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Students learn to use advanced computer workstations with various CADD software applications. Students will receive instruction and practice in the planning, design, and preparation of high-quality technical drawings for a variety of projects. In addition to technical courses, there are supporting courses in communications, mathematics, and social sciences. These courses serve to broaden the student's general education background and thus better prepare students for employment and advancement in the career field.

The Electrical Systems Technology program at Advanced Technology Institute is a focused, hands-on training pathway designed to prepare students for entry-level careers in the electrical field. Over the span of seven months, students develop the practical and theoretical skills needed to install, maintain, and repair electrical systems in residential, commercial, and industrial environments. The curriculum covers AC and DC electrical theory, wiring methods, motor controls, backup power systems, and an introduction to renewable energy systems. Students receive instruction aligned with the National Electrical Code (NEC), and the program includes DPOR-approved hours that apply toward a Virginia Electrical Journeyman license.

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The Tennessee Board of Regents community colleges and the state's public universities have joined together to develop a common core of courses for the Associate of Science (A.S.) degree. This common curriculum allows students to transfer, without loss of credit, from Pellissippi State to any Tennessee public university as juniors. All earned outlined on the pathway will apply toward a bachelor's degree in the same discipline. The pathway guarantees admission to all public universities in the state, except for the University of Tennessee, Knoxville, where competitive admission standards will still apply.Upon completion of the Associate of Science transfer program, the graduate will have developed the skills, knowledge and abilities to accomplish the following:Demonstrate knowledge and/or skills acquired within the general education core. Demonstrate knowledge and/or skills acquired from transfer electives. Locate and evaluate information from a range of credible sources using proper attribution and citation. Solve problems using skills developed across the curriculum.

This program prepares you for entry-level jobs in the machine tool trade. Students will learn to safely set up and operate milling machines, lathes, grinders and drill presses. They will also learn the basics of Computer Numerical Control (CNC) machine set up and operation. The program is designed around the National Institute for Metalworking skills (NIMS) credentials and prepares students for testing in seven of the level one credentials.

The Automated Systems Technology - Mechatronics program is a field of study that focuses on the integration of mechanical, electrical (electronics), fluid power (hydraulics or pneumatics), and computer technologies to control machine movements. The new term for this is “Mechatronics.” The students’ studies begin with courses in mechanics, sensors, basic electronics, pneumatics, control logic and robot programming and control. The student goes on to learn how to program a specific Programmable Logic Controller (PLC), and then writes and troubleshoots programs to control different types of industrial machines. Students will learn soldering skills, schematic diagram reading, advanced programming of PLCs, Robots, and Network systems.

The Welding Technology curriculum provides students with a sound understanding of the science, technology, and applications essential for successful employment in the welding and metalworking industry.Instruction includes consumable and non-consumable electrode welding and cutting processes. Courses may include math, print reading, metallurgy, welding inspection, and destructive and non-destructive testing providing the student with industry-standard skills developed through classroom training and practical application.Graduates of the Welding Technology curriculum may be employed as entry-level technicians in the welding and metalworking industries. Career opportunities also exist in construction, manufacturing, fabrication, sales, quality control, supervision, and welding-related self-employment.

The Applied Engineering Technology program curriculum leads to an Associate in Applied Science (A.A.S.) degree and prepares students for employment in a range of scientific technology occupations and also provides a foundation for transfer to four-year technology programs.

Mechanical Engineering Technology gives you the skills and knowledge to do just that. Program graduates take engineers' innovative ideas and transform them into products. Mechanical engineering technicians take a concept from theory to reality by using the latest software in industry to create the technical drawings used in the production process.

Job Corps’ Welding training program teaches students skills like joining metals using a variety of techniques and processes, understanding and following safety procedures including properly using safety equipment, and identifying and explaining the composition and classification of metals, and designing and building a fixture for assembling simple parts. These skills prepare students for a career working in a variety of jobs for manufacturing companies, construction companies, trade shops, shipbuilders or repair shops. Students should also consider pursuing Advanced Manufacturing Production Technician, Advanced Machinist and other Advanced Training programs at Job Corps as a part of their career pathway. Students who complete Welding training at Job Corps can earn nationally recognized credentials from the American Welding Society (AWS) and the National Institute for Metalworking Skills (NIMS).

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This Geometric Dimensioning and Tolerancing (GD&T) course covers the fundamental principles and applications of GD&T in engineering and manufacturing. Students will explore key concepts such as symbols, terms, limits of size, and the geometric system, with a focus on the Datum Reference Frame (DRF) and its relationship to design and measurement. Topics include orientation tolerances, virtual condition, material boundary modifiers, form and profile tolerances, position tolerances, and coaxial controls. Through a structured approach, this course provides the foundational knowledge needed to accurately interpret and apply GD&T in real-world scenarios.