Assembler Internal Combustion Engine Job Description Samples

Results for the star of Assembler Internal Combustion Engine

R &D Combustion Engineer - Chemical Engineer - Industrial Gas -

Our client is a leading global supplier of atmospheric gases and equipment. They are seeking a SENIORR&D COMBUSTION ENGINEERbased out of their state of the art Technology Center, their site for global plant engineering and research and development.

SUMMARY:
The Senior R&D Combustion Engineer will be a member of the Combustion R&D team. In this role, he or she will lead the identification, development, demonstration and commercialization of new combustion technologies of commercial value. This will require working closely with other R&D personnel as well as other organizations, both internal and external customers.

The successful candidate will also be expected to stay abreast of new technology developments in their field of expertise, and actively contribute ideas for new programs. The ideal candidate will possess strong communication skills, the ability to self-start with minimal direction, strong organizational and project management skills, safety focus and experience in industrial process development including combustion technologies.

KEY ACCOUNTABILITIES:

  • Leading research and development programs through stage gate process towards commercialization.
  • Developing heat and mass balances and performing advanced kinetics, heat transfer and flow calculations.
  • Testing or demonstrating new technologies in labs or customer facilities.
  • Evaluation of experimental data and development of the scientific understanding.
  • Writing reports and making recommendations to management as to future directions of development programs.
  • Presenting results to customers and at technical meetings.
  • Identifying intellectual property opportunities and preparation of invention disclosures.
  • Supporting field demonstrations and commercialization of combustion technologies worldwide.

QUALIFICATIONS:

  • Masters Degree minimum in Chemical, Mechanical Engineering or Metallurgical Engineering required; Ph.D. highly desirable.
  • Required: At least 5or more years of industrial R&D experience in combustion, process, heat transfer or petrochemical engineering.
  • Demonstrated experience leading development projects and small teams.
  • Ability to work in industrial plants and on elevated platforms.
  • Ability to travel up to 30% of the time (domestic and international).
  • Industrial equipment startup and optimization experience.
  • Experience working in the Industrial Gas industry.
  • Experimental skills in combustion.
  • Experience with oxy-fuel combustion.

Excellent opportunity for career development within this core applications group as well as other functional areas within the corporation.


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R &D Combustion Engineer - Chemical Engineer - Industrial Gas -

Our client is a leading global supplier of atmospheric gases and equipment. They are seeking a SENIORR&D COMBUSTION ENGINEERbased out of their state of the art Technology Center, their site for global plant engineering and research and development.

SUMMARY:
The Senior R&D Combustion Engineer will be a member of the Combustion R&D team. In this role, he or she will lead the identification, development, demonstration and commercialization of new combustion technologies of commercial value. This will require working closely with other R&D personnel as well as other organizations, both internal and external customers.

The successful candidate will also be expected to stay abreast of new technology developments in their field of expertise, and actively contribute ideas for new programs. The ideal candidate will possess strong communication skills, the ability to self-start with minimal direction, strong organizational and project management skills, safety focus and experience in industrial process development including combustion technologies.

KEY ACCOUNTABILITIES:

  • Leading research and development programs through stage gate process towards commercialization.
  • Developing heat and mass balances and performing advanced kinetics, heat transfer and flow calculations.
  • Testing or demonstrating new technologies in labs or customer facilities.
  • Evaluation of experimental data and development of the scientific understanding.
  • Writing reports and making recommendations to management as to future directions of development programs.
  • Presenting results to customers and at technical meetings.
  • Identifying intellectual property opportunities and preparation of invention disclosures.
  • Supporting field demonstrations and commercialization of combustion technologies worldwide.

QUALIFICATIONS:

  • Masters Degree minimum in Chemical, Mechanical Engineering or Metallurgical Engineering required; Ph.D. highly desirable.
  • Required: At least 5or more years of industrial R&D experience in combustion, process, heat transfer or petrochemical engineering.
  • Demonstrated experience leading development projects and small teams.
  • Ability to work in industrial plants and on elevated platforms.
  • Ability to travel up to 30% of the time (domestic and international).
  • Industrial equipment startup and optimization experience.
  • Experience working in the Industrial Gas industry.
  • Experimental skills in combustion.
  • Experience with oxy-fuel combustion.

Excellent opportunity for career development within this core applications group as well as other functional areas within the corporation.


