25 Mechanical and Manufacturing Engineering Associate of Applied Science Programs

Biomanufacturing is a term that refers to the production, isolation, and purification of medicines made by pharmaceutical companies. It also includes any manufacturing that uses cells to make the product, like food companies making artificial meat. This is an exciting and expanding new field. The Bay Area is the world’s leader in biomanufacturing.

TCC’s Associate of Science in Materials Science and Manufacturing Engineering Degree is a state-recognized Major Related Program (MRP) designed to provide a pathway for students who plan to transfer to a Bachelor of Science degree in Materials Science Engineering or Manufacturing Engineering. After completing the degree courses, the student must apply to graduate with the AS MRP degree. Manufacturing Engineers design the process to turn raw materials into the final product.

TCC’s Associate of Science in Civil and Mechanical Engineering Degree is a state-recognized Major Related Program (MRP) designed to provide a pathway for students who plan to transfer to a Bachelor of Science degree in Civil or Mechanical Engineering. Students planning to transfer to Environmental, Aeronautical or Industrial Engineering should also follow this pathway. Mechanical Engineers design across multiple industries, including aircraft, robotics, medical devices, and power systems.

The Engineering with Emphasis in Mechanical Engineering Applications AS degree prepares graduates for career and transfer. Relevant positions include engineering technician, CAD technician, maintenance technician, facilities manager, manufacturing technician, operations technician, lab technician, technical sales, and other endeavors related to mechanical components and systems. The program emphasizes how things work, and the role technicians can play in the design, development, testing, and manufacturing of mechanical devices. Completion of this degree may facilitate transfer into B.S. programs in Electromechanical Systems Engineering Technology or other related Mechanical Engineering Technology programs.

This program provides training that prepares students to set up and operate machining equipment, handle inspection devices, analyze production problems, and move into the supervision of machining. Students obtain a strong background in machining, engineering graphics, computers (CAD/CAM/CNC), quality control/quality assurance, material handling and processing, and leadership skills. The program provides a balance between practical training in manufacturing processes and technical education in manufacturing analysis, planning, and control with a supporting emphasis on communications, mathematics, science, and business.

In this program, you’ll complete the requirements of the freshman and sophomore years of most engineering programs at a university, studying areas such as calculus, physics, and chemistry. This pre-major program is designed to prepare you to transfer at the junior level into an engineering program at a four-year college or university.

The Plastics Engineering Technology option in the Advanced Manufacturing Associate of Applied Science program provides training in the plastics industry, including theory and hands-on applications. Students are given practical instruction applicable to materials, processing, and design engineering.

The Associate in Applied Science Degree in Advanced Manufacturing is designed to provide learners with growth and development in a variety of manufacturing processes, expose them to materials and methods of production, make them aware of quality systems and tools and introduce them to the tool and die making. This degree is designed to enable individuals the opportunity to continually expand and upgrade their applied skills as well as to maintain a thorough mastery of evolving manufacturing technologies. Protective shop clothing and eye protection supplies are required for the program and will be purchased by the student.

The Automotive Manufacturing program prepares individuals to apply basic engineering principles and technical skills to identify and resolve production problems in the manufacture of products.

The A.S. in Engineering Technology, Quality specialization at CF qualifies graduates for entry-level positions in a variety of fields across manufacturing and services industries.

Engineering Technology applies engineering theories in the real world and focuses on application and implementation through hands-on training to develop product, manufacturing, and construction designs.

Provides the knowledge and skills leading to immediate employment in the field of engineering technologies and manufacturing-related fields.

The following Pathway is recommended for students pursuing an Associate in Applied Science degree in Manufacturing Technology.

The Mechanical Technology program at Clinton Community College is designed to prepare students for employment in the manufacturing industries. Students who successfully complete this two-year program will be awarded the degree of Associate in Applied Science (AAS). Students may enter the program directly from high school or by transferring from another college or university.

The face of manufacturing has changed and Craven Community College is at the forefront of today’s advanced manufacturing processes. Our Manufacturing Technology degree introduces students to the principles and practices of manufacturing in today’s global marketplace. Students will be exposed to valuable high-tech equipment, technology, and concepts applicable in a variety of advanced manufacturing industries such as plastics, metals, composites, furniture, textiles, and electronics. The Manufacturing Technology program provides students with real-world knowledge and understanding of manufacturing management practices, manufacturing materials and processes, research and development, and quality assurance. Coursework will include machining set-ups and operations processes, blueprint reading, Computer-Aided Drafting/Computer-Aided Manufacturing (CAD/CAM), Computer Numerical Control (CNC) principles, perform operations on lathes, milling machines, CNC punch, and brake press, Programmable Logic Controller (PLC) operation, and various computerized production techniques. Additional emphasis is placed on shop safety and the safe operation of equipment.