Metal Fabrication & Welding at Region 10 Technical High

Explore the Metal Fabrication & Welding Program at Region 10 Technical High School, where students gain hands-on experience and technical expertise in the field of metalworking. Our comprehensive curriculum covers a wide range of welding techniques, fabrication processes, and metalworking principles, preparing students for careers in industries such as manufacturing, construction, and automotive. With state-of-the-art equipment and expert instruction, students learn to interpret blueprints, operate machinery, and fabricate metal components to precise specifications. Our program emphasizes safety, precision, and craftsmanship, ensuring that graduates are ready to excel in the fast-paced world of metal fabrication. Join us at Region 10 Technical High School and unleash your potential in the dynamic field of metal fabrication and welding.

WELDING & METAL FABRICATION

According to The National Center for Education Statistics, employers highly value technical education graduates’ skills and readiness

Metal Fabrication & Welding

Welding and metal fabrication involve the skilled manipulation and joining of metal components through various techniques like welding, cutting, and bending to create structures, machinery, or artistic pieces. The Metal Fabrication & Welding program immerses students in real-world experiences, equipping them with sought-after certifications vital for employment. With a curriculum focused on practical skills in fabrication, layout, and welding, alongside theory and hands-on practice, students acquire a diverse skill set. Training encompasses various welding forms using state-of-the-art equipment, including Oxyacetylene Cutting, Shielded Metal Arc Welding (SMAW), Gas Metal Arc Welding (GMAW), Gas Tungsten Arc Welding (GTAW), Pulse M.I.G, Flux-core Welding, and Arc Gouging and Cutting (air arc). Additionally, students are prepared for the AWS Welding Certification Exam.

COURSE CONTENT

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Welding/Shop Safety

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Hand Tool and Machine Safety

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Welding Processes

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Welding Joints Design

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GTAW Theory and Process

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Oxy-fuel Setup/Cutting

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Plasma Arc Cutting Theory and Process

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GMAW Theory and Process

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Advanced Welding Drawings

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Intro to Metal Identification

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Welding Symbols

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Basic Metal Fabrication

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Blueprint Reading

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Advanced SMAW

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Intro to Computer Guided Plasma Cutting

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Electrode Identification

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SMAW Shielded Metal/Arc Welding

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Welding Drawings

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FCAW Flux-core Arc Welding

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Layout Techniques & Measurement

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Intro to Sheering, Bending & Metal Forming Equipment

@r10metalfab

CLASS PROJECTS Different Types of Welding

MIG Welding MIG welding or Metal Inert Gas weld- ing, is an arc welding process that uses a continuous solid wire electrode and a shielding gasto join metals. It is known for its versatility, speed, and ease of use, making it a popular choice for welding a wide range of materials, from thin sheet metal to thicker steel structures.

7018 Stick Welding

7018 Stick welding is a type of arc welding where a flux coated electrode, typically made of mild steel, is used to join metals. It’s known for its versaltili- ty and strength, producing high quality welds suitable for various applications in industries suc as construction, fabri- cation and infastructure.

Flux Core Welding:

Flux core welding is a type of arc weld- ing process similar to MIG welding, but instead of using a solid wire elec- trode, it uses a tubular wire filled with flux. This flux creates a protective gas shield around the weld, eliminating the need for an external shielding gs. Flux core welding is often used in outdoor or windy conditions and for welding thicker materials where MIG welding may not be as effective.

TIG Welding

TIG stands for tungsten inert gas and is technically called gas tungsten arc welding (GTAW). The process uses a non-consumable tungsten electrode that delivers the current to the welding arc. An inert gas, typically argon, pro- tects and cools the tungsten and weld puddle. The most important applica- tions for TIG welding are pipeline and pipe welding. It is, however, used in many industries, such as aviation and aerospace and sheet metal industries when welding particularly thin materi- als and special materials such as tita- nium.

Careers & Salaries in Metal Fab & Welding

Welder/Fabricator $45,190-65,200 per year Join and fabricate metal parts using various welding techniques, ensuring they meet specifications.

Structural Iron and Steel Worker: $55,040-75,100 per year Erect structural steel frames for buildings and bridges, adhering to strict safety protocols.

Pipe Welder: $62,610-82,000 per year Specialize in welding pipes for various applications, ensuring proper alignment and integrity.

Sheet Metal Worker: $50,400-70,500 per year Fabricate and install metal sheets such as metal roofs, siding, and ductwork, both indoors and outdoors.

Welding Inspector $62,400-74,000 per year Ensure welding procedures meet industry standards and weldments are de- fect-free.

Welding Supervisor: $67,483-87,000 per year Oversee welding operations, coordinate work schedules, and enforce safety pro- tocols.

Manufacturing Production Manager: $105,480-125,760 per year Manage production staff, optimize operations, and meet production goals.

Graduates of Career and Technical Education (CTE) schools experience higher rates of employment, earn higher wages, and are more satisfied with their careers compared to their peers without such training (National Center for Education Statistics)

Student Voices Careers as a result of Metal Fab & Welding

The graduates of our welding and metal fabrication program are experiencing unprecedented demand in today’s dynamic job market. Our alumni have seamlessly transitioned into rewarding careers, securing lucrative opportunities both within our local community and on a national scale.

Welder Ryan Gigs

Welder Laura Sally

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Welder Sarah Leyron

Welder Jason Philips

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How to Apply to Region 10 It’s as simple as 1,2,3

APPLICATION WINDOW OPENS IN JANUARY FOR FOLLOWING SCHOOL YEAR

If you find a program that interests you, we encourage you to apply to Region 10 Technical High School. Understanding the three steps required for successful enrollment and knowing when to apply to the school is essential.

1 2 3

SUBMIT ONLINE APPLICATION Complete the brief online application at www.r10tech.org. Submission of this form will send an e-mail to parents requesting their signature. Thus, the parent’s e-mail address is needed for this form.

VISIT THE SCHOOL & MEET INSTRUCTOR Once your application is received, you’ll be invited to visit our school. Your application becomes valid only after meeting with the program instructor. Your guidance counselor will arrange this visit

APPLICATION CONSIDERATION PROCESS After your school visit, our administration, in coordination with your guidance counselor, will evaluate if Region 10 is the right fit for you. You will be notified by mail.

EARLY CONSIDERATION Due to our low student-to-teacher ratio, our classes tend to reach capacity rapidly. If you were waitlisted last year or are genuinely committed to securing a spot in a program at Region 10, we encourage you to submit your application early for Early Consideration. During a brief window from mid-November to early December, we accept early consideration applications, which often receive priority consideration as they demonstrate a strong commitment from the student.

Within each promising horizon lies the echo of a solitary stride forward.

Region 10 Technical High School 68 Church Road Brunswick, Maine 207-622-7272

higgins@r10tech.org www.r10tech.org

facebook.com/region10tech instagram.com/r10metalfab

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