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Computational Fluid Dynamics And Combustion Engineer

Job Description

Opening is for an individual who can work with a team that is developing physics based fluid dynamic and combustion simulations of liquid propellant explosions.  Individual will also be tasked with using debris transport models that simulate the acceleration and propagation of debris.  Individual will develop Computational Fluid Dynamics models and will use Matlab to perform simulations.  The Individual must be capable of communicating with other engineering disciplines the aspects of the problem and working with systems engineering teams to ensure requirements and designs are consistent with the knowledge gained from the simulations.  The team conducts small scale tests to provide data for validating models and the individual will be expected to work on occasion with the test team.  The individual must be able to develop these simulations with little or no oversight and therefore must be a self-starter.  Communications skills are important to ensuring proper coordination with the team.  A security clearance may be required in the future.  

Expect application to be Master or PHD level.

Company Description

Small business expanding our knowledge of launch vehicle explosions with the long range intent to learn how to survive them and make spaceflight safer..

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Combustion Engineer

Job Description

Combustion Engineer
Roles and Responsibilities
•* Design, simulation and testing of turbine combustor, including vendor selection and production transition.
•* Control temperature, location, and initialization of combustion.
•* Detailed design on fuel introduction and mixture.
•* Atomization and/or vaporization of liquid fuels.
•* Achieving specified performance for power, efficiency, and emissions (CARB, Euro, and EPA).
•* Design for assembly / manufacturing, accounting for supplier capabilities and internal capabilities.
•* Extensive cooperation with suppliers, who may be overseas.
•* Rapid prototyping; hands-on involvement in early builds.
•* Fully support and conform to given design parameters while independently and creatively solving unknowns.
Skills and Experience Required
•* 3+ years’ experience designing and improving combustion processes
•* Responsible for controlling fuel/air mixture to achieve lean burn
•* Responsible for achieving compliance with emissions regulations
•* Excellent verbal and written communication skills for explaining design concepts and design problems
•* Ability to work in a fast-paced environment with a multi-discipline team
Skills and Experience Preferred
•* Prior work experience in a small company with rapid turn-around / short development schedules
•* Hands-on design and validation testing of gas turbines, such as aircraft APU
•* Experience with design for assembly / manufacturing
•* Knowledgeable in CFD analysis
•* Proficient with Solidworks / ePDM
•* Strong math and physics skills
•* BS or MS Mechanical / Automotive / Aerospace Engineering or similar field

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Combustion CFD Engineer

Job Description

OVERALL RESPONSIBILITY:

S.T. Johnson Burners is an industry leader in providing reliable and innovative combustion solutions to industrial and commercial users. The company utilizes a balance of computational modeling and analysis techniques, laboratory testing, and pilot / field-testing units to optimize the overall burner product at the highest level.

As an employee, the Combustion CFD Engineer is responsible for planning, execution, data analysis and reporting of computational modeling and analysis project assignments. This role supports the design, development and improvement of the package burner systems and subsystems including blowers, dust arrestors, nozzles and surface burners.

ACCOUNTABILITIES:

1) Develop, execute, validate and continuously improve CFD models for burner systems.

2) Develop analytical models for conceptual design of burner systems and subsystems.

3) Maintain and continuously improve models and associated infrastructure at the state-of-the-art.

4) Analysis of numerical and experimental data, interpretation and visualization of the data and extraction of effective parameters.

5) Develop and maintain design standards, guidelines, tools and performance databases for combustion systems.

QUALIFICATIONS (Education, Certifications and Required Experience):

1) Masters in engineering with educational emphasis on combustion, heat transfer, turbomachinery and particle tracing.

2) At least three (3) years of extensive involvement in computational modeling and analysis, spanning model development, execution, and experimental validation, for CFD models

3) In depth knowledge of commercially available CFD modeling packages, with at least one-year in-depth experience in using at least one commercially available platform.

4) Working knowledge of MATLAB programming.

5) Experience with structural FEA is preferred.

DEMONSTRATED CRITICAL COMPETENCIES:

1) Unrelenting Focus on Results, via continual fostering of Teamwork/Cooperation & strong Stakeholder Orientation.

2) Exceptional Analytical, Conceptual and Strategic Thinking Skills, and ability to foster these skills in others.

3) Strong drive/DNA for fostering Creativity & Innovation.

4) Ever present Attention to Detail & Quality of Work, and ability to foster these competencies in others.

5) Demonstrated Adaptability/Flexibility to respond to and effectively address unforeseen events.

6) Clear, Concise, Effective & Persuasive Communication Skills (oral & written).

PHYSICAL REQUIREMENTS:

1) Vision- Close visual acuity to perform an activity such as analyzing data, viewing a computer terminal, inspection involving small defects or welds, use and operation of machines, use of measurement devices, etc.

