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Shell Tube Heat Exchanger Design Jobs (NOW HIRING)

EMCOR Group Inc

Ohmstede Ltd.

Beaumont, TX

$19.25 - $24.75/hr

... design, manufacturing, fabrication, maintenance, and repair. Ohmstede Ltd is looking for a candidate to layout per print then fit and tack all shell and tube heat exchanger components and assemblies ...

Ohmstede Ltd.

Fitter

Beaumont, TX

... design, manufacturing, fabrication, maintenance, and repair. Job Summary Ohmstede Ltd is looking for a candidate to layout per print then fit and tack all shell and tube heat exchanger components and ...

Ohmstede Ltd.

Fitter

Beaumont, TX · On-site

... design, manufacturing, fabrication, maintenance, and repair. Job Summary Ohmstede Ltd is looking for a candidate to layout per print then fit and tack all shell and tube heat exchanger components and ...

Curtiss-Wright

Mechanical Design Engineer

Hatfield, PA · On-site

$85K - $110K/yr

Proficiency with CAD tools (Inventor/AutoCAD), FEA (NASTRAN), and analytical mechanical analysis ... shell and tube heat exchangers, condensers, coolers and chillers. Our flagship product, Pop-A-Plug ...

Curtisswright

Mechanical Design Engineer

Hatfield, PA

$85K - $110K/yr

Proficiency with CAD tools (Inventor/AutoCAD), FEA (NASTRAN), and analytical mechanical analysis ... shell and tube heat exchangers, condensers, coolers and chillers. Our flagship product, Pop-A-Plug ...

Marmon Holdings, Inc.

Senior Thermal Engineer

Moscow, TN · On-site

$94K - $129K/yr

Lead thermal design and performance analysis of fin-and-tube heat exchangers for HVAC and refrigeration applications * Develop, implement, and maintain physics-based thermal performance models used ...

Marmon

Senior Thermal Engineer

Moscow, TN

$94K - $129K/yr

Lead thermal design and performance analysis of fin-and-tube heat exchangers for HVAC and refrigeration applications * Develop, implement, and maintain physics-based thermal performance models used ...

VPE Thermal LLC

Furnace Technician

Sacramento, CA · On-site

$32 - $42/hr

VPE Thermal, a subsidiary of Vacuum Process Engineering, is a world-renowned leader in compact heat exchanger design and manufacturing. Our company serves a wide range of industries with commercial ...

EMCOR Group Inc

Ohmstede Ltd.

Beaumont, TX

$17.50 - $22.75/hr

... design, manufacturing, fabrication, maintenance, and repair. Ohmstede Ltd. is seeking a Welder to perform the necessary tasks required to fabricate or repair shell and tube heat exchangers of various ...

VPE Thermal LLC

General Technician

Sacramento, CA · On-site

$32 - $42/hr

VPE Thermal, a subsidiary of Vacuum Process Engineering, is a world-renowned leader in compact heat exchanger design and manufacturing. Our company serves a wide range of industries with commercial ...

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All JobsShell Tube Heat Exchanger Design Jobs

Shell Tube Heat Exchanger Design information

See salary details

$57K

$94.3K

$116.5K

How much do shell tube heat exchanger design jobs pay per year?

As of Jun 22, 2026, the average yearly pay for shell tube heat exchanger design in the United States is $94,322.00, according to ZipRecruiter salary data. Most workers in this role earn between $83,500.00 and $107,500.00 per year, depending on experience, location, and employer.

What is the difference between Shell Tube Heat Exchanger Design vs Mechanical Engineer?

AspectShell Tube Heat Exchanger DesignMechanical Engineer
Primary FocusDesign and optimization of heat exchangersDesign, analysis, and maintenance of mechanical systems
Work EnvironmentIndustrial plants, manufacturing facilities, engineering officesFactories, construction sites, engineering firms
CredentialsMechanical engineering degree, heat transfer certificationsMechanical engineering degree, professional engineering license
Industry UsageOil & gas, chemical, power generationManufacturing, automotive, aerospace

While both roles require a mechanical engineering background, Shell Tube Heat Exchanger Design specialists focus specifically on designing efficient heat exchange systems, whereas Mechanical Engineers have a broader scope including various mechanical systems and maintenance. Understanding these differences helps in selecting the right professional for your project needs.

What is a shell and tube heat exchanger?

A shell and tube heat exchanger is a type of heat exchanger that consists of a series of tubes, one set carrying a hot fluid and the other a cold fluid, allowing heat transfer between the two fluids without mixing them. The tubes are enclosed within a larger cylindrical shell, and the design allows for efficient heat exchange by maximizing surface area. This type of heat exchanger is commonly used in industries such as power generation, chemical processing, and oil refining due to its effectiveness and versatility. Proper design takes into account factors like fluid flow rates, temperature differences, pressure, and materials to ensure optimal performance and reliability.

What are the key skills and qualifications needed to thrive as a Shell Tube Heat Exchanger Designer, and why are they important?

