About Careertakes

👉 Important disclosure: Careertakes is a third-party recruiting platform supporting this hiring process. If selected, you will be employed directly by our client, Engineering.

Applicants for this role may also receive access to additional matched opportunities through the Careertakes platform.

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What You’ll Do

You will support the design and delivery of mechanical building and utility systems for industrial capital projects as part of a multidisciplinary engineering team. This role offers hands-on experience with system analysis, sizing, Revit modeling, and project documentation for manufacturing, life sciences, and advanced-technology facilities.

• Design mechanical facility systems, including HVAC, chilled water, domestic water, wastewater, steam, hot water, compressed air, and plumbing systems
• Perform mechanical system analysis, sizing, calculations, and equipment selection for custom industrial applications
• Develop coordinated mechanical design documents and system models using Revit
• Prepare technical reports, design narratives, drawings, and specifications to support project delivery
• Collaborate with mechanical, electrical, process, architectural, and construction team members
• Coordinate design requirements with clients, project partners, and other engineering disciplines
• Review project documentation for consistency, accuracy, and constructability
• Support multiple projects while meeting quality, schedule, and client expectations
• Apply applicable codes, engineering standards, and internal practices to mechanical system designs
• Support client-site activities including field assessments, installation/start-up support, meetings, and training when required

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What You’ll Bring

Minimum qualifications required for consideration:

• Bachelor of Science in Mechanical Engineering from an ABET‑accredited institution
• At least three years of mechanical facility design engineering experience, including system analysis, sizing, design, and technical report writing
• Engineer‑in‑Training (EIT) certification
• Proficiency in Revit and AutoCAD for mechanical design documentation
• Ability to travel for project requirements (client-site activities, installation/start-up, meetings, training, etc.)

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Preferred Qualifications

• Experience designing HVAC, hydronic, plumbing, compressed gas, steam, condensate, or related utility systems for industrial facilities
• Experience supporting advanced technology, semiconductor, life sciences, or controlled‑environment projects (clean room, cold room, warm room)
• Experience executing mechanical design work as part of multidisciplinary capital projects

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Compensation

• The approximate pay range for this position is $75,000 - $90,000 per year. This is a good‑faith estimate at the time of posting; final pay may vary based on background, skills, and location.

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About the Confidential Client

Confidential Client is a multi‑disciplinary engineering and design organization supporting manufacturing, life sciences, and advanced technology clients. The team applies integrated engineering practices to improve facility performance and operational readiness while emphasizing technical growth and collaborative project delivery.

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Additional Information

• Confidential Client is an Equal Opportunity Employer. Applicants may be subject to pre‑employment screening which may include drug screening, reference checks, employment verification, background screening, and/or skills assessments.
• If you require reasonable accommodations during the hiring process, please indicate that when contacted.

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Equal Opportunity & Hiring Transparency

Careertakes and our client are Equal Opportunity Employers committed to building a diverse and inclusive workforce. We prohibit discrimination or harassment of any kind. To support a fair and efficient hiring process, AI tools may be used to assist with application review or resume screening. These tools do not replace human decision-making. Final hiring decisions are made by people.

If you have questions about how your data is used, please contact us directly.