2) Walking- Moving about on foot to travel and accomplish tasks, including long distances or site to site.

3) Sitting- The body is supported by buttocks and back and employee needs to remain seated for extended periods of time.

4) Travel – Work requires travel by car or airplane and includes extended periods of sitting.

Company Description

The Fulton Companies is an American multi-national group of companies headquartered in Pulaski, New York, USA. Fulton researches, engineers, manufactures and sells complex heat transfer equipment for a wide range of commercial and industrial applications. Today, Fulton employs more than 875 people in facilities in five countries, and has served as an industry leader of emerging heat technologies for more than 60 years.

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Engine Combustion Development Engineer


Job Description:

Job description:
Engine Combustion Development Engineer position offered by Ford Motor Company Dearborn, Michigan. Perform 3D CFD flow and thermal analysis to optimize engine components and systems. Provide design direction for the improvement and optimization of engine components. Perform 3D combustion CFD analysis using software tools and in-house tools. Support combustion ionization and measurements in the dynamometer lab and develop and validate combustion ionization mechanisms with combustion 3D CFD. Plan and conduct 1D engine performance analysis and apply analytical reliability and robustness methodologies to optimize engine systems. Plan dyno engine testing and post-process dyno data as required.

Minimum Requirements:
  • Master s or foreign equivalent in mechanical engineering or a related engineering field
  • 3 years of experience designing and developing internal combustion reciprocating engines
  • 3 years of experience debugging and writing scripts in MatLab and Matlab-Simulink, including scripts that support combustion 3D CFD techniques
  • 3 years of experience developing engines on dynamometers, including combustion system development for production engines
  • 3 years of experience predicting 3D CFD combustion with Converge software tool
  • 3 years of experience testing and developing combustion ionization measurement techniques
  • 3 years of experience developing combustion ionization engine control systems and requires electronic circuits for sporadic pre-ignition in gasoline direct injection engines
  • 3 years of experience reciprocating I. C. engine combustion development with 3D converge and StarCCM+ tools and 1D Engine Cycle Simulations with GT-Power
  • 3 years of experience creating solid models with 3D CAD software
  • 3 years of experience using AVL data acquisition software, Labview, and Minitab
  • Must possess Six Sigma green belt certification or higher
  • Experience may be, but need not be, acquired concurrently

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Engineer - Combustion Analysis

Overview: Aerojet Rocketdyne , a premier aerospace and defense company specializing in missile and space propulsion, is seeking a Combustion Analysis Engineer . As part of the engineering staff, you will be engaged in the design and analysis of aerospace propulsion systems at the component and system levels.

This work will entail developing and using fluid dynamic, combustion and CFD tools as a key contributor in our Combustion and Fluid Dynamics Analysis group. This position will be located at our growing facility in Huntsville, Alabama . This role may be filled at this level or one level higher. Essential Job Functions (Including % of Time for Each): Working under general supervision: 70% - Perform combustion and fluid dynamics analysis for solid and liquid propulsion systems using 1D, 2D, and 3D analytical tools, including computational fluid dynamics (CFD) analysis with software such as Fluent.

Conduct pre-test performance predictions and post-test analysis of motor test data, and refine the analyses to better match the data through physics-based critical thinking. Be a key part of Aerojet Rocketdyne’s team by leading CFD analysis support on projects to develop solid rocket motors, liquid rocket engines, and high speed air-breathing propulsion systems. 20% - Participate in design and verification tests of both solid and liquid propulsion systems and components. Develop strategies to verify and validate analysis results.

Participate in team meetings, technical reviews, design reviews, peer reviews and problem solving meetings. 10% - Produce briefings for peer and management reviews, and present to internal and external customers. Using best practices, document all work and prepare formal reports. Requirements: Requires a Bachelor's degree and 2 years of directly related experience or an equivalent combination of education and experience.

Additional Requirements and Preferred Qualifications: Must be able to obtain and maintain a U.S. Security Clearance at the appropriate level (requires U.S.

Citizenship). US Citizenship Only Required. Dual Citizenship does not meet job qualifications. Experience or coursework in aerothermodynamics, compressible flow, and combustion required.

Experience using ANSYS Fluent or Loci framework CFD tools preferred. An advanced degree is desired. Work Environment/Physical Requirements:

Employees in these positions must possess mobility to work in a standard office setting and to use standard office equipment, including a computer; stamina to sit or stand and maintain attention to detail despite interruptions; may occasionally lift/carry/push/pull up to 25 pounds; may require occasional walking, climbing, stooping, crouching, and/or bending; and vision to read printed materials and a computer screen, and hearing and speech to communicate in person and over the telephone. May require the ability to travel by air or auto. May require the use of personal protective equipment such as safety glasses, safety shoes, and shop coat.

