Intern, Blast and Debris Engineer

Amentum•Huntsville, AL

1d•Onsite

About The Position

Launch Your Career Into Higher Orbit! Are you determined to work with Space Programs? As an Amentum Space Exploration Division (ASED) intern, you will work alongside engineers and scientists in areas such hardware development, payload integration & operations, laboratory & test operations, modeling & simulation, space environments, scientific research and propulsion systems for programs like Human Landing Systems, Space Launch Systems and the International Space Station! Amentum is currently interviewing candidates for a Summer Intern within the SLS Emulator System Engineering group. The position supports our NASA customer / ESSCA contract located within MSFC in Huntsville, AL. Expectations included in the ASED Internship: You are expected to have a valid STAR driver’s license, have access to an automobile, and be able to drive yourself to work locations You will be expected to attend MSFC facility scheduled tours, Technical Fellow talks, luncheons, and training sessions in addition to your work. We highly encourage you to participate in activities outside of work with your fellow interns. These activities will be scheduled, with your input, by your social coordinators and will be beneficial in forming a cohesive group and lasting friendships. Position Description: We are looking for undergraduate or graduate student summer intern to provide blast and debris test and analysis support to the Aerosciences branch (EV33) in the Structural Design and Analysis Division (EV30) at the MSFC’s Spacecraft and Vehicle Systems Department.

Requirements

Current enrollment in BS or MS degree program in Aerospace or Mechanical Engineering or related degree program is required. Degree program at an ABET accredited institution preferred. Students enrolled in BS must have completed the 2nd year of college (sophomore year) or equivalent.
Must be able to provide own transportation.
Self-motivated, proactive, and effective team players with customer relations skills, familiar with working in a dynamic work environment.
Ability to perform tasks requiring focus and attention to detail and completed within prescribed organizational schedules.
Ability to be flexible and easily refocus on tasks when task directions or requirements change.
Proficiency in using Microsoft Office Suite (Word, Excel, PowerPoint, Teams & Outlook) is required.
Excellent written and verbal communication skills. Must be able to effectively communicate technical information via written reports and presentations.
Must have completed sophomore year of university studies and be in good academic standing.
Maintain an overall average GPA of 3.0.
You are expected to have a valid driver’s license (Star ID compliant license), have access to an automobile, and be able to drive yourself to work locations.
You are expected to attend MSFC facility scheduled tours, Technical Fellow talks, luncheons, and training sessions in addition to your work.

Nice To Haves

Experience in applying physics-based models for engineering analysis.
Experience with programming languages such as Python or MATLAB and their application to modeling and simulation.
Familiarity with CAD software such as Creo.
Familiarity with developing models and performing simulations using Multiphysics simulation software packages such as Ansys LS-DYNA.
Basic knowledge of space vehicle design, functions, terminology, interfaces, technical disciplines, and system design.
Knowledge of material properties and mechanics of materials as applied in space vehicles.

Responsibilities

Perform basic engineering analyses and apply physics-based models for the prediction of damage due to launch debris environments.
Support designing, testing, and measuring explosive environments including blast waves and high-speed imagery for the development of empirical blast and fragmentation models.
Sort, catalog, and document detailed launch debris parameters, assessment results and risk summaries for multiple launch vehicles supporting vehicle hazard assessments.
Support development or improvement of test processes and operations.
Support test setup such as installation of pressure transducers, strain gauges, thermocouples, and high-speed cameras.
Apply engineering techniques and procedures to analyze and evaluate specific problems, data, or other work features that are broad in scope and complexity.
Participate and present findings in reviews, meetings, teleconferences, and working groups.
Identify, describe, and communicate potential risks.
Provide clear and effective communications with internal and external partners and stakeholders.