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Assistant Combustion Research information

What types of projects and research areas might I work on as an Assistant Combustion Researcher?

As an Assistant Combustion Researcher, you can expect to support projects involving the study of fuel efficiency, emissions reduction, and the development of alternative combustion technologies. You'll collaborate closely with senior researchers and engineers to design experiments, collect and analyze data, and prepare reports or presentations. The daily work often includes hands-on laboratory tasks, literature reviews, and troubleshooting experimental setups. This role also offers opportunities to contribute to published research and attend industry conferences, helping you build a strong foundation for advancement in energy or environmental science fields.

What does an Assistant Combustion Researcher do?

An Assistant Combustion Researcher supports scientific studies focused on the combustion process of fuels and related materials. Their responsibilities typically include conducting experiments, collecting and analyzing data, and assisting with the development of new combustion models or technologies. They often work in laboratory settings under the guidance of senior researchers, helping to improve energy efficiency, reduce emissions, and advance clean energy solutions. This role is important in both academic and industrial research environments. Strong analytical skills and a background in chemistry or engineering are usually required.

What are the key skills and qualifications needed to thrive as an Assistant Combustion Researcher, and why are they important?

To thrive as an Assistant Combustion Researcher, a strong background in chemistry, mechanical engineering, or a related field, often with a bachelor's or master's degree, is essential. Familiarity with laboratory instruments, data analysis software such as MATLAB or LabVIEW, and safety protocols is typically required. Strong problem-solving abilities, attention to detail, and effective teamwork skills set candidates apart in this research-intensive role. These competencies are crucial for conducting precise experiments, ensuring safety, and contributing meaningful insights to combustion science projects.

What is the difference between Assistant Combustion Research vs Assistant Mechanical Engineer?

AspectAssistant Combustion ResearchAssistant Mechanical Engineer
Required CredentialsBachelor's in Mechanical, Chemical, or Aerospace Engineering; knowledge of combustion processesBachelor's in Mechanical Engineering; focus on design, analysis, and manufacturing
Work EnvironmentResearch labs, testing facilities, R&D departmentsDesign offices, manufacturing plants, testing labs
Industry UsageEnergy, aerospace, automotive industriesManufacturing, automotive, aerospace, energy sectors
Common Search/ComparisonYesYes

The Assistant Combustion Research role focuses on studying and improving combustion processes within research settings, often requiring specialized knowledge of combustion chemistry. In contrast, the Assistant Mechanical Engineer typically works on designing and analyzing mechanical systems across various industries. While both roles require engineering degrees, their daily tasks, work environments, and industry applications differ significantly, making each role unique in its focus and responsibilities.

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Assistant Combustion Research jobs near you
RESEARCH ENGINEER - SR. RESEARCH ENGINEER - Liquid Propulsion Systems Engineer

RESEARCH ENGINEER - SR. RESEARCH ENGINEER - Liquid Propulsion Systems Engineer

Southwest Research Institute - Fulltime

San Antonio, TX

Full-time

Posted 5 days ago

Southwest Research Institute rating

8.8

Company rating: 8.8 out of 10

Based on 21 frontline employees who took The Breakroom Quiz

6th of 57 rated research

Job description

Who We Are: The Liquid Propulsion Team performs R&D to solve challenges and advance technology in liquid propulsion systems. We perform design, analysis, testing, and hardware delivery for launch, landing, lunar, and orbital vehicles. We do component design (PMDs/LADs, vortex breakers, tank baffles, etc.) and system level design, procurement, AI&T, and delivery.

Our range of applications cover ground equipment to vehicles, high-g to 0-g, and supercritical to cryogenic conditions. Our programs have culminated in rocket launches, Mach 6 flight, and landing on the moon! Objectives of this Role: Design, analysis, assembly, integration, testing, and delivery of liquid propulsion flight systems.

Participate at all levels including proposal and execution of flight hardware systems. Solve challenges on components and/or systems that span between the pressurant tanks, through pressurization systems, into the propellant tanks, down the feedlines, combustion, and finally out the engine nozzles. Work on multidisciplinary and flexible teams with our experts in feedline and pogo instability, slosh dynamics and control, microgravity propellant management, thermal management, pressurization modeling, and combustion.

Write technical reports, papers, proposals, and presentations to support client deliverables, technical professional organizations and SwRI business development. We empower each other towards research areas of interest and career growth. Participate in design, analysis, and testing for other fluid, thermal, and machinery projects as needed.

Technical areas include power generation systems, energy storage, advanced cycles, and turbomachinery design and testing. Daily and Monthly Responsibilities: Be a key contributor and assist in managing programs for propulsion system development and delivery for satellite systems. Design, analysis, procurement, AI&T, performance testing, delivery and in-service operation tasks will be included.

Perform design and analysis tasks for fluid, thermal, and machinery projects using engineering software, self-created analytical toolsets, and existing knowledge from engineering standards, technical literature, and industry techniques Perform experimental testing and support for both component-level and system-level testing of propulsion, energy, and combustion machinery. Perform engineering and scientific research and investigations to support projects and advance the state-of-the-art. Interpret and present findings and results to project team and clients in a concise and clear way.

Provide support to more than one project in a flexible and diverse team environment. Have and demonstrate a firm grasp of engineering and scientific disciplines and applied first principles. Learn new technical skills to complete project work.

Requirements: Requires a Bachelors degree in Mechanical Engineering, Aerospace Engineering, or related engineering degree. 5 years: Conducting propulsion system design, analysis, assembly, integration and testing of flight hardware programs. Participation in the entire life cycle: concept, design, procurement, assembly and testing.

Experience in execution and management of tasks/phases/programs is desired. 5 years: Conducting fluid and thermal system analyses using commercial or custom software, such as flow network, computational fluid dynamics, or mechanical analysis solvers. Firm understanding of the underlying physics of fluid dynamics, thermodynamics, aerodynamics, or heat transfer.

2 years: Experimental test experience of propulsion and other fluid and thermal systems; including, designing, building, commissioning, operating, and analyzing data. Also familiar with common flight launch and range safety requirements and acceptance/qualification procedures. Desired experience, but not required: engineering MS or PhD degrees; range safety; cryogenics; microgravity fluids; GNC familiarity; mechanical design and fabrication; computational programing/scripting; LabVIEW, PID control and data acquisition; SolidWorks; ANSYS products.

A valid/clear driver's license is required.

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