These positions may be expected to work varying shifts and hours to ensure successful operation of activities in the organization. Posted by StartWire



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Process Control & Combustion Engineer

Job Description: This position will report to the Group Engineering Manager Titanium Segment and will be responsible for the design, development, execution, and data analysis of all furnace temperature uniformity surveys, system accuracy tests, and gas analysis at the ATEP Niles location.

The process control & combustion engineer will provide direct supervision to the process control technician responsible for coordinating furnace testing & results as well as provide technical guidance to the electricians performing the testing. This position will provide technical leadership in the adherence to all heat treat specifications and NADCAP requirements and be an engineering liaison to the Quality department. This position will provide process control & engineering leadership of data acquisition and analysis of various operating equipment throughout the Niles facility, concentrating on heat treat processes and other equipment used in the production of titanium mill products.

This position will also be responsible as the Single Point of Authority for Combustion Safety for all furnaces, boilers, and air heaters in the ATEP Niles & Canton facilities. A broad knowledge of engineering principles, practices, and procedures will be applied to process improvement initiatives focused on heat treatment of titanium mill products and other processes across the titanium manufacturing landscape. Provide engineering leadership in support of heat treat process compliance; lead process control improvement & automation initiatives for heat treat processes as well as other metal manufacturing process throughout the facility; Provide direct support to operations & maintenance to diagnose/troubleshoot controls system hardware/software & equipment problems and integration issues, and develop & coach resources to address existing needs and ongoing growth requirements; Provide technical leadership in the development of new process control & automation (PC&A) strategies in support of business unit goals.

Establish and ensure appropriate process control standards and specifications are being met; Serve as the Single Point of Authority for Combustion Safety for all furnaces, boilers, and air heaters with a gross energy input greater than or equal to 150,000 BYU per hour, in the ATEP Niles & Canton facilities; Ensure appropriate interface and migration of corporate IT functionality relative to PC&A, as well as network, security, and back up requirements are satisfied; Provide leadership in the migration of outsourced service activity to internal control of PC&A functions while positioning internal capabilities to support business growth; Provide engineering expertise, guidance, and direction in the functional design and implementation of process control improvements and OEE initiatives; Manage ongoing vendor activities as well monitor potential vendor development of new automation applications, ensure compliance with technical specifications, and communicate with applicable business unit leaders. Basic Qualifications Bachelor's Degree from an accredited institution; Minimum of 5 years' experience in Engineering; This position is subject to the International Traffic in Arms Regulations (ITAR) which requires U.S. person status. ITAR defines U.S. person as an U.S.

Citizen, U.S. Permanent Resident (I.e. 'Green Card Holder'), Political Asylee, or Refugee; Employees must be legally authorized to work in the United States. Verification of employment eligibility will be required at the time of hire.

Visa sponsorship is not available for this position. Preferred Qualifications BE/BS in Electrical Engineering or related engineering/computer control discipline; Minimum of 5-10 years of engineering leadership experience in process control, preferably in a heavy manufacturing/metals environment; Must have a strong technical knowledge in the fundamentals of controls engineering and controls systems, and a basic knowledge of various levels and interfaces to information technology; Thorough understanding of machine process control and advanced process control techniques and how they can be applied to monitor, control, predict, and improve plant operating performance; Experience in combustion control, heat treat processes, or furnace management a plus; Experience in metals manufacturing processes a plus. Ability to be flexible in a fast-paced manufacturing environment; Ability to troubleshoot, problem solve, and perform root cause analyses; Strong communication, computer, and organizational skills; Self-driven contributor to meet organizational goals. Posted by StartWire



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Sr R&D Combustion Engineer

POSITION QUALIFICATION SUMMARY: The Senior R&D Combustion Engineer will be a member of the Praxair Combustion R&D team.

In this role, he or she will lead the identification, development, demonstration and commercialization of new combustion technologies of commercial value to Praxair. This will require working closely with other R&D personnel as well as other organizations within Praxair and external customers. The successful candidate will also be expected to stay abreast of new technology developments in their field of expertise, and actively contribute ideas for new programs.

