Aerospace engineering is at the cutting edge of technological innovations and human achievement. Internships offer one of the best ways for high school students to gain experience before entering college.
These internships give interns the chance to work on real projects under the supervision of industry professionals – some even pay their interns!
The Lockheed Martin Space High School Internship Program
Lockheed Martin Space High School Internship Program gives young professionals an incredible opportunity to experience working for one of the world’s premier aerospace and defense firms, working alongside industry experts on meaningful projects that contribute to its success and gaining access to mentorship and training programs that will further their careers.
The program aims to increase the number of high school students pursuing careers in science, technology, engineering, and math (STEM). Furthermore, it seeks to give more opportunities for these young adults to gain relevant experience within aerospace industries while learning other STEM-related areas like business finance, human resources marketing, etc.
Interns at our company can apply for positions in several divisions, such as Aeronautics, Enterprise Operations, Missiles & Fire Control, Rotary & Mission Systems, and Space. Each of these departments offers various exciting projects designed to give interns an in-depth knowledge of the aerospace industry.
Individuals interested in interning with the company should be aware that it can be highly competitive. Applicants must fulfill specific academic requirements and perform well during interviews in order to be considered, with only limited spots being accepted each year – so preparation early for this process is vital!
Interns at the company have the opportunity to participate in multiple departments and assignments, including system and software optimization projects. Hannah Chang from Colorado School of Mines works on the F-35 external loads team, determining how load changes impact aircraft performance; additionally, she plays music professionally as well as competes in track and field events.
The Air Force Research Laboratory (AFRL) Scholars Program
The Air Force Research Laboratory Scholars Program is an exciting and diverse internship opportunity designed to give high school, undergraduate, and graduate students from any background the chance to contribute their unique research-based projects, developing valuable skills that could serve as the springboard to careers in science and engineering. With one of the largest employers in the US as its host institution and summer programs exposing students to many fields associated with science and aerospace technology – students have a fantastic chance at participating.
Students work alongside a full-time mentor to complete their project at either Kirtland AFB in Albuquerque, New Mexico; Eglin AFB in Fort Walton Beach, Florida; or Rome Labs in New York. Candidates will be chosen competitively from applications judged by AFRL leaders using a “blind review” system; during their summer internship,, scholars can expect to receive stipend pay, job experience in lab settings, and university housing, if applicable.
Participating in the AFRL program provides participants with a range of projects, from developing software for space vehicles to exploring topics as varied as aerospace history and satellite navigation. Furthermore, students can interact with mentors from a wide array of backgrounds; these connections could later serve as letters of recommendation for college applications should they so desire.
While the AFRL Scholars Program can benefit anyone interested in aerospace-related fields, it’s particularly advantageous for students who plan to major in sciences such as science, technology, engineering, or mathematics. With its generous stipend and other benefits available through this internship, students can use their experience at AFRL as a springboard into military or private industry careers.
The University of Texas at Austin’s MITE Program
The University of Texas at Austin’s MITE Program is an immersive five-day summer residential program for high school students to explore engineering through team projects, hands-on activities, and interactions with engineering students, teachers, staff, and alumni. MITE is presented by the Cockrell School of Engineering and Equal Opportunity in Engineering (EOE) programs and involves participating in interactive engineering seminars and demonstrations, visiting laboratory spaces, meeting with faculty and staff, staying in a campus dorm, and staying overnight on campus. MITE is open to any interested student; however, outstanding African-American, Hispanic, Native American, or those who have overcome social or economic adversity should apply specifically.
MITE participants can also participate in an Edison Lecture Series, where university-style lectures on various electrical and computer engineering-related topics can be heard. MITE provides participants with an excellent way to gain insight into studying and working in engineering as well as motivation for college and career goals.
MITE is part of the Texas Pre-Freshman Engineering Programs (TexPREP), an extensive network of pre-freshman engineering programs found on college campuses throughout Texas since 1979. Established by MITE and TexPREP to promote science and engineering studies among high-achieving middle and high school students interested in attending college, TexPREP has significantly contributed to increasing diversity of College of Engineering student enrollment at UT Austin from 94 in 1971 to over 890 by fall 2004 thanks to MITE program outreach strategies and recruitment activities such as outreach strategies and recruitment efforts including MITE program outreach and recruitment strategies implemented through various outreach strategies which also includes MITE program outreach strategies and recruitment strategies such as recruiting strategies including MITE program outreach and recruitment strategies which helped expand the diversity of College of Engineering student enrollment since then.
The Laboratory for Laser Energetics (LLE) at Sandia National Laboratories
The LLE is an unparalleled national resource for conducting large-scale science and education in plasma physics, high energy density physics, and laser technology. Funded by the National Nuclear Security Administration for research and development purposes, its purpose is to conduct implosion experiments for ICF program support as well as fundamental physics research in order to develop new laser and materials technologies. Furthermore, it operates the Omega Laser Facility along with supporting systems and facilities necessary for its mission fulfillment.
Recently, Sandia lab won a two-year, $3.8 million grant from Advanced Research Projects Agency-Energy to speed the progress toward commercially viable fusion reactors that produce more energy than they consume. Sandia’s MagLIF concept proved highly successful. Now, this new experiment will demonstrate a high-yield system using innovative approaches for magnetic confinement and targeting using the four-beam OMEGA EP laser system with its new target chambers.
Senator Schumer played an integral part in this achievement through years of dedicated advocacy to save Rochester Laser Lab and increase funding for the DOE ICF Program that supports it, LLE, and LLNL’s Z Pulsed Power Facility. The lab is now well positioned to conduct numerous integrated experiments – far more than could ever be performed using only Z facility alone. Furthermore, OMEGA laser’s improved diagnostics will enable faster and more frequent tests than previously possible. This will significantly speed the development of technology. Moreover, these advances will open up additional opportunities for high-yield fusion reactors in the future. As an added benefit of working in a lab setting, you may meet other young scientists and engineers with similar interests who could serve as mentors on your career path.
Internships provide students with valuable work experience and help them decide if a career in aerospace engineering in Alpharetta, GA, is right for them. Internships provide essential work experience while teaching practical workplace skills like showing up on time, following directions, and working as a part of a team. They’re also great additions to college applications that will make students stand out amongst other applicants.
The AFRL Scholars Program is a competitive internship designed for upperclassmen high school students interested and qualified in science, math, computer science, and engineering. Over six weeks, this summer internship provides hands-on research as well as mentoring from AFRL scientists with the ultimate aim of increasing underrepresented minority student representation at college levels and in the workplace.
Mentors in this program are experts in fields ranging from astronomy to electromagnetics, providing each mentee with guidance as they collaborate on research projects with one of the AFRL Scholars Program’s scientists for their project. Additionally, throughout the summer, the AFRL Scholars Program hosts events featuring their interns’ works and encouraging networking among its group.
This year’s interns took part in various enjoyable activities to build camaraderie among themselves and with one another. At both Chantilly and El Segundo campuses, over 230 interns enjoyed relay races, scavenger hunts, pizza parties, games, presentations to an expert panel composed of AFRL staff and students, as well as sharing an end-of-program breakfast with mentors and fellow interns.
TARGET Aerospace High School Internship Program acts as a recruitment pipeline for its laboratory, with 58% of eligible interns becoming full-time employees post-graduation. Established by Skills Inc. in 2001, this initiative helps prepare young people for both work and life after school.