Mechanical​/Process Engineer​/Specialist

GFT is seeking a Mechanical/ Process Engineer/Specialist to support a variety of projects in the Mid-Atlantic Region. This role follows a hybrid work model, requiring regular attendance at our Baltimore, MD office. At GFT, the Mechanical team is dedicated to creating efficient, innovative solutions, ensuring comfort and sustainability in every project. From energy-efficient power systems to advanced HVAC and plumbing designs, our team contributes to a resilient and sustainable built environment, pushing the boundaries of building system design and optimizing performance while addressing the unique needs of each facility.

This is an excellent career opportunity for an experienced, motivated Mechanical/ Process Engineer/Specialist who thrives in a collaborative team environment. The role highlights a customer-focused mindset and a passion for delivering exceptional quality and results on every project.

• Designing, specifying, calculating, executing, and laying out industrial process projects from inception through start up and commissioning.
• Collecting, analyzing, interpreting data, and conveying findings to both the internal project team and client through emails, narratives, reports, and equipment selection.
• Researching, interpreting, and implementing industry practices, safety codes, client standards and GFT standards on every project.
• Managing and successfully executing multiple projects concurrently to the agreed upon scope, schedule, budget, and technical quality.
• Coordinating all technical activities on assigned projects. Responsible for having an awareness of and ability to recognize technical problems.
• Preparing design packages including data sheets, calculations, specifications, cost estimates, schedules, drawings, layouts, PFDs, P&IDs, and RFPs.
• Performing design, constructability and drawing reviews.
• Coordinating the efforts of engineering support groups and external resources such as vendors, consultants, and contractors.
• Conducting project meetings and engaging in effective communications with all project parties.
• Mentoring, instructing, and helping develop new and current engineers within the group.

• Bachelors’ Degree in Mechanical, Chemical, Industrial or similar.
• Proven design experience in industrial and process/mechanical engineering with 7-12 years of applicable experience.
• Note:
  
  Significant experience may be substituted in lieu of specific educational background.
• Experience with AutoCAD Plant3D, Revit.
• Transportation Worker Identification Credential (TWIC) or the ability to obtain.
• A valid driver’s license and reliable transportation is required for occasional travel.

• Professional Engineering (PE) license is an asset, but not mandatory for the role.
• Experience with pipe stress and flow modeling software (Caesar II, Fathom, Pipe Flow, etc.) a plus.
• Must understand CAD operations and convey proposed design to team for implementation.
• Other 3-D modeling software experience a plus.
• Basic understanding of all engineering disciplines with capacity to self-perform engineering in at least one discipline.
• Excellent technical, leadership, interpersonal and communication skills.
• Problem solving and analytical mindset.
• Knowledge of process, industrial, health and safety standards.

Typical salary range for this position is $120,000-$140,000. Salary is dependent upon experience and geographic location.

• Hybrid (in-person and remote) work environment.
• Comprehensive benefits package including wellness programs, parental leave, and pet insurance, in addition to medical, dental, vision, disability, and life insurance.
• Tax-deferred 401(k) savings plan.
• Competitive paid-time-off (PTO) accrual.
• Tuition reimbursement for continued education.
• Commitment to professional development, access to internal and external training programs, and support of active participation in professional organizations
• Incentive compensation for eligible positions.

At GFT, a privately held AEC firm, we innovate where transportation, water, power, and buildings converge. We call this the Infrastructure of Life. We measure our success by the strength of our…