Become aNew Materials Engineer

As a New Materials Engineer, you’ll play a crucial role in shaping the future by designing materials that are stronger, lighter, and more versatile than ever before. From creating eco-friendly alternatives to traditional plastics to developing materials for renewable energy technologies, your work will have a lasting impact on the world we live in.

• Innovate sustainable materials for a better future.
• Contribute to breakthroughs in technology and design.
• Solve real-world challenges with creative engineering.
• Work across diverse industries, from aerospace to fashion

As a New Materials Engineer, your main focus is on researching, designing, and developing new materials with enhanced properties and performance. You’ll work closely with scientists, engineers, and designers to identify materials needs, conduct experiments, and test prototypes. Whether you’re exploring the potential of nanomaterials, experimenting with smart materials, or developing sustainable alternatives, your work will push the boundaries of innovation and drive progress in industries ranging from aerospace and automotive to healthcare and renewable energy.

A Day in the Life of a New Materials Engineer

Research New Material Properties

Investigate the physical, chemical, and mechanical properties of potential new materials, such as lightweight composites, biodegradable polymers, or high-strength alloys.

Conduct Laboratory Experiments

Perform hands-on experiments in the lab to test how different materials react under various conditions, such as heat, pressure, and chemical exposure.

Collaborate with Designers and Engineers

Work closely with designers and engineers to understand the material requirements for specific projects, from sustainable packaging to advanced electronics.

Use Simulation Software

Utilise advanced computer software to model and predict the performance of new materials in real-world applications, saving time and resources on physical testing.

Develop Prototypes for New Products

Create prototypes using innovative materials, ensuring they meet the desired specifications for safety, durability, and functionality.

Analyse Results and Improve Materials

Review and analyse test results to identify potential improvements, refining materials for better performance and sustainability.

As a New Materials Engineer, you’ll have the opportunity to explore a wide range of industries where your skills and expertise are in high demand. From high-tech aerospace companies to biomedical firms, there’s no shortage of exciting opportunities to make your mark in the world of materials science.

• Aerospace
  • Designing lightweight materials for aircraft and spacecraft to improve fuel efficiency and performance.
• Biomedical
  • Developing biocompatible materials for medical implants and devices to improve patient outcomes and quality of life.
• Renewable Energy
  • Creating materials for solar panels, batteries, and wind turbines to enhance energy efficiency and sustainability.
• Automotive
  • Innovating new materials for electric vehicles and autonomous driving technology to drive the future of transportation.

As a New Materials Engineer, you’ll need a unique blend of skills to excel in this exciting field. From problem-solving and creativity to technical expertise and attention to detail, your skills will be put to the test as you tackle challenges and push the boundaries of what’s possible.

• Problem-solving
  • Finding innovative solutions to complex materials challenges.
• Creativity
  • Thinking outside the box to design novel materials with unique properties.
• Technical expertise 
  • Mastering the principles of materials science and engineering.
• Attention to detail
  • Ensuring the quality and reliability of materials through meticulous testing and analysis.
• Collaboration
  • Working effectively in multidisciplinary teams to bring ideas to life.

As a New Materials Engineer, the subjects you choose to study will lay the foundation for your future career, providing you with the knowledge and skills you need to innovate and create. From chemistry and physics to mathematics and engineering, each subject plays a crucial role in shaping your understanding of materials science and engineering.

• Chemistry
  • Understanding the properties and behaviour of materials at the molecular level.
• Physics
  • Exploring the principles of mechanics, thermodynamics, and electromagnetism that govern material behaviour.
• Mathematics
  • Applying mathematical concepts and techniques to analyse and model material properties and phenomena.
• Engineering
  • Learning the principles of design, fabrication, and testing of materials for real-world applications.

From developing self-healing materials that repair themselves to designing materials that change colour in response to their environment, your work is limited only by your imagination. Whether you’re creating super strong alloys for space exploration or designing biodegradable plastics to combat pollution, every day brings new challenges and opportunities to push the boundaries of what’s possible.

• Design Eco-Friendly Alternatives Develop materials that can replace plastics with sustainable, biodegradable options, helping reduce pollution and protect the environment.
• Test Materials for Space Missions Collaborate with space agencies to create materials that can withstand the harsh conditions of space travel, such as extreme temperatures and radiation.
• Create Wearable Tech Innovate materials that are flexible, conductive, and lightweight for use in wearable technology, from smart fabrics to health-monitoring devices.
• Explore Self-Healing Materials Research and develop materials that can repair themselves when damaged, like self-healing concrete or coatings, reducing maintenance costs and extending product life.
• Revolutionise Fashion with Smart Textiles Design smart textiles that change colour with temperature, monitor vital signs, or provide insulation, bringing science fiction concepts into everyday fashion.
• Work on Sustainable Construction Materials Innovate new construction materials, such as carbon-neutral cement or recycled building materials, contributing to greener, more sustainable architecture.

