UNKNOWN

FEED

The intern will be in charge of developing test plans, coming up with engineering solutions for test fixturing and high vacuum testing capabilities to meet project needs, conducting testing, data processing, and reporting findings to project Principal Investigators and potentially publication to peer reviewed journals. The successful applicant will conduct lunar regolith simulant testing at full and sub-scales within ambient and vacuum conditions to meet the characterization and application testing needs of a broad range of technology development and risk reduction projects.

Overview:
Granular Mechanics and Regolith Operations InternshipLOCATION: Cape Canaveral, FLJOB STATUS: Full-timeCLEARANCE: BI investigationCERTIFICATION: N/ATRAVEL: Limited; as neededMust be US citizen ASTRION is seeking a summer 2026 on-site intern to support the Granular Mechanics and Regolith Operations lab within Swampworks at NASA-KSC, running from 5/18/26 to 9/30/26. REQUIRED QUALIFICATIONS / SKILLS: <ul><li>Currently enrolled in a Bachelor’s or Master’s degree program in Mechanical Engineering, Aerospace Engineering, Civil Engineering, Materials Science, or a closely related engineering or physical science discipline</li><li>Coursework or academic research in granular mechanics, geotechnical engineering, planetary science, or regolith/soil behavior strongly preferred</li><li>Strong academic foundation in mechanics of materials, fluid/soil mechanics, and engineering analysis</li><li>Research experience related to lunar regolith simulant geotechnical property characterization and application of characterization data for engineering solutions related to lunar surface systems</li><li>Characterizing lunar regolith simulant behavior</li><li>Modeling regolith behavior based on properties such as bearing strength and shear strength</li><li>Developing test fixtures and vacuum chambers for granular mechanics testing apparatus</li><li>Read and adapt ASTM testing specifications for granular mechanical testing</li><li>Develop Dusty TVAC testing procedures and implementing them</li><li>Improve upon procedures for testing campaigns to improve measurement accuracy and data processing</li><li>Write testing reports and have experience presenting results to peers for review</li><li>Experience in mechanical design and manufacturing</li><li>Test campaign management </li><li>Lab, test, and sample organization skills </li><li>Engineering research skillset </li></ul> DESIRED QUALIFICATIONS / SKILLS: <ul style="margin-top:0in"><li>Experience working within KSC labs</li><li>Experience working with KSC lab procedures and regulations</li><li>Experience working with BP-1, LHS-1E, and ICN-LHT-1G and similar simulants</li><li>Experience with particle size distribution analysis lab systems</li><li>Experience with lunar regolith compaction technologies </li></ul>RESPONSIBILITIES: The successful applicant will conduct lunar regolith simulant testing at full and sub-scales within ambient and vacuum conditions to meet the characterization and application testing needs of a broad range of technology development and risk reduction projects. The intern will be in charge of developing test plans, coming up with engineering solutions for test fixturing and high vacuum testing capabilities to meet project needs, conducting testing, data processing, and reporting findings to project Principal Investigators and potentially publication to peer reviewed journals. The intern is expected to have significant experience in lunar surface system research including a strong understanding of granular mechanics fundaments and how characterization of lunar regolith is applied to NASA agency missions and objectives.

We are the transformative evolution of two prominent government services firms, ERC and Oasis Systems, each bringing with them a rich legacy of dedicated service to our nation’s Defense and Federal communities.
The company brings together 2,800 employees focused on Cybersecurity, Digital Solutions, Mission Support, and Systems Engineering serving customers in more than 36 states across the U.S. with Centers of Excellence in Washington DC, Huntsville, AL and Burlington, MA.
Our resources, deep expertise, and adaptable solutions will enable us to scale and expand development and engineering capabilities for Defense and Federal communities.

