B.S. In Manufacturing Engineering Technology

Introduction

The Manufacturing Engineering Technology (MET) program at LaGrange College was created in response to a growing regional and national need for skilled professionals who can bridge the gap between engineering theory and modern manufacturing practice. Industries across Georgia and the Southeast are facing an increasing demand for employees who possess technical knowledge, problem-solving abilities, and hands-on experience in advanced manufacturing environments. As manufacturing continues to evolve through automation, robotics, data analytics, quality systems, and smart technologies, companies require graduates who can immediately contribute to operational excellence, continuous improvement, and innovation. The MET program was developed to help meet this workforce need while supporting economic growth and strengthening partnerships between higher education and industry.

LaGrange College’s MET program is designed to provide students with a practical, industry-focused education that combines engineering principles with real-world application. The program emphasizes experiential learning, industry engagement, internships, and collaboration with manufacturing partners to prepare graduates for careers in production, quality, maintenance, operations, process improvement, and engineering support roles. By integrating technical skills with communication, leadership, and critical thinking, the program seeks to develop graduates who are prepared to lead in modern manufacturing environments. Ultimately, the “why” behind the program is simple: to create opportunities for students, support the workforce needs of industry partners, and contribute to the long-term success of manufacturing in the region and beyond.

 

Mission Statement

The Manufacturing Engineering Technology program at LaGrange College prepares students for successful careers in modern manufacturing through hands-on, industry-focused education that combines technical knowledge, problem-solving, and leadership development. The program is committed to supporting regional and national workforce needs by developing graduates who are ready to contribute to innovation, operational excellence, and continuous improvement in advanced manufacturing environments.

Program Objectives

The Manufacturing Engineering Technology Program strives to:

  • Prepare graduates for successful careers in manufacturing, engineering technology, and related technical fields.
  • Foster communication, teamwork, leadership, and professionalism needed in industry environments.
  • Develop students’ hands-on technical skills through laboratory, project-based, and experiential learning opportunities.
  • Equip students with knowledge of manufacturing systems, quality, safety, and continuous improvement practices.
  • Provide opportunities for students to earn industry-recognized certifications such as OSHA 10, Lean Six Sigma, and other technical credentials that enhance employability, validate professional skills, and support long-term career advancement.

Learning Outcomes

  1. Apply Manufacturing and Engineering Technology Principles
    Graduates will be able to apply technical knowledge, engineering technology concepts, and industry-standard practices to solve manufacturing and operational problems in modern industrial environments.
  2. Demonstrate Technical and Analytical Skills
    Graduates will be able to use equipment, software, measurement tools, and data analysis techniques to evaluate processes, improve quality, enhance safety, and support continuous improvement initiatives.
  3. Communicate and Collaborate Professionally
    Graduates will be able to effectively communicate technical information, work collaboratively in team-based environments, and demonstrate professionalism, leadership, and ethical decision-making in manufacturing settings.

 Assessment of Learning Outcomes

·         Project-Based Assessments: Student learning outcomes will be assessed through hands-on laboratory activities, technical projects, case studies, and capstone experiences that demonstrate the application of manufacturing and engineering technology principles.

·         Industry and Technical Evaluations: Student competency will be evaluated through practical demonstrations, technical reports, presentations, industry-recognized certification achievement (e.g., OSHA 10, Lean Six Sigma), and employer or internship feedback when applicable.

·         Course and Program Performance Measures: Learning outcomes will be assessed using exams, assignments, rubric-based evaluations, and analysis of student performance data to support continuous program improvement and alignment with industry needs.

 Need Help or More Information?

Please contact Dr. Laurinda MacKinnon at LMacKinnon@lagrage.edu for more information.

 

In addition to the required Ethos curriculum, Manufacturing Engineering Technology Majors will take the following:

LaGrange College Bulletin

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Financial Aid

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