Sr Data Center Mechanical Engineer (Remote)

Lensa; Cleveland (OH); Remote; USD 120,000 - 150,000; Full time

Job summary

A leading company in climate solutions is seeking a Senior Data Center Mechanical Engineer to design innovative cooling systems. This remote role emphasizes sustainability and efficiency in data centers, requiring strong engineering skills and customer engagement.

Benefits

Bonus

Paid vacation

Flexible hours

Remote work options

Insurance

Employee Resource Groups (ERGs)

Virtual work environment

Referral program

Qualifications

• At least five years in system architecture, especially in data center thermal management.
• Experience with air and liquid-cooled systems and large-scale data centers is a plus.

Responsibilities

• Design and select components for air and liquid-cooled systems.
• Provide detailed drawings to illustrate solutions.
• Act as the link between customers and product teams.

Skills

Design and architecture skills in thermal management systems

Strong problem-solving skills

Communication skills

Education

Bachelor’s in engineering fields

Master’s preferred

Job description

Sr Data Center Mechanical Engineer (Remote)

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Lensa is the leading career site for job seekers at every stage of their career. Our client, Danfoss LLC, is seeking professionals. Apply via Lensa today!

Requisition ID: 43062

Job Location(s): Baltimore, MD; Durham, NC; Maumee, OH; Florida; Forest City, NC; Easley, SC; GA; Columbus; Cleveland, OH

Employment Type: Full Time

Segment: Danfoss Climate Solutions Segment

Job Function: R&D, Technology and Engineering

Work Location Type: Remote

Job Description

Are you an experienced System Engineer passionate about Cooling and Thermal Management? Do you thrive in an organization that emphasizes continuous development? Join us to impact data center efficiency and sustainability! We’re seeking a Senior Data Center System Architect to help build and maintain cooling solutions.

Why You Should Be Interested

• Driving Sustainable Transformation: Contribute to global data center efficiency and sustainability, impacting the environment positively.
• Innovation and Growth: Work with cutting-edge technology and grow professionally in a collaborative environment.
• Customer Impact: Improve and maintain critical systems used worldwide, shaping future technologies.

This remote role is ideal for candidates in the eastern or central US time zones, with options to work from our Baltimore office.

Job Responsibilities

• Thermal Load System Architecture: Design and select components for air and liquid-cooled systems.
• System Illustration: Provide detailed drawings to illustrate solutions.
• Customer Liaison: Act as the link between customers and product teams, understanding needs and delivering solutions.
• Innovation and IP Protection: Convert innovations into patents, collaborating with IP teams.

The ideal candidate is a strategic thinker with technical expertise, excellent communication skills, and a customer-centric approach.

Background & Skills

• Bachelor’s in engineering fields; master’s preferred.
• At least five years in system architecture, especially in data center thermal management or related fields.
• Experience with air and liquid-cooled systems and large-scale data centers is a plus.

Skills

• Design and architecture skills in thermal management systems.
• Strong problem-solving and communication skills.
• Ability to innovate and secure patents.

Salary Range: $120,000 to $150,000. Actual salary varies based on experience and location.

Employee Benefits

• Bonus, paid vacation, flexible hours, remote work options, insurance, ERGs, virtual work environment, referral program.

We value diversity and inclusion, encouraging applicants from all backgrounds to apply, even if they do not meet every requirement.

About Danfoss

Founded in 1933, Danfoss is a family-owned company with over 39,000 employees, operating in more than 100 countries. We engineer solutions to increase productivity, reduce emissions, and enable electrification across various industries.