Metrology and manufacturing technology are evolving specializations within the manufacturing industry. Together, these areas make up a cutting-edge, high-tech career field, in which specialists pave new pathways for production and manufacturing as a whole.
If you’re contemplating a postsecondary education in manufacturing, read this guide to learn more about this specialization. Here, we’ll answer frequently asked questions such as:
- What is metrology?
- What is manufacturing technology?
- How are metrology and manufacturing technology shaping modern manufacturing?
- How do you obtain metrology and manufacturing technology skills?
- What career options are available for metrology and manufacturing technology graduates?
What is Metrology?
At its core, metrology is the scientific study of measurement. Metrology specialists apply various methods to confirm set measurement standards in the field of manufacturing.
Throughout the manufacturing process, tools consistently wear down, causing parts to differentiate in dullness, slight shifts, and other flaws that render machinery and tools non-functional. The practice of metrology lessens such risks, ensuring each manufactured piece is a specific size and shape.
Metrology can be calculated through calibration, testing accuracy, quality control, and waste elimination processes.
Metrology makes a significant difference in the accuracy and dependability of production. The study of measurement is particularly essential for industries relying on crucial precision, like aerospace, automotive, and medical sectors of manufacturing.
Metrology influences product quality. Its success can contribute to the economy’s advancement and enhance the quality of countless lives.
What is Manufacturing Technology?
Through chemicals, labor, machinery, and more, manufacturing technology transforms raw materials into finished and marketable commodities. Manufacturing technology offers production teams a range of resourceful tools to create goods, as well as enhance and streamline their processes.
The manufacturing industry has a wide reach — spanning sectors such as apparel production, chemical manufacturing, computer and electronic fabrication, food, and textile products.
Across industries, the technology used to manufacture end products is highly versatile, from basic handheld tools to complex computerized numerical control (CNC) machines.
Examples of manufacturing technologies used today include:
- Additive practices like 3-D printing and prototyping equipment, reduce lead times and simplify the process from concept to creation.
- Advanced data analytics can detect early defects, improve process control, and provide enlightening facets for preventative maintenance.
- Artificial intelligence (AI) and robotic automation can reduce costs by performing repetitive tasks.
- Computerized-support systems such as Computer-Aided Design (CAD), Computer-Aided Manufacturing (CAM), and Computer Numerical Control (CNC) provide clear-cut pathways to product completion.
- Material extraction equipment such as drills, saws, and laser cutters adjust manufacturing specifications with ease.
How are Metrology and Manufacturing Technology Shaping Modern Manufacturing?
Metrology and manufacturing technology are innovating industrial development and influencing sustainable solutions, ultimately affecting how society functions.
For instance, the digitization of manufacturing has streamlined accounting processes, inventory control, and supply chain management via various software systems. Manufacturing technologies also enact computerized functions in factories, enabling production to be continuous, around the clock.
Five advantages of manufacturing technology include:
- Advancing adaptability — Modern manufacturing technology uses simulations for optimum solutions, scales projects quickly, and adds value to societal norms.
- Analyzing pressing, present-day issues — Technology helps address needs related to aging populations, carbon emissions, climate change, and advancing medicine.
- Enhancing evidence-based research and product development — Manufacturing technology improves effectiveness and helps to eliminate error.
- Optimizing output production — It enables custom-made, cost-effective goods to get to market faster.
- Strengthening health and safety standards — Technology allows automation to perform most labor while decreasing human hazard.
Organizations transitioning to modern manufacturing technologies need specialists and skilled technicians in the trade. Postsecondary manufacturing programs are now adapting their academic curricula to meet these new in-demand skills and careers.
For those interested in metrology and manufacturing technology, postsecondary classes should include courses in CNC machining, computer-aided manufacturing, lean manufacturing principles, metrology and calibration, technical drawings and specifications, and more.
How Can Someone Specialize in Metrology and Manufacturing Technology?
Students can specialize in CNC machining, metrology, and manufacturing technology by enrolling in a career-focused training program.
Goodwin University offers an accelerated certificate program designed for aspiring CNC machining, metrology, and manufacturing technology professionals. The training can be completed in just 22.5 weeks, but involves a comprehensive curriculum in advancing areas of manufacturing like CAM software, calibration technology, and advanced metrology. At Goodwin, classes are convenient, and learners can choose a full-time or evening program schedule. All metrology and manufacturing technology courses are at an accelerated pace, designed to help students get into the workforce fast.
After graduation, alums can also continue their education by obtaining their associate degree in quality management systems or bachelor’s degree in manufacturing management.
What Careers Can Someone Pursue in Metrology and Manufacturing Technology?
CNC machining, metrology, and manufacturing technology students are eligible for several state-of-the-art careers, including:
1. Industrial machinery mechanic
• Average annual wage: $55,320
• Job outlook: 14% growth from 2021 to 2031
2. Wind turbine service technicians
• Average annual wage: $58,580
• Job outlook: 44% growth from 2021 to 2031
3. Calibration technologist
• Average annual wage: $62,800
• Job outlook: 4% growth from 2020 to 2030
4. Mechanical engineering technologist
• Average annual wage: $63,390
• Job outlook: 2% growth from 2021 to 2031
5. First-line supervisor of production and operating workers
• Average annual wage: $67,330
• Job outlook: 4% growth from 2021 to 2031
If you’re an analytical or development-oriented person looking for a profession in production, a postsecondary program and career in modern manufacturing could be made for you.
Are you ready to make your mark on modern manufacturing?
Learn more about metrology and manufacturing technology careers today!