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6 Career Paths with a Masters in Engineering

A masters in engineering teaches you how to deal with the design, the building, the installation, the operation and the maintenance of any equipment that has moving parts. Because of this, there are a number of sectors you can choose to work in, including:

  • The construction industry
  • Automotive engineering
  • Aerospace engineering
  • Energy
  • Manufacturing
  • Medicine
  • Sport
  • Railway engineering
  • And many more!

A masters in engineering teaches students to:

  • Plan and prioritize tasks
  • Work to deadlines
  • Solve problems using logical and creative approaches
  • Be computer literate – they also gain analytical skills
  • Be aware of the cost of items
  • Be aware of the environmental, social, cultural and health and safety recommendations
  • Be able to communicate effectively with others
  • Work effectively in a professional environment

If you’ve already completed your masters in engineering, or you want to know more about what your career options are once you’ve completed it, then you’ve come to the right place. Here are some of the most popular career options available to students who’ve completed this course: 

  1. Automotive Engineer
  • The average salary of an automotive engineer is $80,000 per annum

As the automotive market has evolved over the last few years, so have the number of jobs available in the industry. Only thing you need to do tailor fit your resume according to requirement.. There has been a growing demand for electrical engineers around the world as businesses try and increase the number of electric vehicles and components they produce.

Automotive engineers are needed at every stage of the vehicle design process from the concept phase right through to the production and build phase. And of course, automotive engineers continue to be required for the build of traditional fuel-filled cars too. 

The role of an automotive engineer involves:

  • Agreeing and negotiating project budgets
  • Assessing the requirements of projects
  • Implementing test procedures
  • Making prototypes of components
  • Carrying out tests
  • Sourcing vehicle components
  • Interpreting and analyzing data and results
  • Offering technical advice and answering any queries their customers may have
  • Working with suppliers
  • Producing and giving presentations
  • Writing reports
  • Supervising less senior members of staff
  • Researching different parts and finding out how they work

If you’re interested in working as an automotive engineer, then why not consider completing an MS Engineering – ECE – Advanced Mobility degree? This degree is a cutting-edge degree offered by schools like Kettering University Online. This Advanced Mobility degree teaches students all the technical expertise and knowledge they need in order to have a successful career in this industry. You will learn things like:

  • Robotics
  • The integration of computer and electrical systems
  • The development of mobility applications
  • How to design dynamic systems

In 2017, there were over 5,000 automotive roles available across the US and this is likely to only increase as demand grows. This is why a career as an automotive engineer is such a good choice for engineering graduates. 

  1. Network Engineer

The average salary of a network engineer is between $58,000 and $90,000 per annum. Network engineers work hard to make sure that data can pass easily between computers that are linked by a network. They help to improve the speed and reliability of the communication between the computer users.

Network engineers are responsible for:

  • Setting up the network
  • Developing the network
  • Maintaining the network
  • Supporting users – this may be other employees, customers, clients or suppliers
  • Troubleshooting and solving problems
  • Designing a new network

Network engineers can work as part of an externally outsourced IT networking firm or they can work for an organization’s IT support team. They usually work a standard working week, but they may be expected to be on call outside of normal working hours (e.g. At the weekend or in the evenings). Network engineers will spend most of their time working in an office, but they may be expected to work across a number of different sites. This job can be very challenging at times, particularly when problems occur, but it can also be very rewarding. 

  1. Aerospace Engineer

The typical annual salary of an aerospace engineer is approximately $110,000. A career as an aerospace engineer (or aeronautical engineer) will see you using state of the art technology within international companies. Aerospace engineers are expected to design, research, maintain, develop and test the performance of:

  • Missiles
  • Satellites
  • Civil and military craft
  • Space vehicles
  • Weapons systems

You will also be expected to carry out work on the components that make up the aircraft. Aerospace engineers are responsible for:

  • Improving fuel efficiency of aircraft
  • Improving the safety of aircraft
  • Improving the speed and weight of the aircraft
  • Reducing costs of parts
  • Introducing new technologies and techniques
  • Taking care of the environment
  • Resolving issues that arise during the design process
  • Maintaining aircraft
  • Improving the performance of aircraft
  • Supervising the building of frames
  • Supervising the installation of instruments, engines and other parts

Aerospace engineers are usually expected to work during normal working hours but they may be asked to work extra in order to finish projects on time. They may be expected to travel between different sites, work in aircraft hangars or work in an office. This job is extremely varied and exciting, which is why it’s such a popular career choice. 

