Mechanical Design Engineer

Confidential; MIDDLETOWN (OH); On-site; USD 75,000 - 100,000; Full time

Job summary

Confidential in Ohio designs and builds custom piping, fluid handling equipment and pressure vessels. The Design Engineer will create and update engineering models and drawings, perform calculations, and ensure codes and standards compliance throughout quotation to production.

The role requires 3+ years in piping design with SolidWorks/AutoCAD proficiency, experience in PVF components, and ERP/MRP BOM management. Travel to Cleveland area is possible, with strong collaboration across functions.

Qualifications

• Bachelor’s degree in Mechanical Engineering or Mechanical Engineering Technology.
• 3+ years of piping design, PVF, fabricated equipment experience preferred; co-op or internship may be considered for entry-level.
• Proficiency in SolidWorks and AutoCAD, including 3D modeling and detailed drawing creation.
• Working knowledge of piping, fittings, valves, strainers, and PVF components.
• Experience with carbon steel, stainless steel, and common alloys used in fabricated equipment.
• Experience using ERP/MRP systems to manage item masters, BOMs, and engineering/order-related information.
• Proficiency with Microsoft Office (Excel, Word, Outlook).
• Ability to read and interpret technical customer specifications and engineering documentation.

Responsibilities

• Review customer specifications and project information during quotation to evaluate scope and design requirements.
• Design custom strainers, pressure vessels, piping assemblies per applicable codes and standards.
• Develop and maintain engineering models and drawings using SolidWorks and AutoCAD.
• Perform design calculations for oil, lube, chilled water, potable and other fluid systems.
• Translate customer requirements into practical engineering designs meeting performance and code requirements.
• Support cost estimation and quotations by developing material takeoffs and engineering hours.
• Create and maintain item masters and BOMs in ERP/MRP to support procurement and production planning.
• Collaborate with Purchasing, Quality, Manufacturing, and Vendors to resolve engineering questions.
• Serve as technical resource to Customers and internal stakeholders; participate in design reviews and project meetings.

Skills

SolidWorks

AutoCAD

3D modeling

Piping design

ERP/MRP

MS Office

Education

Bachelor's degree in Mechanical Engineering or Mechanical Engineering Technology

Tools

ERP/MRP systems

Microsoft Excel

Microsoft Word

Outlook

Job description

The Design Engineer is responsible for supporting the design and engineering of custom piping, fluid handling, strainers, pressure vessels, and related fabricated equipment from initial quotation through final engineering. This hands‑on role develops engineering models, drawings, bills of materials, and design calculations while ensuring compliance with applicable industry Codes and Standards. The Design Engineer works closely with Sales, Customers, Purchasing, Quality, Manufacturing, and Vendors to evaluate technical requirements, resolve engineering issues, support accurate quotations, and successfully transition designs into procurement and production. This position requires strong mechanical design capabilities, attention to detail, and the ability to independently manage engineering assignments in a collaborative manufacturing environment.

Key Responsibilities:

• Review customer specifications, technical requirements, and project information during the quotation process to evaluate scope, design feasibility, and potential engineering requirements
• Design custom strainers, pressure vessels, piping assemblies, and related fluid handling equipment in accordance with applicable industry Codes and Standards
• Independently develop and maintain engineering models and drawings, including layouts, outlines, P&IDs, detail drawings, and other technical documentation using SolidWorks and AutoCAD
• Perform and verify engineering design calculations for oil and lube, chilled water, potable and fresh water, aqueous foam, and other applicable fluid systems
• Interpret customer requirements and translate technical specifications into practical engineering designs that meet performance, manufacturing, and applicable code requirements
• Support the preparation of accurate cost estimates and competitive quotations by developing material takeoffs, estimating engineering hours, and providing technical input to Sales
• Create and maintain item masters, bills of materials, and related engineering information within the ERP/MRP system to support accurate procurement and production planning
• Collaborate with Purchasing, Quality, Manufacturing, and Vendors to resolve engineering questions, clarify technical requirements, and ensure designs can be effectively manufactured and procured
• Serve as a technical resource for Customers and internal stakeholders by providing engineering guidance, addressing design questions, and communicating technical requirements clearly
• Participate in project meetings, customer discussions, design reviews, and other technical meetings as required to support successful project execution
• Review completed designs and engineering documentation for accuracy, completeness, manufacturability, and compliance with applicable requirements
• Apply appropriate materials and fabrication methods based on project requirements, including carbon steel, stainless steel, and common alloy materials used in fabricated equipment
• Support engineering changes and design revisions by evaluating technical impacts and updating drawings, models, bills of materials, and related documentation
• Maintain organized and accurate engineering documentation throughout the design and project lifecycle
• Identify potential design, manufacturing, material, or technical issues early and work with appropriate stakeholders to develop practical solutions
• Support continuous improvement of engineering processes, design practices, documentation, and workflow efficiency