The ideal candidate will possess strong communication skills, the ability to "self-start" with minimal direction, strong organizational and project management skills, safety focus and experience in industrial process development including combustion technologies. KEY ACCOUNTABILITIES: Leading research and development programs through stage gate process towards commercialization Developing heat and mass balances and performing advanced kinetics, heat transfer and flow calculations Testing or demonstrating new technologies in Praxair labs or customer facilities Evaluation of experimental data and development of the scientific understanding Writing reports and making recommendations to management as to future directions of development programs Presenting results to customers and at technical meetings Identifying intellectual property opportunities and preparation of invention disclosures Supporting field demonstrations and commercialization of combustion technologies worldwide (JOB LEVEL AND SALARY COMMENSURATE WITH EXPERIENCE) Basic:

Master's Degree in Chemical or Mechanical Engineering (or related discipline) 5 or more years of industrial R&D experience in combustion, process, heat transfer or petrochemical engineering Demonstrated experience leading development projects and small teams Ability to work in industrial plants and on elevated platforms Ability to travel up to 30% of the time (domestic and international) Preferred: Master's or Doctorate Degree in Chemical or Mechanical Engineering (or related discipline) 8 or more years of industrial R&D experience in combustion, process, heat transfer or petrochemical engineering 3 or more years of experience leading projects Industrial equipment startup and optimization experience Experience working in the Industrial Gas industry Experimental skills in combustion Experience with oxy-fuel combustion Posted by StartWire



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3D Airflow Combustion Engineering - Group Lead - 1028917

Job Description

The Group Lead (GL) of Engine Combustion System Development in Powertrain Virtual Analysis (PTV) is the leader in managing a group of engineers in supporting part design engine combustion system, engine combustion system optimization and advanced combustion concept evaluation/development through utilizing 3D CFD analysis tools. The Group Lead will work very closely with Program Lead (PL) and is responsible for project management including assignment, standard process follow-up as defined by 3D CFD capability catalogue, and high quality results delivery on time.

Other core responsibilities will include:

  • Supervise the execution of standard process in production development
  • Improve communication and operational efficiency
  • Manage and plan innovation projects
  • Provide strategic planning of resources and the group development
  • Work with Technical Lead (TL) to improve 3D CFD capability and extend its applications into new areas

The candidate should have a strong background in engine combustion, system simulation and optimization. The candidate will also have strong ability in leading the direction of future engine product development and research at FCA.


Basic Qualifications:

  • Master of Science in Engineering, Physics or Chemistry from an ABET accredited university
  • Minimum 8 years of work experience with powertrain IC engine combustion simulation and optimization using 1D/3D CFD analysis tool
  • Minimum 2 years' experience in management including project/program management
  • Comprehensive experience and knowledge in data analysis, experimental tests, engine combustion systems and optimization, and engine airflow areas including manifold, intake/exhaust ports, exhaust system and tailpipe emission development
  • The ability to adapt quickly in response to variable operational situations
  • Proactive and able to follow up on open items with all levels of management
  • Excellent skills in presentation, communication, problem solving, prioritization and project management


Preferred Qualifications:

  • PhD in mechanical engineering, aerospace engineering, physics or chemistry from an ABET accredited university
  • Documented history of advancing the state of the art in the area of modeling, simulation, optimization of IC engine performance

FCA US is proud to extend to its employees a compensation and benefits package that is designed to retain their talent and to motivate and reward job performance. Our present compensation program provides for competitive, market based salaries, and annual vacation and holiday time off. We make available a comprehensive health care benefits plan which, depending upon the employee’s role, includes medical, dental, vision and prescription drug coverage. We also offer a disability absence plan, group and optional life insurance program, savings plan, tuition assistance, and vehicle purchase and lease discounts for certain employees, and for their family and friends.

Equal Opportunity Employer Minorities/Women/ProtectedVeterans/Disabled/Sexual Orientation/Gender Identity.

Company Description

Fiat Chrysler Automobiles (FCA), the seventh-largest automaker in the world, designs, engineers, manufactures and sells passenger cars, light commercial vehicles, components and production systems worldwide.
The Group's automotive brands are: Abarth, Alfa Romeo, Chrysler, Dodge, Fiat, Fiat Professional, Jeep, Lancia, Ram, Ferrari and Maserati, in addition to the SRT performance vehicle designation and Mopar, the parts and service brand. The Groups businesses also include Comau (production systems), Magneti Marelli (components) and Teksid (iron and castings). In addition, the Group provides retail and dealer finance, leasing and rental services in support of the car business through subsidiaries, joint ventures and commercial agreements with specialized financing services providers.
FCA is an international auto group engaged in industrial activities in the automotive sector through companies located in 40 countries and has commercial relationships with customers in approximately 150 countries.

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