Advanced Welding Technology

This technical math course is important for many tasks and functions related to the welding industry. Students will learn to use the subject matter in this course to solve problems based on real-world situations. The topics covered will include fractions, decimals, percentages, and ratio and proportion. Additional subject matter will include geometry, Pythagorean Theory, as well as area and volume of many common shapes in Imperial and Metric units.

Knowledge of safety skills and practices is essential for ensuring a safe workplace environment. Students will learn practical applications of safety concepts, techniques, and the proper use of personal protective equipment (PPE). Students will also acquire information literacy strategies and written communication skills as well as how the apprenticeship system operates.

In the welding Industry, there is a significant need to acquire knowledge and skills among a variety of tasks. As such, students will learn to set up, use, and troubleshoot Oxy-Fuel cutting equipment. Students will also learn the selection, inspection, and safe use of hand and power tools. Additionally, students will learn to weld aluminum and acquire knowledge of its unique properties. Selecting wire feed equipment and consumables will also be covered in this course.

The concepts presented in this course will assist students in a greater understanding of the many considerations required to successfully achieve mastery of various welding processes. The student will examine electrical theory, metallurgy concepts, different weld types, metal identification, distortion, and weld faults.

Today’s welding industry relies heavily on various wire feed processes to perform a variety of tasks. Students will learn to use various wire welding processes and develop proficiency in semi-automatic welding in specific situations. Students will also learn and apply troubleshooting to set up, use, and maintain wire feed equipment.

This course provides students with the fundamentals of effective English and communications skills. The course concentrates on research, written, and verbal/nonverbal communications strategies in order to succeed in industry-related organizations.

Gas Tungsten Arc Welding is a process that is used in many industries to provide high quality welds. Students will learn the practical application and theory behind creating high quality welds on various joint types and materials.

Shielded Metal Arc Welding, also known as stick welding, is widely used in industry in a variety of applications. Students will master the use of mild steel electrodes in various positions on different joint types.

Construction of components and structures requires knowledge as to how to create shapes, to calculate material needs, and to determine associated costs. In conjunction, students will practice concepts related to developing patterns such as fitting pipe and pricing a project.

Blueprints are used extensively in the industry in the construction of projects, and understanding them is a must. By interpreting blueprints, students will examine key concepts and principles related to structural, pressure vessel, and piping drawings.

In the welding industry, it is important to have a familiarity with codes and the different metals a welder will be working with, as well as the science involved. In addition to this, students will examine key concepts and principles related to the different codes, together with metallurgy and testing involved in welding. Students will also learn about various different metals and alloys and their weldability.

The Gas Tungsten Arc Welding (GTAW) process is of growing importance in the welding trade with its ability to create high quality weld deposits. In this course students will receive training both in the shop and in the classroom about the key concepts and principles related to welding using GTAW. In learning about GTAW, students will perform various groove positions on both plate and pipe.

The Shielded Metal Arc Welding (SMAW) process is used extensively in the welding trade. In this course, students receive training about key concepts and principles related to welding using SMAW. Students will perform various groove positions on both plate and pipe, as well as perform Oxy-Acetylene Cutting.

In this course, students will analyze the steps required to open a small business and apply skills and abilities necessary for good leadership and management.

Inspection techniques are required to meet welding industry codes. Students will learn to determine quality weld requirements and the metrics to measure acceptability. Proficiency in this ability makes it possible to move into this career path as a Welding Inspector, in the future.

Industry specific qualifications provide students with the ability to meet code requirements. Students will learn the requirements and techniques to successfully complete industry-specific qualifications.

The welding industry is dependent on fabrication as a significant part of its efforts. As such, students will learn practical applications of fabrication and best practices in efficient fabrication techniques.

The welding industry is constantly evolving to capitalize on emerging technologies. This requires that students gain an awareness of current and future trends in the welding industry.