Take Shop and Manufacturing Courses

Every aircraft flying today was built by someone who knows how to run a CNC machine, lay up a composite panel, read a blueprint to the thousandth of an inch, and weld a joint that will hold at 40,000 feet. Aerospace manufacturing is not theoretical work. It is a skilled trade where your hands, your precision, and your ability to follow exacting processes determine whether a $100 million aircraft meets spec or becomes scrap. The entry ticket to this career is hands-on skill, and the place to start building it is a shop or manufacturing course.

You do not need a four-year degree to build fighter jets, rocket engines, or satellite structures. What you need is demonstrated competence with tools, materials, and processes. That starts in a shop class, a community college manufacturing program, or a vocational training center. The students who show up to their first aerospace job already comfortable with a lathe, a MIG welder, and a set of calipers are the ones who advance fastest.

The Core Skills Aerospace Manufacturers Need

Aerospace manufacturing draws on a specific set of hands-on disciplines. Here is what employers are looking for and how each skill connects to the production floor.

CNC Machining

Computer Numerical Control machining is the backbone of aerospace parts production. CNC mills and lathes cut metal and composite materials to tolerances of plus or minus 0.0005 inches. Turbine blades, structural fittings, landing gear components, and engine housings are all CNC-machined.

What to learn first: Start with manual machining to understand how metal cutting works, then transition to CNC programming. Learn G-code and M-code — the programming languages that tell CNC machines where to move, how fast to cut, and when to change tools. Programs like Mastercam, Fusion 360, and SolidWorks CAM are industry-standard software for generating toolpaths from 3D models.

A typical community college CNC course runs one to two semesters and covers machine setup, tool selection, speeds and feeds, program writing, and quality inspection of finished parts. This single skill set can land you a job paying $22 to $30 per hour at an aerospace supplier right out of training.

Manual Machining (Lathe and Mill)

Before you touch a CNC controller, learn to run a manual lathe and a manual milling machine. Manual machining teaches you what is actually happening when metal meets a cutting tool — the physics of chip formation, the feel of a dull tool, the sound of a proper cut. CNC operators who started on manual machines are better troubleshooters because they understand the fundamentals, not just the button presses.

In a shop class, you will learn to face, turn, bore, thread, and part off on a lathe. On a mill, you will learn to square stock, cut slots, drill holes on precise locations, and use a rotary table. These skills transfer directly to aerospace fixture building, prototype work, and tool-and-die operations.

Welding — Especially TIG

Aerospace welding is a specialized world. The dominant process is TIG welding (Gas Tungsten Arc Welding, or GTAW), used to join aluminum, stainless steel, titanium, and Inconel — all common aerospace materials. TIG produces the cleanest, most precise welds, which is why it is the standard for pressure vessels, exhaust systems, rocket engine components, and structural tubing on aircraft.

MIG and stick welding are useful general skills, but if you want to weld in aerospace, prioritize TIG. Take a welding course that covers:

TIG welding on aluminum (2XXX and 6XXX series alloys)
TIG welding on stainless steel (300 series)
Joint types: butt, lap, fillet, and corner joints
Weld inspection basics: visual inspection, dye penetrant testing
Reading welding symbols on blueprints

The American Welding Society (AWS) offers certifications that aerospace employers recognize. More on that in the certifications guide, but the coursework starts here.

Blueprint Reading and GD&T

If you cannot read a blueprint, you cannot build aerospace parts. Every component that goes into an aircraft or spacecraft is defined by an engineering drawing that specifies dimensions, tolerances, materials, surface finishes, and inspection requirements.

Geometric Dimensioning and Tolerancing (GD&T) is the language of aerospace blueprints. Governed by the ASME Y14.5 standard, GD&T uses symbols to define how much a feature can deviate from its ideal form, orientation, and location. A basic blueprint reading course will teach you to interpret dimensions, notes, and title blocks. A GD&T course goes deeper into datums, feature control frames, position tolerances, and profile tolerances.

Every aerospace manufacturer — from Boeing to a small machine shop cutting bracket parts — expects employees to read and work from blueprints. This is non-negotiable. Take a blueprint reading course as early as you can.

Composites Introduction

Modern aircraft are increasingly built from composite materials — carbon fiber reinforced polymers (CFRP), fiberglass, Kevlar, and honeycomb core structures. The Boeing 787 Dreamliner is 50% composite by weight. The F-35 Lightning II uses composites extensively in its airframe. SpaceX uses carbon fiber composites in rocket fairings and interstage structures.

An introductory composites course covers:

Hand layup and vacuum bagging
Pre-preg material handling and autoclave curing
Core materials (Nomex honeycomb, foam)
Damage inspection and repair techniques
Clean room procedures and contamination control

Composites technicians are in extremely high demand, and the specialized nature of the work commands a pay premium of $5,000 to $15,000 over general assembly positions.

Where to Take These Courses

High School CTE Programs

Start in high school if you can. Career and Technical Education (CTE) programs in many districts offer manufacturing technology, welding, auto shop, and sometimes dedicated machining courses. These classes give you free access to equipment that costs hundreds of thousands of dollars.

Look for:

Manufacturing technology or precision machining courses
Welding courses (any process is a good start)
Drafting and CAD courses (SolidWorks, AutoCAD)
Robotics courses (increasingly relevant to automated manufacturing)

If your school has a SkillsUSA chapter, join it. SkillsUSA runs national competitions in CNC machining, welding, precision machining, and other manufacturing disciplines. Competing at the state and national level gives you real skills under pressure, and aerospace recruiters attend the national competitions looking for talent. Learn more at skillsusa.org.

