Engineering Technology plays a vital role in today’s fast-moving world. From the production of cars and electronics to the development of smart robotics and sustainable infrastructure, this field helps power the innovations we rely on daily.

Manufacturing Engineering Technology (MET) is a field of study that blends science, math, and technology to improve systems, solve real-world problems, and build the next generation of industrial solutions. If you’re interested in working with cutting-edge tools and directly impacting a myriad of industries, a degree in Engineering Technology or MET could be the key to a rewarding and versatile career.

But what can you do with an Engineering Technology degree? Let’s find out!

What is Engineering Technology in manufacturing?

At its core, Manufacturing Engineering Technology is the practical application of engineering principles to everyday challenges. Instead of focusing solely on theory, this discipline emphasizes hands-on skills, system improvements, and cost-effective solutions to real problems in the modern manufacturing industry.

Engineering technologists often bridge the gap between engineers and technicians. They work on improving production processes, designing efficient systems, and implementing technologies that support sustainability and innovation. Whether it’s upgrading a factory’s operations or testing a new automation technique, these professionals are problem-solvers who help turn ideas into reality.

What is a Manufacturing Engineering Technology degree?

One of the most popular academic paths within this field is the Manufacturing Engineering Technology degree. At Goodwin’s manufacturing school, we offer flexible online, on-campus, full-time, or part-time formats to accommodate different learning styles and schedules.

The MET degree typically follows a hands-on learning approach, with opportunities to specialize in computer-aided design (CAD), mechatronics, or robotics and automation. This customization allows students to tailor their education to match their personal interests and career goals.

Core courses in a MET program include:

• Electrical schematics: Learning to read, create, and troubleshoot electrical circuit diagrams
• Materials and processes in manufacturing: Exploring how raw materials are processed and transformed into finished products
• Mechanical drives and kinematics: Understanding how mechanical components transfer motion and energy
• Principles of quality management: Studying quality control methods to ensure products meet industry standards

This combination of technical knowledge and hands-on training prepares graduates for a wide range of careers in manufacturing, service, and design fields.

Earn your MET degree at Goodwin!

Career outlook with an Engineering Technology degree

Now, what can you do with an Engineering Technology degree? A whole lot! Graduates with an Engineering Technology degree enter a workforce full of opportunity. According to labor projections, approximately 6,700 new job openings are expected each year in this discipline, offering a strong employment outlook.

Graduates can expect to find employment in tons of different industries—automotive, aerospace, military technology, renewable energy, and healthcare manufacturing. The skills learned through a MET program are in demand across many sectors, offering job stability, advancement opportunities, and the chance to work with exciting technology.

Manufacturing Engineering Technology job opportunities

The manufacturing sector remains one of the largest employers for those with an Engineering Technology degree. Speaking with academic advisors or career services can help you identify which path within manufacturing best suits your strengths and interests. Here are just a few common areas you can pursue within the industry:

Chemical manufacturing

This area focuses on the processing of raw materials, both organic and inorganic, into usable chemical products. Graduates working in this space may help maintain production equipment, ensure chemical processes run smoothly, or optimize system efficiency.

Computer and electronic product manufacturing

Professionals in this area help design and manufacture computers, mobile devices, circuit boards, communication tools, and other consumer electronics. Engineering technologists support the production process, troubleshoot technical issues, and work on enhancing product quality and reliability.

Machinery manufacturing

Machinery manufacturing involves producing industrial tools and equipment using processes like forging, stamping, bending, forming, and machining. Engineering technologists help design, maintain, and improve these complex systems to meet production demands.

Transportation equipment manufacturing

This field focuses on building vehicles and equipment that transport people or goods. Whether it’s cars, planes, trains, or ships, engineering technologists ensure manufacturing processes—welding, forming, and assembly—are optimized for safety, performance, and cost.

Service-based job opportunities in Manufacturing Engineering Technology

Engineering technology doesn’t stop at the factory floor. Service-based roles offer equally exciting and impactful career paths for graduates. These positions support industries through system maintenance, consulting, and technical services.

Industrial service technician

Industrial service technicians play a crucial role in maintaining and repairing commercial and industrial machinery. These professionals conduct routine diagnostics, calibrate equipment, and often train operators on updated controls and system features. Their work helps minimize downtime and maintain productivity across industrial settings.

Professional, scientific, and technical services

In this sector, engineering technologists provide specialized consulting, testing, or analysis for companies. This can include evaluating equipment performance, helping businesses implement new technologies, or developing custom solutions to technical challenges. These roles often combine problem-solving with client-facing communication, making them ideal for individuals with both technical and interpersonal skills.

Other careers with a degree in Engineering Technology

In addition to traditional manufacturing and service jobs, an Engineering Technology degree opens the door to creative and innovative design, drafting, and robotics careers.

Computer-aided designer

CAD designers use software to create detailed 2D and 3D models of components and systems. These digital blueprints help engineers and manufacturers visualize products before production. CAD specialists are vital in streamlining design processes and ensuring components fit together seamlessly.

Drafting specialist

Drafters work alongside engineers and architects to translate ideas into technical drawings. These schematics are used to guide production and construction. Drafting professionals need a strong grasp of design software, measurements, and materials, making engineering technology a perfect foundation for success in this field.

Robotics and automation technician

These professionals assist in building, testing, and maintaining automated systems and robotics. Whether it’s programming robotic arms for an assembly line or installing new automation tools, technicians in this field are at the forefront of industrial innovation. Their work helps businesses improve efficiency and stay competitive in a fast-paced marketplace.

Your career with an Engineering Technology degree

Engineering Technology is a career that is both practical and future-focused. Whether you’re drawn to the mechanical side of manufacturing or the innovative world of automation and design, a degree in this field provides a flexible foundation for long-term success.

Learn more about Manufacturing Engineering Technology programs at Goodwin University to answer your burning question: What can you do with an engineering technology degree?