To excel as a Shell Tube Heat Exchanger Designer, you need a strong background in mechanical or chemical engineering, with expertise in heat transfer, thermodynamics, and fluid mechanics. Familiarity with industry codes (like ASME), design software (such as HTRI, Aspen Exchanger Design & Rating), and drafting tools (AutoCAD, SolidWorks) is typically required. Attention to detail, problem-solving skills, and effective communication are crucial for translating complex requirements into viable engineering solutions. These competencies ensure safe, efficient, and cost-effective exchanger designs that meet client and regulatory standards.

What are some common challenges faced when designing shell and tube heat exchangers, and how can new designers effectively address them?

One of the main challenges in shell and tube heat exchanger design is balancing thermal performance with mechanical constraints, such as pressure drop and material compatibility. New designers often need to optimize tube layouts, baffle spacing, and flow rates to achieve efficient heat transfer while preventing issues like vibration or fouling. Collaborating closely with process engineers and fabrication teams can help ensure the design meets operational requirements and is feasible to manufacture. Continuous learning about industry standards (like TEMA and ASME codes) and using simulation software can also help new designers overcome these challenges.
Infographic showing various Shell Tube Heat Exchanger Design job openings in the United States as of June 2026, with employment types broken down into 50% Full Time, and 50% Nights. Highlights an 100% In-person job distribution, with an average salary of $94,322 per year, or $45.3 per hour.

Team Lead, Heat Exchanger TFR

Taco Family of Companies

Fall River, MA • On-site

Other

Posted 9 days ago

Job description

Employment Type: Regular Full-time

Shift: 1st Shift

Work Status: Onsite

Position Summary

The Team Lead, Heat Exchanger TFR (Taco Fall River) coordinates employees on both plate and frame (PHE) and shell and tube (S&T) heat exchanger production lines and schedules and assigns work as required. They train new hires throughout the departments and coordinate material deliveries from stores to ensure they match bill of materials (BOM). They assist staff on the most complex PHE frames and tube bundles and monitor output and progression of complex jobs for both PHE and S&T areas. They schedule people, machinery, and sub-assemblies to ensure continuous throughput and high labor efficiencies and prioritize special parts, instructing operators on how to build them.  The Team Leader, Heat Exchanger updates the supervisor on output from the production lines and reviews data in daily production meetings, as well as interacts with buying/planning staff to minimize disruptions. 

Measures of success: 

  • Achieve the key performance indicator (KPI) of on-time deliveries
  • Ensure that earned labor hours align with expected targets
  • Timely/successful training and evaluation of a variety of employees
  • Ensures subassemblies do not run out

Responsibilities

Responsibilities include but are not limited to: 

  • Prioritizes schedules to ensure maximum output
  • Coordinates manufacturing of subassemblies to produce volume needed to minimize work interruptions
  • Reviews schedules with supervisor and production staff
  • Provides feedback to Engineering and Production Planning on BOM discrepancies and material shortages
  • Coordinates welding of subcomponents for the PHE, assembles the most complex PHE frames with assistance of other assemblers, and organizes the painting of PHE frames
  • Assists employees with setups of bending equipment and building of most complex tube bundles
  • Coordinate hydro-testing of both PHE and S&T heat exchangers and load largest heat exchangers onto trucks utilizing overhead cranes.
  • Trains employees in the assembly of PHE and S&T heat exchangers
  • Coordinates with welding departments on the completion of large welding components
  • Determines the safest material handling options for large heat exchangers weighing up to 5 tons and performs critical rigging
  • Reviews Epicor Enterprise Resource Planning (ERP) jobs for completion
  • Coaches employees on how to utilize the ERP system
  • Coordinates with other shifts to ensure proper material flow
  • Assigns and directs work based on needs of the shift
  • Instructs and trains inexperienced operators
  • Coordinates all first shift manufacturing activities in the heat exchanger departments in absence of supervisor.
  • Performs other duties as assigned

Qualifications

Required: 

  • High school diploma or equivalent
  • 7+ years of experience in a heavy assembly industrial environment
  • Ability to use Microsoft Office (Outlook, Teams, Word)
  • Demonstrated ability to lead a team in a heavy manufacturing environment
  • Capability to mentor and train others and to share knowledge
  • Familiar with rigging and material handling of large industrial equipment and components up to 5 tons
  • Ability to read and interpret welding procedures
  • Ability to interpret engineering documentation
  • Able to keep team members well informed and to draw on other's expertise when required
  • Ability to professionally communicate and work cooperatively with others
  • Ability to manage time effectively to meet strict time deadlines and production volumes
  • Judgment to comply with instructions, prescribed routines, methods, and practices
  • Attention to detail and ability to handle multiple priorities
  • Willingness to learn and to train others
  •  

 Preferred: 

  • Up to 2 years of formal post-high school specialized trade, technical school or college. 
  •  

Work Environment

This position works primarily in a production floor environment where large equipment and noise are prevalent.  Safety gear is required in these areas. 

This position reports into the site every day.  

Management

This position has no direct reports. 

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