Community College Manufacturing Programs

Community colleges offer the best value for manufacturing training. Tuition is typically $2,000 to $8,000 per year for in-state students, and many programs qualify for federal financial aid, Pell Grants, and state workforce development funds.

Programs known for aerospace manufacturing connections:

Edmonds College (Lynnwood, Washington) — Located 20 minutes from Boeing’s Everett factory, the largest building in the world by volume. Edmonds runs a Materials Science Technology program and manufacturing courses that feed directly into Boeing and its supply chain. The proximity to Boeing makes this one of the most strategically located community college programs in the country. Learn more at edmonds.edu.

Antelope Valley College (Lancaster, California) — Situated in the heart of the aerospace corridor near Edwards Air Force Base, Lockheed Martin’s Skunk Works in Palmdale, and Northrop Grumman’s B-21 Raider production facility. AVC offers manufacturing technology programs that connect to the massive local aerospace workforce. See their programs at avc.edu.

Tulsa Community College (Tulsa, Oklahoma) — Tulsa has one of the largest aerospace manufacturing clusters in the country, anchored by American Airlines’ maintenance base, Spirit AeroSystems, and dozens of aerospace suppliers. TCC offers aviation-related manufacturing courses aligned with local industry needs.

Tidewater Community College (Norfolk, Virginia) — Close to Newport News Shipbuilding and a growing aerospace manufacturing cluster. Offers CNC and advanced manufacturing programs.

Central Piedmont Community College (Charlotte, North Carolina) — Strong advanced manufacturing programs near the growing aerospace presence in the Carolinas.

When evaluating a community college program, ask these questions:

Do you have industry partnerships with aerospace companies? Programs that work directly with Boeing, Lockheed Martin, or local aerospace suppliers can offer internships, job placement, and curricula aligned with what employers actually need.
What equipment do students train on? You want access to modern CNC machines (3-axis minimum, ideally 5-axis), TIG welding stations, CMMs (Coordinate Measuring Machines), and composite layup facilities.
What certifications can I earn during the program? The best programs bundle industry certifications — NIMS, AWS, IPC — into their curriculum.
What is the job placement rate specifically in manufacturing? Get a number, not a vague promise.

Trade Schools and Technical Institutes

Private trade schools like Lincoln Tech, Universal Technical Institute, and regional vocational centers offer shorter, more intensive manufacturing programs. These typically cost more than community colleges ($15,000 to $30,000 total) but can compress training into 6 to 12 months.

Evaluate these the same way you evaluate community colleges: ask about placement rates, employer partnerships, and the specific equipment you will train on.

SkillsUSA: The Competition That Builds Careers

SkillsUSA deserves special emphasis. It is a national organization for students in trade and technical programs, and it runs the largest skills competition in the country. Events relevant to aerospace manufacturing include:

CNC Milling and CNC Turning — Program and machine parts to blueprint specifications under time pressure
Welding — Compete in MIG, TIG, and stick welding events
Precision Machining Technology — Manual and CNC machining combined
Additive Manufacturing — 3D printing and design for manufacturing

Competitions are held at the local, state, and national levels. National medalists routinely receive job offers from major manufacturers. Even if you do not medal, the experience of preparing for competition — working to tight tolerances under time constraints — is exactly what aerospace production demands.

More information: skillsusa.org/competitions

What About Online Courses?

Online courses can supplement hands-on training but cannot replace it. You cannot learn to run a lathe from a YouTube video. However, several online resources are excellent for the theoretical side:

Tooling U-SME (toolingu.com) — The Society of Manufacturing Engineers’ online training platform. Hundreds of courses in machining, quality, lean manufacturing, and materials. Many community colleges and employers use Tooling U as part of their curriculum. Individual courses cost $40 to $80, or your school may have a site license.
MIT OpenCourseWare 2.008 (Design and Manufacturing II) — Free MIT course covering manufacturing processes from an engineering perspective. Gives you the theory behind why processes work.
Titans of CNC Academy (academy.titansofcnc.com) — Free CNC training videos from competitive machinist Titan Gilroy. Covers machine setup, G-code programming, and advanced techniques. Pairs well with hands-on practice.

Building Your Path: What to Do This Month

Whether you are 14 or 22, here is how to start:

If you are in high school:

Enroll in every available shop, manufacturing, welding, or drafting course. Do not worry about whether it seems “aerospace” — all hands-on mechanical skills transfer.
Join SkillsUSA if your school participates.
Ask your counselor about dual enrollment in community college manufacturing courses. Many states allow high school students to take community college courses for free or at reduced cost.

If you are 18 or older:

Visit the nearest community college and ask about their manufacturing technology, CNC machining, or welding programs. Most offer evening and weekend options for working students.
Check if your state’s workforce development agency offers free or subsidized manufacturing training. Many states have programs that cover tuition entirely for high-demand trades, and manufacturing almost always qualifies.
Look at careeronestop.org — a Department of Labor resource — to find local training programs.

Regardless of age:

Learn to read a micrometer, a dial caliper, and a dial indicator. Buy an inexpensive set and practice measuring everything around you. Precision measurement is the universal skill in aerospace manufacturing.
Download Fusion 360 (free for personal use from Autodesk) and start learning CAD/CAM. Design a simple part, generate a toolpath, and understand what the CNC machine will do with your program.

The aerospace industry has a backlog of over 14,000 commercial aircraft on order globally. Every single one of those aircraft needs thousands of precision-machined parts, miles of composite panels, and millions of fasteners installed by skilled hands. The companies building them are desperate for trained manufacturing technicians. The path into those jobs starts in a shop class. Take the first one you can find.