Look Into Aerospace Apprenticeships

An aerospace apprenticeship is one of the best deals in career training: you get paid to learn how to build aircraft, spacecraft, and defense systems from the people who actually build them. No student loans. No years of unpaid study. From your first week, you earn a paycheck while developing skills under the direct supervision of experienced manufacturing professionals. When the apprenticeship ends, you walk into a full-time career at one of the most consequential companies on the planet — with skills, credentials, and seniority that no classroom-only program can match.

Apprenticeships are not charity. Aerospace companies invest in them because they are desperate for skilled workers. Boeing has a commercial aircraft backlog exceeding 5,800 planes. Lockheed Martin is ramping F-35 production. Northrop Grumman is building the B-21 Raider stealth bomber. SpaceX is manufacturing Starship at a pace the industry has never seen. These companies cannot hire fast enough, and apprenticeships are how they build the workforce they need.

If you can follow instructions, work hard, show up on time, and are willing to learn, an aerospace apprenticeship can take you from zero manufacturing experience to a $60,000-plus career in two to four years — with every penny of your training paid for by your employer.

How Aerospace Apprenticeships Work

The “Earn While You Learn” Model

A registered apprenticeship combines on-the-job training (OJT) with related technical instruction (RTI). The structure typically looks like this:

On-the-job training: You work full-time on the production floor alongside experienced technicians and journeyworkers. You start with simple tasks — drilling, deburring, basic assembly — and progressively take on more complex work as your skills develop. Typical OJT duration is 2,000 to 8,000 hours (one to four years).
Related technical instruction: You attend classroom training either on-site at the company, at a partnering community college, or online. This covers blueprint reading, GD&T, materials science, quality systems, safety, and other technical knowledge. Typical RTI is 144 hours per year or more.
Progressive wage increases: Your pay starts at a training wage and increases at defined intervals — typically every six months or every 1,000 hours — as you demonstrate competence. By the end of the apprenticeship, you are earning full journeyworker wages.

What You Earn

Aerospace manufacturing apprentice wages vary by company, location, and specialty, but the typical range is:

Starting wage: $18 to $22 per hour ($37,000 to $46,000 annually)
Midpoint wage: $22 to $26 per hour ($46,000 to $54,000 annually)
Completion wage: $26 to $32 per hour ($54,000 to $67,000 annually)

These figures do not include overtime, shift differentials (evening and night shifts often pay 10 to 15 percent more), or benefits. Most aerospace apprenticeships include full health insurance, retirement plans (often with company match), and tuition coverage for the classroom component.

For context: a student attending a private machining school might pay $20,000 to $30,000 over two years and earn nothing during training. An apprentice earns $80,000 to $100,000 over that same two years while getting equivalent or better training.

Major Aerospace Apprenticeship Programs

Boeing

The Boeing Apprenticeship Program is one of the oldest and most established aerospace apprenticeships in the country. Boeing runs apprenticeship programs at multiple sites:

Puget Sound, Washington (Everett and Renton) — Boeing’s largest manufacturing complex. The Puget Sound apprenticeship covers specialties including machinist, tool and die maker, electronics technician, sheet metal mechanic, and composites technician. Programs run three to four years. Boeing partners with local community colleges for the classroom component.
Charleston, South Carolina — The 787 Dreamliner final assembly line. Boeing Charleston runs manufacturing apprenticeships focused on composite fuselage assembly and aircraft systems installation.
St. Louis, Missouri — Boeing Defense, Space & Security. This site builds the F-15EX, F/A-18 Super Hornet, T-7A Red Hawk trainer, and MQ-25 Stingray drone. Apprenticeships here focus on defense manufacturing specialties.

Boeing apprentices typically start at $20 to $24 per hour and progress to journeyworker rates of $30 to $38 per hour upon completion, depending on specialty and location.

How to apply: Check boeing.com/careers and search for “apprentice” or “apprenticeship.” Boeing also posts apprenticeship openings on Apprenticeship.gov. Application windows vary — some programs accept rolling applications, while others have specific enrollment periods, often in late winter or early spring.

Lockheed Martin

Lockheed Martin runs manufacturing apprenticeships and technician development programs at several facilities:

Fort Worth, Texas — The F-35 Lightning II final assembly line. This is the largest fighter jet production facility in the world. Manufacturing roles include structural assembly, systems installation, composites, and coatings.
Marietta, Georgia — C-130J Super Hercules and F-35 center wing production. Manufacturing and quality apprenticeships available.
Palmdale, California — The legendary Skunk Works advanced development facility. Opportunities in advanced manufacturing for classified programs.

Lockheed Martin often structures their early-career manufacturing programs as technician development programs rather than formal registered apprenticeships, but the model is similar: structured on-the-job training, classroom instruction, mentorship, and progressive responsibility.

