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Where can I study Manufacturing Engineering Technology/Technician and what does it cost?

Social SciencesGrowing Study ProspectsBachelor

Manufacturing Engineering Technology/Technician

Also known as: Industrial Technology, Production Engineering Technology, Manufacturing Systems Technology, Manufacturing Management

In this Bachelor of Science program, you will learn to apply engineering principles and technical skills to design, improve, and manage manufacturing processes and systems. You'll focus on the practical application of technology to optimize production efficiency, ensure product quality, and reduce operational costs across various industries. The curriculum emphasizes hands-on experience with modern manufacturing tools, automation, and quality management techniques.

Social SciencesManufacturingProduction ManagementQuality ControlAutomationEngineeringOperations ManagementSupply Chain

A Week as a Student

You start Monday with a Manufacturing Processes lecture, dissecting various metal forming techniques. Later, in your Intro to CAD lab, you grapple with SolidWorks, trying to model a basic bracket. A software glitch makes you restart, but your TA quickly helps you troubleshoot. For your group project on process optimization, you meet to brainstorm initial concepts for an improved assembly line layout. After classes, you hit the gym, clearing your head before tackling some problem sets. It’s a solid start to a week focused on practical application.

High School Preparation

Required Subjects

Algebra IIPre-CalculusPhysicsChemistryEnglish

Recommended GPA

3.0-3.5

Advanced Courses (AP/IB/Honors)

AP Physics
AP Calculus AB/BC
Robotics and Automation
Engineering Design and Development
Principles of Technology
Computer-Aided Design (CAD)

Recommended Activities

Robotics Club/Team
Engineering Club
Makerspace/Shop Projects
Science Olympiad
CAD/Design Competitions
Local Manufacturing Facility Tours

Application Essay Topics

Describe a manufacturing process you find fascinating and how you would improve its efficiency or sustainability.
Discuss how a specific technological advancement has transformed modern manufacturing and its impact on the workforce.
Imagine you are tasked with designing a new product. What manufacturing challenges would you anticipate, and how would you address them?
How can principles of quality control and continuous improvement be applied beyond a factory setting to improve everyday life or a community?

Alternative Path

You can also enter this field by completing an Associate of Science (AS) or Associate of Applied Science (AAS) degree in a related technical field from a community college, then transferring those credits into a bachelor's program. Industry certifications in areas like CAD, Lean Manufacturing, or Six Sigma can provide a strong foundation and potentially advanced standing.

Core Subjects

Click on "i" to learn more about each subject

Career Prospects

Growing Study Prospects

After completing this program, you can pursue roles such as Manufacturing Technologist, Quality Assurance Specialist, Production Supervisor, Process Improvement Engineer, Industrial Engineering Technician, or CAD/CAM Specialist. You'll find opportunities in diverse industries including automotive, aerospace, medical devices, consumer goods, electronics, and food processing, working to optimize production and ensure high-quality products.

Impact of AI on this Study

AI is significantly transforming manufacturing by enabling smarter automation, predictive maintenance, and enhanced quality control. You will learn to work with AI-powered systems for tasks like anomaly detection in production lines, optimizing material flow, and implementing machine learning algorithms for process adjustments. This includes exposure to computer vision for automated inspection and AI-driven robotics for increased efficiency and flexibility.