Material & Processes Engineering Intern

Canopy A&D • Littleton, CO

2d • $25 - $25

About The Position

Canopy A&D is built to accelerate the future of advanced materials for space, defense, and maritime systems. Canopy delivers specialized materials and components that carry customers from concept through sustainment. Canopy A&D’s advanced signal attenuation technologies and production-scale manufacturing accelerate the fielding of platforms that are faster, cooler, and quieter. Our adaptive approach ensures solutions evolve at the pace of shifting challenges, keeping our customers ahead of the curve. About Canopy Aerospace & Defense Canopy Technologies is the R&D innovation engine powering Canopy Aerospace and Defense, accelerating the future of advanced materials for space, defense, and maritime systems. Canopy delivers specialized materials, components, and systems for re-entry vehicles, rockets, spacecraft, submarines, and more. Canopy A&D’s advanced signal attenuation technologies and production-scale manufacturing accelerate the fielding of platforms that are faster, cooler, and quieter. Canopy Technologies is focused on rapidly developing and deploying innovations in advanced materials such as hypersonic thermal protection systems, embedded high-temperature sensors, robotically applied ceramic coatings, and additive manufacturing of novel ceramics. Our adaptive approach ensures solutions evolve at the pace of shifting challenges, keeping our customers ahead of the curve. Position overview Canopy Technologies is seeking exceptional engineering and materials science students to join our team as Materials & Processes Engineering Interns for Summer 2026. In this role, you will help develop next-generation thermal protection materials for spacecraft and hypersonic vehicles. These systems must survive extreme environments including re-entry heating, plasma exposure, and high mechanical loads. Interns on the materials team contribute directly to the design, formulation, and testing of new material systems, including polymer-derived ceramics, advanced composite substrates, and high-temperature resin systems. You will work alongside engineers and scientists to prototype new TPS materials from first principles — mixing formulations, fabricating samples, and evaluating their performance in laboratory and high-temperature test environments. This role is ideal for students who enjoy combining chemistry, materials science, and hands-on experimentation to develop materials that push the limits of aerospace performance.

Requirements

• Currently enrolled in an undergraduate or graduate degree program in Materials Science, Chemical Engineering, Polymer Engineering, Chemistry, Aerospace Engineering, Physics, or a related field
• Experience applying engineering skills outside the classroom through laboratory work, research, engineering project teams, or personal projects
• Strong foundation in materials science, chemistry, or polymer science
• Programming experience in Python, MATLAB, or similar scientific computing languages
• Experience with laboratory experimentation or materials characterization through coursework, research, or project work
• Strong professional communication and technical writing skills
• Ability to work effectively in a collaborative R&D environment

Nice To Haves

• Coursework or research experience involving polymers, composites, or ceramic materials
• Experience with polymer formulation, resin systems, or composite processing
• Familiarity with characterization techniques such as TGA, DSC, DMA, SEM, or thermal conductivity measurement
• Experience working with laboratory equipment and experimental test methods
• Exposure to high-temperature materials or aerospace materials systems
• Participation in research labs, materials-focused project teams, or internships

Responsibilities

• Assist with the design and formulation of new thermal protection materials, including polymer-derived ceramics and composite substrates
• Prepare and process experimental material formulations using custom resin systems and fillers
• Fabricate composite and polymer samples using techniques such as casting, layup, curing, and infiltration
• Characterize material properties including thermal conductivity, density, mechanical properties, and thermal stability
• Assist with high-temperature testing of materials in laboratory or simulated aerothermal environments
• Analyze experimental results to inform material design and processing parameters
• Document material formulations, processing methods, and test results
• Support scale-up and manufacturing development efforts for promising material systems
• Collaborate with aerothermal, structural, and manufacturing teams to integrate materials into TPS designs

Benefits

• Company paid employee medical, dental and vision insurance.
• Retirement plan participation (eligibility required), paid sick leave, paid vacation, paid holidays and discretionary bonuses.

What This Job Offers

• Career Level: Intern