Become aRailway Engineer

Working as a Railway Engineer gives you flexibility. If you pursue design, your hours will be more standard or if you prefer repairs and maintenance you can work nights and atypical hours.

Becoming a Railway Engineer means entering a world where your skills contribute to the very backbone of everyday life—transportation. You’ll play a crucial role in developing sustainable, efficient, and safe railways, not to mention the thrill of seeing your designs come to life. 

Plus, with the ongoing advancements in rail technology, you’ll always be learning and growing.

This role will see you working with trains all day— from designing to constructing and operating all the parts and machinery needed, to managing communications, considering environmental impacts and taking care of track and train signalling. 

Railway Engineers design, construct, and maintain rail systems. They work on everything from the physical tracks and the ground they sit on, to the communication systems used for train control. Their work ensures that train journeys are safe, efficient, and timely. They also innovate new solutions to enhance rail infrastructure, making it fit for the future.

Railway Engineers are essential in various sectors that require expert knowledge of rail systems and infrastructure.

• Transportation and Logistics
• Construction
• Government and Public Policy
• Environmental Science
• Manufacturing of Rail Equipment
• Urban Planning

To track your path to becoming a Railway Engineer, you’ll need a mix of technical STEM skills and 21st century skills.

• Analytical
• Problem Solving
• Communication
• Detail Oriented
• Leadership
• Creativity

Engineering studies are critical but they can be from any discipline from mechanical to civil engineering. The most important skills you’ll need are being able to keep a cool head in a crisis and communicate complex concepts in simple terms. 

If you’re aiming to keep your career on the right track, focusing on certain subjects will really help.

Mathematics

Essential for calculating designs and specifications.

Physics

Understand the forces and mechanics of train movement.

Geography

Helpful for planning routes and understanding terrains.

Technology

Keeps you updated with the latest in railway tech.

Engineering

The core subject that will form the foundation of your skills.

Environmental Science

Ensures sustainable practices in your projects.

As a Railway Engineer, you get to do some seriously cool stuff! 

Imagine designing sleek, futuristic train stations that blend seamlessly into city landscapes. 

Picture yourself working with industry leading technology, like magnetic levitation trains that glide above the tracks without touching them. 

You’ll be at the forefront of innovation, finding ways to make trains faster, safer, and more eco friendly. Plus, you’ll have the chance to solve real problems, like figuring out how to lay tracks through challenging terrains or designing tunnels that can withstand the forces of nature. 

From high speed rail networks to sustainable transport solutions, your work as a Railway Engineer is not just cool – it’s shaping the way people travel and connect with the world around them. So, if you’ve ever dreamed of building the future, this is the career for you!

While many Railway Engineers are unsung heroes, some like Sir John Bradfield from Australia (designer of Sydney Harbour Bridge with its extensive rail systems) are renowned for their contributions to both engineering and society. Although Sir Bradford is not a woman working in the railway field, we were moved by his commitment to women in the rail industry, way back in 1912.

In his thesis for his Doctor of Science in Engineering he acknowledged two people. One was his University lecturer Professor Warren, who got a brief mention. His only other mention, was a note of thanks to a Miss K. M. Butler, who was given the title as his ‘Confidential Secretary’ but it sounds like she had a mechanical nous and innate engineering understanding, far beyond her title.

His acknowledgement: “The first officer appointed to the branch was Miss K.M. Butler now my Confidential Secretary: she has at all times carried out her duties with foresight, tact and marked ability. In preparing the Specification for the Sydney Harbour Bridge she was my only assistant; the technique of the Specification is hers, and I think it would be impossible to find a better arranged or better printed specification. During my absence abroad in 1922 she carried out all correspondence with tenderers throughout the world, herself; she is present at all interviews with the tenderers in Sydney and myself excepted she alone knows of the many issues involved in tendering for the bridge. Her conscientious and efficient help has materially lightened the responsibility which the design and construction of these two great engineering works have entailed, and in this Thesis I wish to place on record my sincere thanks to the lady for her invaluable assistance.”

In 1912 women having careers was rare, let alone those in male dominated industries. Sir John Bradfield took on the role of diversity ally, and potentially opened doors for women into Engineering and rail careers through his recognition of the significance of her work and abilities. 

Read more about Sir Bradfords story here: https://thestrategicweek.com/2018/08/09/bradfield-75-years-on-part-2-the-only-woman-present-kathleen-butler-and-the-bridge/

To succeed as a Railway Engineer, certain traits will put you on the right track.

• Creative
• Meticulous
• Resilient
• Ethical
• Collaborative
• Visionary

It also helps to have a great sense of humour and channel your childhood love of Thomas The Tank Engine!

University degrees are the starting point for any engineering profession. Technology degrees go a long way as well.

• Bachelor of Engineering (Civil)
• Bachelor of Engineering (Mechanical)
• Bachelor of Engineering (Electrical)
• Bachelor of Science in Environmental Engineering
• Bachelor of Technology in Transportation Technology

Studying to become a Railway Engineer isn’t just about learning the nuts and bolts of railways. It’s about understanding the bigger picture! 

Imagine combining engineering with environmental science to design sustainable rail solutions that protect our planet. Or pair your engineering degree with technology studies to dive into the world of smart railways, using sensors and AI to optimise train travel. 

Even business courses can be helpful, giving you the skills to manage projects and understand the economic impact of rail networks. So, think big – your career could be as diverse as the subjects you choose to study!

During your studies, you’ll learn how to design and maintain railways. You’ll understand everything from the materials needed for track laying to the complex software that controls train systems. You’ll also tackle big questions on sustainability, safety, and efficiency, ensuring the railways you work on are fit for the future.

Getting real world experience is crucial. Look out for internships or placement opportunities with railway companies. This hands on experience will not only enhance your understanding but also give you a glimpse of your future day-to-day responsibilities. Plus, it’s a great way to make industry connections!

Micro Learning and Short Courses

These are perfect if you want to start learning specific skills like railway safety protocols or basic track maintenance without committing to a full degree.

Apprenticeships

Get trained on the job while working with seasoned engineers. This pathway allows you to earn as you learn, building your skills directly in the field.

Western Australia

In Western Australia, opportunities abound in both public and private sectors, particularly with expansions in urban rail networks like Metronet. There’s a growing demand for engineers who can oversee large-scale projects from Perth to regional centres.

Australia

Across Australia, Railway Engineers find roles in major infrastructural projects like the Melbourne Metro and Sydney’s Metro West. Government investments in rail infrastructure signal strong ongoing career prospects nationwide.

Rest of the World

Internationally, the rail industry is booming. High-speed rail projects in Europe, vast network expansions in Asia, and modernisation efforts in the Americas provide a plethora of opportunities for skilled Railway Engineers willing to bring their expertise to global challenges.

Whether you’re inspired by the local impact or excited about the international potential, a career as a Railway Engineer can be incredibly rewarding. The tracks are laid out for you; all you need to do is choose your route and embark on this thrilling ride!