A master’s degree in manufacturing is a challenging option as it prepares students for work in a variety of fields, giving them skills in the different processes and developments in this fast-developing sector. A high degree of technical competency is required to gain this degree, with students exposed to a variety of different technologies. The exact content will vary from course to course, but here are just some of the exciting technologies you may encounter.
CAD/CAM
There is an array of Computer Aided Design and Computer Aided Manufacturing software available that might be used on a manufacturing master’s course. Ideal for creating prototypes, physical parts, finished products and production runs, this software is used throughout the manufacturing industry. During a course, students can expect to learn how it is used in the workplace, as well as gaining practical experience in using the technology in their own designs.
Supply chain management software
One of the major processes in industry is the supply chain, and learning how to effectively use the software is a key skill that students require. By integrating suppliers, transporters, manufacturers, storage systems, retailers and customers, this software must be understood and managed effectively because it is key to running an effective business.
Lab work
The facilities many universities offer include cutting-edge technology, providing hands-on experience of the tech used throughout the industry. From traditional band saws, spray booths, and casting facilities, through to digital storage oscilloscopes and flight simulators, projects created while studying can make use of state-of-the-art tools and technologies.
Robotics
Those starting a manufacturing career are entering the industry at an exciting time, with technology developing at a fast pace. Robotics are increasingly being used throughout the manufacturing process and a master’s degree may cover the safe usage of these and look at how they can boost productivity and reduce waste.
Another futuristic technology that is already here is artificial intelligence (AI). This is likely to have many implications throughout the manufacturing industry, with developments that might have seemed impossible just a few years ago. An example in the automotive industry is driverless cars, something that is likely to become increasingly important for the future of the industry and the latest developments in this may well be covered on a manufacturing master’s degree.
Studying online
You might think that by studying for a manufacturing master’s degree online, you will miss out on a lot of the technological aspects of the course or learn about them only in theory, but that is not necessarily the case. The Kettering University’s Masters in Manufacturing Engineering emphasizes the practical application of theory, as well as equipping students with skills in modern manufacturing processes and the six sigma skills with a course that uses a variety of software, simulations and computer aided manufacturing developed in collaboration with General Motors.
Whether you study in-person, 100% online or on a course with the mixture of the two, you are likely to come across the latest technological developments of the industry. Contacting course providers is a good first step to find out more about exactly what technology is used on a particular course.
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