Minimum Education & Experience Requirements:

• Bachelor's degree in Mechanical Engineering or Mechanical Engineering Technology required
• Minimum 3 years of experience in piping design, PVF, fabricated equipment, fluid handling equipment, or related engineering experience preferred; relevant co-op or internship experience may be considered for entry-level candidates
• Proficiency in SolidWorks and AutoCAD, including 3D modeling and detailed drawing creation
• Working knowledge of piping, fittings, valves, strainers, and related PVF components
• Working knowledge of carbon steel, stainless steel, and common alloy materials used in fabricated equipment
• Experience using ERP/MRP systems to manage item masters, bills of materials, and engineering or order-related information
• Proficiency with Microsoft Office applications, including Excel, Word, and Outlook
• Ability to read and interpret technical customer specifications and engineering documentation
• Ability to work effectively in a manufacturing environment and collaborate with engineering, production, purchasing, quality, sales, customers, and vendors
• Infrequent domestic travel required, primarily to manufacturing or customer locations in the Cleveland, Ohio area
• Due to the nature of the work and applicable U.S. export control requirements, U.S. citizenship is required

Special Requirements:

• Demonstrated ability to independently manage engineering assignments while maintaining accuracy, quality, and project deadlines
• Ability to work effectively in a hands‑on manufacturing and fabrication environment
• Strong attention to detail and commitment to accurate engineering documentation and design work
• Ability to evaluate technical requirements, identify potential design issues, and develop practical engineering solutions
• Ability to balance engineering requirements with manufacturability, material availability, cost, schedule, and customer requirements
• Ability to communicate technical information clearly with both engineering and non‑engineering stakeholders
• Ability to manage multiple engineering priorities and assignments while maintaining appropriate follow‑up and documentation
• Ability to work independently while collaborating effectively with cross‑functional teams
• Commitment to maintaining current knowledge of applicable engineering Codes, Standards, materials, and design practices
• Ability to participate professionally in customer meetings, technical discussions, and project reviews

Knowledge, Skills, and Abilities:

• Strong mechanical design and engineering fundamentals
• Strong knowledge of piping systems, fittings, valves, strainers, and related PVF components
• Proficiency in SolidWorks and AutoCAD, including 3D modeling, layouts, assemblies, and detail drawings
• Ability to develop and interpret P&IDs, engineering drawings, bills of materials, and other technical documentation
• Ability to perform, review, and verify engineering design calculations
• Working knowledge of pressure vessels, piping assemblies, and fabricated fluid handling equipment
• Knowledge of carbon steel, stainless steel, and common alloy materials used in fabricated equipment
• Ability to interpret customer specifications and translate technical requirements into engineering designs
• Working knowledge of applicable engineering Codes and Standards, including ASME, API, ASTM, and related industry standards
• Experience with ERP/MRP systems and the ability to create and maintain item masters and bills of materials
• Strong Microsoft Excel, Word, and Outlook skills
• Strong analytical and problem‑solving skills with the ability to investigate technical issues and identify appropriate solutions
• Strong written and verbal communication skills
• Ability to communicate effectively with Customers, Sales, Purchasing, Quality, Manufacturing, Vendors, and other stakeholders
• Strong organizational and time management skills with the ability to manage multiple engineering assignments and deadlines
• Ability to understand manufacturing, fabrication, welding, and machining considerations as they relate to engineered equipment
• Ability to apply engineering knowledge to support quoting, procurement, manufacturing, and project execution
• Commitment to maintaining accurate, organized, and complete engineering documentation

Additional Desired Characteristics:

• Demonstrates accountability and takes ownership of engineering assignments and design outcomes
• Proactively identifies potential design, manufacturing, material, or technical issues and works to resolve them before they affect project execution
• Demonstrates strong learning agility and the ability to develop knowledge of new products, systems, materials, Codes, Standards, and engineering practices
• Maintains a results‑oriented approach with a strong focus on design accuracy, quality, manufacturability, and meeting project requirements
• Demonstrates effective information‑seeking and problem‑solving skills when technical requirements or design issues are unclear
• Builds trust through clear communication, responsiveness, technical competence, and timely follow‑up
• Demonstrates flexibility and adaptability when working with changing customer requirements, project priorities, and engineering assignments
• Demonstrates confidence when participating in technical discussions with customers, vendors, and internal stakeholders
• Works cooperatively across Engineering, Sales, Purchasing, Quality, Manufacturing, and other functions to support successful project execution
• Demonstrates an interest in understanding fabricated equipment, fluid handling systems, manufacturing processes, and customer applications
• Demonstrates a practical approach to engineering that considers design requirements, manufacturability, cost, materials, schedule, and customer expectations
• Maintains a commitment to continuous technical learning and professional development