How to apply: lockheedmartinjobs.com. Search for “technician” or “manufacturing” and filter by entry-level positions. Lockheed Martin also recruits at community college manufacturing programs and career fairs.

Northrop Grumman

Northrop Grumman has significant manufacturing operations at:

Palmdale, California — B-21 Raider stealth bomber production. This is the newest major military aircraft production line in the country. Northrop Grumman is actively hiring and training manufacturing technicians for this program.
Melbourne, Florida — Electronics and sensor manufacturing.
Redondo Beach, California — Space systems, including satellite and spacecraft manufacturing.

Northrop Grumman runs apprenticeship and manufacturing development programs that combine production floor work with technical training. The Palmdale facility’s expansion for the B-21 has created particularly strong demand for composite technicians, structural assemblers, and quality inspectors.

How to apply: northropgrumman.com/careers. Search for manufacturing technician or apprentice positions.

RTX (Raytheon)

RTX (the parent company of Raytheon and Pratt & Whitney) operates manufacturing facilities focused on:

Pratt & Whitney — Jet engine manufacturing in East Hartford and Middletown, Connecticut, and North Berwick, Maine. Specialties include precision machining of turbine blades and engine components, composites for fan blades, and engine assembly. Pratt & Whitney runs machinist apprenticeships that are among the most respected in the industry.
Raytheon — Missile and defense electronics manufacturing at facilities in Tucson, Arizona, and Andover, Massachusetts.

Pratt & Whitney machinist apprentices learn to machine some of the most demanding parts in all of manufacturing — single-crystal turbine blades with tolerances measured in ten-thousandths of an inch. It is elite-level machining, and the apprenticeship teaches it from the ground up.

How to apply: careers.rtx.com. Search for apprenticeship or manufacturing trainee positions.

SpaceX

SpaceX does not run a traditional registered apprenticeship, but the company aggressively hires entry-level manufacturing technicians and provides intensive on-the-job training. SpaceX manufacturing roles include:

Hawthorne, California — Falcon 9 and Dragon spacecraft production.
Starbase, Boca Chica, Texas — Starship production. This is the most fast-paced manufacturing environment in aerospace. SpaceX builds and iterates at a speed that traditional aerospace companies cannot match.
Cape Canaveral, Florida — Launch operations and vehicle integration.

SpaceX starting wages for manufacturing technicians are typically $20 to $28 per hour, depending on role and experience. The pace is intense — long hours and demanding schedules are the norm — but the experience is unmatched. SpaceX technicians work on hardware that flies within weeks or months of production, a feedback loop that traditional aerospace rarely offers.

How to apply: spacex.com/careers. Search for “Technician” roles. SpaceX values hands-on experience and demonstrated skill over formal credentials. A strong portfolio of shop work, relevant certifications (IPC, AWS), or manufacturing experience will help your application stand out.

Department of Labor Registered Apprenticeships

The U.S. Department of Labor’s Office of Apprenticeship oversees registered apprenticeship programs nationwide. A registered apprenticeship meets federal standards for training quality, wage progression, and safety. Completing a registered apprenticeship earns you a nationally recognized journeyworker credential — a portable proof of skill that any employer in the country will recognize.

How to Find Registered Programs

Apprenticeship.gov (apprenticeship.gov) is the federal government’s one-stop resource for finding apprenticeships. Use the Apprenticeship Finder tool to search by:

Occupation: Search for “aircraft mechanic,” “CNC machinist,” “composites technician,” “welder,” “tool and die maker,” or “electronics technician.”
Location: Filter by state, city, or zip code.
Industry: Filter by manufacturing or aerospace.

The database includes apprenticeship programs at major primes (Boeing, Lockheed Martin), Tier 1 and Tier 2 aerospace suppliers, and general manufacturers whose skills transfer to aerospace.

State Apprenticeship Agencies

Some states run their own apprenticeship systems that may list additional programs not in the federal database:

Washington State — lni.wa.gov/licensing-permits/apprenticeship — Extensive aerospace apprenticeships in the Puget Sound region.
California — dir.ca.gov/das — Programs in the Los Angeles, Palmdale, and San Diego aerospace clusters.
Connecticut — ctdol.state.ct.us/progsupt/appren — Strong apprenticeship programs tied to Pratt & Whitney and the defense manufacturing base.
Texas — twc.texas.gov/apprenticeship-programs — Programs in the Fort Worth, Houston, and San Antonio aerospace corridors.