  1. Electrical Engineer

The average salary of an electrical engineer is between $41,00 and $82,000 per annum. The role of an electrical engineer involves designing, developing and maintaining electrical components and equipment that meets your customers’ needs. The focus of your work will be:

  • Quality
  • Reliability
  • Economy
  • Safety
  • Sustainability

Electrical engineers will be expected to work in a number of sectors including the:

  • Building industry
  • Transportation industry
  • Power production and distribution industry
  • Manufacturing and construction industry

Electrical engineers are usually responsible for:

  • Designing systems and products
  • Identifying customer requirements
  • Reading technical drawings
  • Reading design specifications
  • Researching suitable solutions to problems
  • Working to standards
  • Making prototypes of products with 3D software
  • Communicating with clients and contractors
  • Attending meetings
  • Modifying products
  • Monitoring products
  • Maintaining and servicing products

The majority of electrical engineers work an average of 40 hours per week, but they may be expected to work unsociable hours if problems occur or to meet tight deadlines. They can work in a variety of locations, including factories, workshops, offices and laboratories. If you want a role that is challenging and never the same, then a career as an electrical engineer is a brilliant choice for you. 

  1. Design Engineer

The average salary of a design engineer is approximately $85,000 per annum. Design engineers are expected to use their mathematical expertise, technical knowledge and design skills to produce unique solutions to problems across a variety of different industries. They are involved in the planning, design, management and development of projects across a number of sectors including the:

  • Materials
  • Software
  • Construction and the built environment
  • Machinery
  • Vehicles 
  • Components

In order to succeed in this job role, you’ll need good technical knowledge, as well as leadership skills, communication skills and project management skills. Design engineers are usually responsible for:

  • Investigating and analyzing how existing projects or components can be improved
  • Talking to clients in order to identify their needs
  • Summarizing their ideas in an easy to understand manner
  • Designing the aesthetics, functionality and materials
  • Using CAN, CAD and CAM systems
  • Working out difficult calculations
  • Writing reports and summarizing findings
  • Making prototypes
  • Testing products
  • Planning effectively to make sure projects meet their deadlines
  • Leading a team of people

Most design engineers work a standard working week from 9am to 5pm; however, like the other roles, they may be expected to work extra hours in order to meet tight deadlines. This job is mainly office-based, but you may be expected to travel to meet customers or visit a site. 

  1. Sound Engineer

The average salary of a sound engineer is approximately $45,000 per annum. Sound engineers combine their creativity with the technical knowledge they have in order to produce high-quality recorded or live sound. Sound engineers can work in a number of locations including:

  • In performance theaters
  • In sporting venues
  • At weddings or graduation ceremonies
  • At music concerts
  • At live events
  • In a radio studio
  • In a recording studio
  • For music companies
  • For gaming companies

Sound engineers are responsible for:

  • Communicating with the director, the performers and the producer
  • The design and set up of audio equipment
  • The testing of audio equipment
  • Testing recordings
  • Conducting sound checks
  • Liaising with other departments (e.g. the lighting department)
  • Adding sound effects onto the tracks
  • Knowing how to use a mixing console
  • Improving, editing and mixing recorded tracks
  • Archiving and logging the recordings

The working hours of this job are often long and irregular. Sound engineers often find themselves working between 10 and 14 hours a day. They will also be asked to work evenings and weekends too (this depends on the performance schedule of where they’re working). While this job may not have the best hours, it’s certainly never boring.

Many students think about studying engineering at university, and we can see why. There are a number of advantages to a career in engineering, including the fact that it is a prestigious career to have, it prepares you to tackle difficult problems, it helps you to learn a range of new skills and it brings with it financial security. No matter what role you choose as an engineer, you’ll have the power to make a difference. Which career in engineering will you choose?