Mechanical Engineer (Utilities)

Stellar•Jacksonville, FL

About The Position

The Mechanical Engineer will be responsible for the design of plumbing systems as part of a team that designs buildings and support systems for food processing plants and warehouses. The candidate will be responsible for the design and specification of plumbing systems. Any fire protection and HVAC design experience will be a plus. You will work on projects from concept to issuing of construction drawings through construction administration efforts such as the review of equipment submittals and technical support. This position involves advanced technical knowledge and the ability to work with cross-functional teams. The successful candidate will thrive in a dynamic environment and be capable of delivering innovative solutions while ensuring compliance with industry standards and regulations. Duties/Responsibilities: Size utilities equipment (hot water heating, cold water booster packages, compressed air, etc.) and piping distribution systems (hot water, cold water, compressed air, natural gas, etc.) by totalizing the loads from data available from owner/process provided equipment, hot/cold water requirements for restroom fixtures, analysis of metering data, HVAC and refrigeration equipment needs, and using engineering judgement for diversity or appropriate safety factors. Produce pipe material and insulation schedules and work with vendors as required to select equipment and produce equipment schedules for the drawings. Design Plumbing gravity drainage systems such as sanitary, storm, and process waste. This will include venting, isometric riser diagrams, pipe, and fixture schedules. Produce drawings using Revit 3D modeling software (occasionally AutoCAD) or oversee Designers/Engineers assigned to the project team to produce the drawings. Collaborate with cross-functional teams, including architects, civil engineers, electrical engineers, structural engineers, process engineers, design project managers, construction Project managers, owners, etc. Conduct building assessments and feasibility studies to evaluate design options for clients. This may include equipment pricing from vendors, but installation pricing would be performed by others at Stellar. Adhere to project timelines and budgets. The candidate will be responsible for conceptual development, detailed design, calculations, construction level documents, oversight of Revit production resources, responding to RFIs, shop drawing and submittal review, site inspection visits, and record drawings. Depending on the Plumbing Engineer’s Level the expectations will increase. At the entry level 1 position the engineer will have higher level engineers mentoring them, whereas level 2 & 3 Engineers and Senior Engineers will be doing independent work and may be managing team members assigned to their projects, while ensuring project requirements, schedule, and overall document quality are met. Inter-discipline coordination, BIM clash detection, and site inspections will be required. The candidate must be a team player and committed to the quality of work generated. Fire Protection and HVAC design experience will be considered a plus. Skills of interest include: Fire Protection - the ability to analyze flow tests, hydraulically size sprinkler piping such as site service feeds, loops, mains, and sprinkler distribution using software (Stellar uses Hydracalc) and then provide sizing/selections of sprinklers, fire pump boosters, and tanks. HVAC – the ability to size equipment by totalizing the loads from data available from the owner/process provided equipment needs, and calculating the cooling and heating loads using internal load spreadsheets and load estimating software such as Trane Trace or IESVE. Size associated ductwork by doing velocity and pressure drop calculations. Produce HVAC ductwork material and insulation schedules and work with vendors as required to select equipment and produce equipment schedules for the drawings. Provide controls sequencing of operations, pressurization, and hygienic zoning. Other duties as assigned

Requirements

Knowledge of mechanical engineering principles, applicable codes, and standards such as ASME, ASHRAE, International Mechanical Code, International Plumbing Code, International Fuel and Gas Code, International Energy Code, etc.
Verbal and written communication skills to convey complex technical information clearly and concisely.
Interpersonal skills to work effectively with team members, clients, and stakeholders.
Ability to work independently and as part of a team.
Ability to prioritize tasks, manage time efficiently, and meet milestones.
Ability to analyze and interpret technical data and drawings.
Excellent problem-solving and critical-thinking skills.
Proficiency in using mechanical engineering software and tools and Microsoft products such as Excel, Word, Teams, and Outlook.
Attention to detail and a commitment to producing high-quality work.
Bachelor's degree in Mechanical Engineering is required
1-7 years of experience in mechanical engineering design for level 1 up to a minimum of 7 years for level 3 is required
Basic capabilities in AutoCAD and Revit such as pan/zoom are required; modeling proficiency is preferred.
Flexibility to travel on short notice for urgent business needs, to attend meetings, trainings, and events.
Maintain a professional demeanor and appearance during business trips.
Compliance with company travel policies and procedures.
Ability to sit, stand, and walk for long periods of time.
Ability to use a computer, phone, printer, scanner, and other office equipment.
Visual acuity for detailed work and computer use
Ability to lift, carry, and move up to 25 pounds of files, documents, and materials.
Ability to climb stairs and/or ladders.

Nice To Haves

Any fire protection and HVAC design experience will be a plus.
Fire Protection - the ability to analyze flow tests, hydraulically size sprinkler piping such as site service feeds, loops, mains, and sprinkler distribution using software (Stellar uses Hydracalc) and then provide sizing/selections of sprinklers, fire pump boosters, and tanks.
HVAC – the ability to size equipment by totalizing the loads from data available from the owner/process provided equipment needs, and calculating the cooling and heating loads using internal load spreadsheets and load estimating software such as Trane Trace or IESVE. Size associated ductwork by doing velocity and pressure drop calculations. Produce HVAC ductwork material and insulation schedules and work with vendors as required to select equipment and produce equipment schedules for the drawings. Provide controls sequencing of operations, pressurization, and hygienic zoning.
Current P.E. license is preferred.
industrial facilities or food and beverage experience is preferred.

Responsibilities

Size utilities equipment (hot water heating, cold water booster packages, compressed air, etc.) and piping distribution systems (hot water, cold water, compressed air, natural gas, etc.) by totalizing the loads from data available from owner/process provided equipment, hot/cold water requirements for restroom fixtures, analysis of metering data, HVAC and refrigeration equipment needs, and using engineering judgement for diversity or appropriate safety factors.
Produce pipe material and insulation schedules and work with vendors as required to select equipment and produce equipment schedules for the drawings.
Design Plumbing gravity drainage systems such as sanitary, storm, and process waste. This will include venting, isometric riser diagrams, pipe, and fixture schedules.
Produce drawings using Revit 3D modeling software (occasionally AutoCAD) or oversee Designers/Engineers assigned to the project team to produce the drawings.
Collaborate with cross-functional teams, including architects, civil engineers, electrical engineers, structural engineers, process engineers, design project managers, construction Project managers, owners, etc.
Conduct building assessments and feasibility studies to evaluate design options for clients.
Adhere to project timelines and budgets.
Conceptual development, detailed design, calculations, construction level documents, oversight of Revit production resources, responding to RFIs, shop drawing and submittal review, site inspection visits, and record drawings.
Inter-discipline coordination, BIM clash detection, and site inspections

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