What Employers Look for in Apprenticeship Candidates

You do not need a college degree or prior aerospace experience to be a competitive apprenticeship candidate. Here is what the selection process typically evaluates:

Mechanical aptitude. Many programs require an aptitude test covering basic math (fractions, decimals, geometry), spatial reasoning, and mechanical comprehension. The Wiesen Test of Mechanical Aptitude and Ramsay Mechanical Aptitude Test are common. Practice these skills if they do not come naturally. Free practice tests are available online.

Basic math proficiency. You need to be comfortable with fractions, decimals, ratios, trigonometry basics, and unit conversions. Aerospace manufacturing math is not calculus — it is precise arithmetic applied consistently.

Reliability. Attendance and punctuality matter enormously. Aerospace production schedules are tight, and a missing worker disrupts the entire line. Employers look for candidates who have demonstrated reliability in any context — school, a part-time job, military service.

Drug screening. Nearly all aerospace manufacturers require pre-employment and random drug testing. This is non-negotiable.

Security clearance eligibility. For defense programs (F-35, B-21, classified satellite programs), you will need to be eligible for a U.S. government security clearance. This requires U.S. citizenship and a clean background check.

Any hands-on experience. Auto mechanics, welding, woodworking, electronics repair, machine shop experience — anything that shows you have used tools and worked with your hands. A candidate who rebuilt an engine in their garage is more attractive than one with a 4.0 GPA and zero practical experience.

The Application Process

Typical Timeline

Research and identify programs (now). Browse company career pages and Apprenticeship.gov.
Prepare your application (one to three months before the opening). Update your resume to highlight any hands-on experience, shop coursework, or certifications. Write a direct cover letter explaining why you want to build aircraft.
Apply during the posting window. Many apprenticeship programs post once or twice per year. Boeing’s Puget Sound program typically posts in late winter. Set up job alerts on company career pages so you do not miss the window.
Aptitude testing (if required). You may be asked to take a mechanical aptitude test, a math assessment, or both.
Interview. Expect questions about your interest in manufacturing, your ability to work in a team, your reliability, and your willingness to learn. Be specific about what you have built, fixed, or machined.
Background check and drug test. Standard for all aerospace employers.
Start date. If selected, you will receive a start date, a training schedule, and information about the classroom component of your apprenticeship.

Tips for a Stronger Application

Get any certification before you apply. Even one NIMS credential or an IPC soldering certificate sets you apart from candidates with zero credentials.
Take a community college manufacturing course. Even a single semester of CNC or welding shows commitment and gives you skills to reference in your interview.
Visit the facility if possible. Companies that offer factory tours or attend local career fairs want to see interest. Showing up in person makes you a name, not just a resume.
Be honest about your experience level. Apprenticeships are designed for people who are learning. You do not need to pretend you already know everything. Employers want to see aptitude, work ethic, and coachability.

What Happens After the Apprenticeship

Completing an aerospace apprenticeship positions you for a career with serious long-term earning potential and stability:

Journeyworker manufacturing technician: $55,000 to $75,000 per year, plus overtime and benefits. At Boeing in the Puget Sound, journeyworker machinists represented by the IAM union earn $38 to $45 per hour.
Specialist roles: Composites specialists, CNC programmers, and NDT inspectors can earn $75,000 to $95,000.
Lead technician or supervisor: $80,000 to $110,000, overseeing production teams and quality processes.
Manufacturing engineer (with additional education): If you decide to pursue a degree after or during your apprenticeship, many companies offer tuition assistance. A technician who adds an engineering degree becomes extraordinarily valuable — someone who understands both the theory and the shop floor.

The aerospace manufacturing workforce is aging. The average age of a skilled manufacturing technician at many companies exceeds 50. Retirements are accelerating. For a young person entering the field through an apprenticeship today, the career runway is long, the demand is real, and the opportunities for advancement are wide open.

Take Action This Week

Go to apprenticeship.gov and search for aerospace manufacturing apprenticeships in your state. Bookmark every result.
Visit the careers pages of Boeing, Lockheed Martin, Northrop Grumman, RTX, and SpaceX. Set up job alerts for “apprentice,” “apprenticeship,” and “manufacturing technician.”
Talk to your school counselor or a community college advisor about apprenticeship readiness. Ask if there are local pre-apprenticeship programs that prepare you for selection.
Start preparing for aptitude tests. Practice fraction and decimal arithmetic, basic trigonometry, and mechanical reasoning. Free resources include Khan Academy for math and online mechanical aptitude practice tests.
If you are 18 or older and ready to work, apply to the next available opening. Do not wait for the “perfect” program. Any aerospace manufacturing apprenticeship will launch your career. You can specialize later. The important thing is to get on the production floor and start building.

The aerospace industry will need hundreds of thousands of new manufacturing workers over the next two decades. Apprenticeships are the fastest, most affordable, and most effective way to become one of them.