Astrion

Granular Mechanics and Regolith Operations Internship

Academic Research

Aerospace Engineering

Analysis Skills

Campaigns

Civil Engineering

Data Processing

Fluid Mechanics and Dynamics

Geotechnical Engineering

Laboratory Operations

Laboratory Systems

Laboratory Techniques

Laboratory Testing

Manufacturing

Material Science

Mechanical Design

Mechanical Engineering

Mechanical Testing

Organizational Skills

Physical Science

Procedure Development

Publications

Regulations

Reporting Skills

Research Skills

Risk Management

Software Testing

Soil Mechanics

Test Data

Test Fixtures

Test Plan/Schedule

Testing

United States Citizen

[AW]-iCims

Additional responsibilities may include supporting modified decontamination studies, assessing long-term material performance, assisting with analysis of off-gassing behavior, and evaluating concepts for onsite fabrication of propulsion system soft goods and valve components. The intern will develop technical problem-solving skills while learning about propulsion system materials, contamination control, sustainable engineering approaches, and research methodologies used in support of NASA mission applications.

Overview:
PTFE Materials & Propulsion Systems Engineering InternshipLOCATION: Kennedy Space Center, FLJOB STATUS: Part-time / InternshipTRAVEL: Limited; as needed REQUIRED QUALIFICATIONS / SKILLS: <ul style="margin-top:0in"><li>Currently pursuing a Bachelor’s or Master’s degree in Materials Science, Chemical Engineering, Mechanical Engineering, Aerospace Engineering, Chemistry, or a related STEM discipline</li><li>Basic understanding of chemical properties, polymers, and materials science principles</li><li>Familiarity with laboratory testing, experimental procedures, or materials characterization techniques</li><li>Strong organizational skills and ability to document technical findings clearly and concisely</li><li>Ability to work effectively in a collaborative laboratory and engineering environment</li><li>Proficiency with Microsoft Office Suite, including Excel, Word, and PowerPoint</li><li>Must be able to support onsite work at NASA Kennedy Space Center</li></ul>DESIRED QUALIFICATIONS / SKILLS: <ul style="margin-top:0in"><li>Exposure to polymer degradation, contamination control, or chemical compatibility testing</li><li>Familiarity with propulsion systems, valves, seals, or mechanical assemblies</li><li>Experience with data analysis, technical reporting, or research documentation</li><li>Experience working in laboratory environments involving hazardous materials or controlled processes</li><li>Interest in sustainable engineering practices, reuse technologies, and spaceflight hardware development</li></ul>RESPONSIBILITIES: The selected intern will support engineering and laboratory activities focused on improving the reusability and safety of PTFE (Teflon) components used in spacecraft bipropellant propulsion systems. Work will include assisting with materials testing, evaluating chemical and mechanical degradation factors, supporting experimental setup development, and documenting technical findings.Additional responsibilities may include supporting modified decontamination studies, assessing long-term material performance, assisting with analysis of off-gassing behavior, and evaluating concepts for onsite fabrication of propulsion system soft goods and valve components. The intern will work closely with engineers and scientists in a hands-on laboratory environment supporting advanced aerospace applications.LEARNING OBJECTIVES:Through this internship, the student will gain hands-on experience in materials testing, degradation analysis, laboratory experimentation, and aerospace hardware evaluation. The intern will develop technical problem-solving skills while learning about propulsion system materials, contamination control, sustainable engineering approaches, and research methodologies used in support of NASA mission applications. #CJ#LI-CK1

PTFE Materials & Propulsion Systems Engineering Internship

Aerospace and Defense

Chemical Engineering

Chemistry

Data Analysis

Documentation

Green Business

Hardware Development

Hazardous Materials/Substances

Laboratory

Materials Analysis

Materials Testing

Mechanical Assembly

Microsoft Excel

Microsoft Office

Microsoft PowerPoint

Microsoft Word

Polymers

Problem Solving Skills

Propulsion

Restricted Materials

Software Administration

Systems Engineering

Team Player

Technical Support

Technical Writing

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