AOMC Training and Workshops

ACE (America’s Cutting Edge) Bootcamp introduces participants to the fundamentals of CNC machining through a self-paced online curriculum followed by hands-on, in-person training where you machine and assemble a piston air engine.

For organizations interested in hosting a private bootcamp tailored to a specific employer, please contact us for more information.

Five day bootcamp runs from 8:30am - 3:00 pm.

There is a maximum of 10 participants per camp. Must be 16 years of age or older.

*Note: Our scheduler does not list multi-day events, so you’ll see the start date of May 18, 2026. This is a five-day camp.

Designed for beginners or those seeking a refresher, this class focuses on developing the skills needed to understand shop drawings, welding symbols, and part specifications.

Topics Include: Interpreting welding symbols and annotations, Reading fabrication and assembly drawings, Tolerances and material specifications, Scale, units, and title block information, Hands-on blueprint reading exercises

No prior experience required.

This open-format class is designed for students who want to work on personal welding or fabrication projects with guidance from an experienced instructor.

What’s Included: Access to MIG, Stick, or TIG welding equipment, grinders, clamps, saws, etc. Consumables included for small projects

Students Must:

Bring a clearly defined project idea and any specialty materials

Have basic welding experience or instructor approval

Wear appropriate PPE

Our CNC Mill Operator Training is a focused, hands-on half-day session designed to introduce participants to the essentials of CNC milling. Limited to 5 participants, this course provides practical, guided experience on the machine while covering the foundational safety and technical skills every operator needs. Each attendee will set their own offsets and run their first part under instructor supervision.

All materials and training resources are provided.

This practical course is designed to equip students with the welding and fabrication skills needed to build, modify, and repair metal structures and equipment.

Topics Include: Welding processes used in fabrication and repair, reading basic fabrication drawing, measuring, cutting, and preparing materials for welding, common repair welding techniques, grinding, finishing, and inspecting welds for quality and safety

Requirements:

Basic welding experience recommended.

This training offers essential knowledge of robotic systems, I/O, and programming, with a hands-on approach. This training is ideal for anyone interested in learning more about automation, exploring a new career path, or expanding their current skillset.

This is a one-day, in-person training with a maximum of five people per class. All ages are welcome.

Explore the entire 3D printing process, from design to execution, with a focus on its real-world applications in manufacturing.

This training focuses on the manufacturing side of the software, teaching learners how to generate tool paths and prepare parts for CNC machining. 

Training begins with an overview of the CAM workspace, setup of stock and tools, and the basics of feeds and speeds. Learners then explore 2D operations before being introduced to 3D strategies for more complex shapes. The process concludes with simulating toolpaths, checking for errors, and posting G-code for machine use.

Tooling setting, work offsets, machine maintenance and operation, loading programs, understanding setup sheets, and overview of G-code. Credentials: HAAS certificate with additional online portion.

This beginner-level course introduces students to the basics of MIG welding (GMAW). Perfect for hobbyists and those exploring a welding career.

Topics Include: Intro to MIG welding equipment and components, welding safety and personal protective equipment (PPE), wire types, shielding gases, and material selection, machine settings, basic weld joints in the flat and horizontal positions, troubleshooting common problems.

No previous welding experience is required.

This intermediate course is designed for students who have a basic understanding of MIG welding (GMAW) and are ready to build on their foundational skills.

Topics Include: MIG welding safety and equipment setup, fine-tuning machine settings, welding in multiple positions, advanced joint types, and groove welds, wire and gas selection, understanding heat input, troubleshooting weld defects.

This beginner-level course introduces students to the fundamentals of TIG (Tungsten Inert Gas). 

Topics Include: Welding safety, equipment setup, machine settings, and basic torch handling, welding mild steel in flat positions, heat control, filler rod application, and  how to maintain a steady arc. 

No prior welding experience required. Open to those 16 years of age or older.

This intermediate course is designed for students who have a basic understanding of TIG welding and are ready to build on their foundational skills. This class focuses on refining technique, improving weld quality, and introducing more complex joints and positions.

Requirements: Students must have completed an introductory Tig welding course or have equivalent experience.

This beginner-level course introduces students to the fundamentals of Shielded Metal Arc Welding (SMAW) aka, stick welding. Perfect for hobbyists and those exploring a welding career.

Topics Include: Welding processes and applications, safety gear and shop safety, setup and maintenance of stick welding equipment, electrode selection and usage, basic welding joints and positions, striking an arc and maintaining arc length

No prior welding experience is necessary.

This intermediate course is designed for students with basic welding experience. This class builds on fundamental Shielded Metal Arc Welding (SMAW).

Topics Include: Review of SMAW fundamentals and safety practices, Advanced electrode selection, welding in multiple positions (horizontal, vertical, overhead), Fillet and groove weld, Joint preparation and fit-up techniques

Requirements: Must  have completed an introductory stick welding course or have equivalent experience.

Hytek fiber laser training introduces learners to the operation and safety of fiber laser cutting systems, which use a highly focused beam of light to cut, engrave, or mark metal and other materials with precision. 

Training covers the machine’s interface, setup of workpieces, parameters, and focus in achieving clean cuts. Learners are introduced to file preparation, alignment, and proper maintenance to ensure consistent performance and machine longevity.

Fusion 360 training introduces learners to the essentials of 3D design. Beginners start by learning the user interface and navigation. You then move into sketching and learning the fundamentals of 2D sketching as it is the foundation of 3D models. 3D models are then created and evaluated to be exactly what is expected in real life.

Fundamentals of TIG (GTAW) welding and aluminum-specific techniques.

Fundamentals of TIG (GTAW) welding: You'll learn the basics of the Gas Tungsten Arc Welding process, including safety protocols, equipment setup, and how TIG differs from other welding methods.

Aluminum-specific techniques: Since aluminum has unique properties—like high thermal conductivity and oxide layers—the course covers how to prep the metal, select the right filler rods, and control heat input.

Get an introduction to SolidWorks and gain hands-on experience with sketching, modeling, and creating assemblies. All ages are welcome!

This is a one-day, in-person training with a maximum of five people per class.

Unleash your creativity with fire and steel in Sparks and Crafts, a hands-on class where art meets metalwork! In this beginner-friendly course, students will learn to safely operate a plasma cutter to cut custom shapes, signs, and decorative designs out of sheet metal.

Students will:

- Complete custom-cut metal art projects

- Learn to confidently and safely use a handheld plasma cutter

- Take home a finished piece of metal art

- No prior welding or metalworking experience needed.