best practices globally
• Supports operational governance by applying IPS standards, leading deviation treatments, and developing Best Operating Practices (BOPs) with training and adherence tracking
• Mentors early-career engineers and documents success cases and lessons learned to build organizational capability and enhance performance across key KPIs

Principal Mechanical Engineer

• Develops conceptualized tooling solutions and creation of CAD models to support tooling requirements
• Develop technical solutions to problems with a moderate level of complexity
• Work both independently as well as part of a team to complete specific projects related to the design and development of tooling solutions
• Evaluates requirements to develop tool concepts
• Develops complex tool and equipment specifications
• Assists in development of complex tool and equipment concepts and alternatives
• Ability to manipulate data sets such as conceptual tool design models and deliverable designs
• Creates and modifies tool designs
• Develops and implements alternative methods and interim solutions for damaged or unsafe tools and equipment to meet functional requirements
• Participates in tool/equipment try-outs to ensure requirements have been satisfied
• Evaluates and develops/revises preventative maintenance requirements for tools
• Responds to requests for review and evaluates ability to produce proposed design with respect to forming, machining, and finishing to support customer specifications
• Assists in determining methodology for assembly of components
• Investigates, develops, and verifies feasibility of tool concepts
• Incorporates safety, ergonomic, and regulatory requirements in tool designs.

Tool Design Engineer II

• Responsible for the design of metal forming tools, including welding, EDM, and heat treat
• Additional tool types will include assembly fixtures, mechanical equipment, and some robotics
• Must be able to take a design from concept to drawing release
• Evaluates requirements to develop tool concepts
• Develops complex tool and equipment specifications
• Develops concepts for complex tools and equipment and can present alternative concepts
• Ability to manipulate data sets such as conceptual tool design models and deliverable designs
• Will create and modify tool designs
• Develops and implements alternative methods and interim solutions for damaged or unsafe tools and equipment to meet functional requirements
• Participates in tool/equipment try-outs to ensure requirements have been satisfied
• Evaluates and develops/revises preventative maintenance requirements for tools
• Responds to requests for review and evaluates ability to produce proposed design with respect to forming, machining, and finishing by using in-house or supplier provided processes to support customer specifications
• Assists in determining methodology for assembly of components and evaluates part-features required to support the proposed product
• Investigates, develops, and verifies feasibility of tool concepts
• Incorporates safety, ergonomic, and regulatory requirements in tool designs
• Works well under general supervision
• Directs work of others and acts as a lead
• Performs other duties as required

Tool Design Engineer III

• The Design Engineer II will work with minimal intervention and must rely on experience and judgment to plan and accomplish goals while performing a variety of complex tasks
• Applies standard engineering practices and techniques, including innovative methodology, to provide effective solutions to problems involving a wide number of variables
• Able to ensure the selection and application of materials and processes are appropriate to each design element with the ability to generate and/or revise specifications when necessary
• Compose compliance matrix to meet customer specification requirements
• In-depth knowledge of standard concepts, practices, and procedures within a specified engineering field
• Proficiency utilizing NX, CATIA V5/V6, CREO or equivalent CAD engineering design software
• Create & release composite details utilizing Fibersim or CATIA CPD
• Works on problems of complex scope where analysis of situation or data requires a review of identifiable factors to determine appropriate action
• Ability to guide, mentor and advise other design engineering staff
• Creativity and latitude is expected
• Participate in a variety of process improvement projects
• Able to support design reviews with timely and relevant information and understanding
• Performs other duties as required

Design Engineer II

• Develop physical designs for high-voltage substations and switching stations
• Lead projects through planning, detailed design, and construction support
• Partner with clients, utilities, and multidisciplinary teams to deliver power solutions
• Mentor engineers and designers while contributing to design standards

Senior Substation Physical Design Engineer

• Design, test, improve, and support equipment designed by MiTek for the truss manufacturing industry.
• Work on robust machinery design that helps customers to improve their production output.
• Design, document, and troubleshoot all components such as overall machine design, structural frames, mechanical power transmission, and manufacturability of machinery.
• Design the full mechanical assembly of the automated machine and be involved in every stage of the system from concept to production.
• Work closely with Electrical and Manufacturing Engineers, and various other teams such as Production, Software, Customer Service to ensure a successful product.
• Lead team members through the planning, development, and deployment of complex mechanical architectures with a high level of integrated automation.
• Generate mechanical project execution artifacts of small to large scale deployments (i.e. cost estimates, schedules, resource needs, risks, forecasts, status, etc.).
• Lead mechanical team members through staged-gating process (i.e. requirements reviews, design reviews, test readiness reviews, verification reviews, etc.).
• Lead team members through troubleshooting, root cause and corrective actions.
• Design, integrate, test mechanical parts and assemblies using industry best practices.
• Design, integrate, test industrial pneumatic and hydraulic systems.
• Design, integrate, test industrial electro-mechanical and robotic systems.
• Develop and maintain project documentation (i.e. system requirements, engineering drawings, equipment manuals, test plans, project notes, etc.).
• Ensure compliance with MiTek engineering procedures, guidelines, industry standards, and governmental regulations applicable to industrial machinery.
• Perform engineering analysis and calculations where applicable (including FEA analysis).
• Enter new or update existing data in MRP/ERP system.
• Support Manufacturing, Marketing & Sales, Purchasing, Installation, and Customer Service Organizations throughout a product’s lifecycle.
• Review/stay current with industry trends and emerging technologies.
• Mentor less experienced mechanical engineers and designers.
• Manage individual tasks while leading other mechanical and robotic engineers through project execution with minimal oversight.

See all jobs on JobTailor

Senior Mechanical Engineer – Remote

Senior Mechanical Engineer

Data Center Mechanical Engineer

OSP Design Engineer

Senior Mechanical Engineer

Mechanical Engineer, PE II

Associate Mechanical Engineer – Federal Engineering and Design

R&D Mechanical Engineer

Design Engineer

Lead Mechanical Engineer – Battery

Design Engineer I

Principal Mechanical Engineer

Tool Design Engineer II

Tool Design Engineer III

Design Engineer II

Senior Substation Physical Design Engineer

Senior Mechanical Engineer, Machinery Development – Design