Ever wondered who’s leading the charge in the world of materials science and engineering? From game changing researchers to visionary entrepreneurs, there are plenty of famous faces making waves in the field of materials engineering. In Australia, several female New Materials Engineers are leading the way in innovation and sustainable development. Here are some people making their mark in this field:

• Professor Veena Sahajwalla
  •  A materials scientist and engineer at the University of New South Wales, Professor Sahajwalla is renowned for developing ‘green steel’ and other innovative recycling techniques that transform waste into valuable materials.
• Dr. Nasim Amiralian
  • A researcher at the Australian Institute for Bioengineering and Nanotechnology, Dr. Amiralian is known for her work on creating new materials from nanocellulose, aiming to revolutionise industries like automotive and construction.
• Dr. Jenny Whiting
  • A Senior Research Scientist at CSIRO, Dr. Whiting focuses on developing advanced materials for energy storage, including novel batteries and supercapacitors for sustainable energy solutions.
• Dr. Michelle Dickinson (Nanogirl)
  • An engineer and science communicator, Dr. Dickinson is passionate about creating new materials on a nano-scale, exploring how they can be used in everything from electronics to medical devices.
• Dr. Amanda Barnard
  • A leading expert in nanomaterials and computational materials science, Dr. Barnard is an Australian researcher making significant contributions to the field of materials engineering.
• Dr. Gordon Wallace
  • As the Director of the ARC Centre of Excellence for Electromaterials Science, Dr. Wallace is an Australian pioneer in the field of electroactive materials and biofabrication, pushing the boundaries of what’s possible in materials engineering.

While technical skills are essential for success in this field, it’s your personality traits that will truly set you apart as a material magician. From curiosity and creativity to resilience and perseverance, cultivating these traits will not only help you overcome challenges but also inspire you to push the boundaries of what’s possible.

• Curiosity
  • A thirst for knowledge and a desire to explore the unknown.
• Creativity
  • The ability to think outside the box and generate innovative ideas.
• Resilience
  • The strength to overcome setbacks and persevere in the face of challenges.
• Perseverance
  • The determination to keep pushing forward, even when the going gets tough.
• Adaptability
  • The flexibility to adjust to changing circumstances and embrace new ideas.
• Collaboration
  • The willingness to work effectively in teams and share ideas with others.

If you’re eager to pursue a career as a New Materials Engineer, there are several relevant University and Tertiary Degrees that can help you lay the groundwork for your future success. Whether you’re passionate about pushing the boundaries of innovation or curious about exploring the properties of materials, these degrees will equip you with the knowledge and skills you need to thrive in the field of materials engineering. So let’s take a look at some of the relevant degrees you can consider:

Bachelor of Engineering (Materials Engineering or Chemical Engineering): A degree in Materials Engineering or Chemical Engineering is a strong foundation for anyone looking to enter this field. Curtin University in Western Australia offers a Bachelor of Engineering (Materials Engineering) which provides comprehensive training in the properties, applications, and development of new materials. The course includes hands-on laboratory work, industry placements, and opportunities to work on real-world projects, giving you practical experience in areas like nanomaterials, biomaterials, and sustainable engineering.

Bachelor of Science (Materials Science or Physics): Consider studying Materials Science or Physics to gain a deeper understanding of the fundamental principles governing materials. The University of Western Australia (UWA) offers a Bachelor of Science with a major in Physics or Chemistry, where students learn about atomic structure, thermodynamics, and solid-state physics, all of which are essential for developing new materials. This programme also includes opportunities for research placements, allowing you to contribute to cutting-edge discoveries.

Master’s in Advanced Materials or Nanotechnology: A master’s degree in Advanced Materials or Nanotechnology offers specialised knowledge in developing materials at a molecular or atomic level. Murdoch University offers a Master of Renewable and Sustainable Energy, which includes modules on material innovation for sustainable energy systems. This programme is ideal for those looking to specialise in creating new materials for renewable energy applications or eco-friendly technologies.

Graduate Certificate in Sustainable Engineering or Biomaterials: For a more focused approach, consider a Graduate Certificate in Sustainable Engineering or Biomaterials from institutions like Edith Cowan University (ECU). These courses provide in-depth knowledge on the development of sustainable materials and their applications in medicine, construction, or environmental engineering, equipping you with the skills to work on projects that prioritise sustainability and innovation.

SPECIFIC DEGREES:

• Bachelor of Materials Engineering
• Bachelor of Science in Materials Science and Engineering
• Bachelor of Engineering (Materials)
• Bachelor of Technology (Materials Engineering)
• Bachelor of Applied Science (Materials)
• Bachelor of Engineering Science (Materials)

By pursuing one of these degrees, you’ll gain a solid understanding of materials science and engineering principles, along with hands-on experience in designing and testing materials for various applications. So whether you choose to study at a local University or pursue online learning opportunities, your journey to becoming a New Materials Engineer starts here!

Did you know that you can combine your passion for materials engineering with other areas of interest to create a unique and dynamic career path? By pursuing interdisciplinary studies, you can blend your love for science with subjects like design, business, or environmental science to open up new opportunities and explore exciting career pathways. 

Imagine combining a degree in Materials Engineering with a minor in Sustainable Design or Entrepreneurship, or pursuing a double degree in Materials Engineering and Biomedical Science to explore the intersection of materials and healthcare. The possibilities are endless, and by thinking outside the box, you can create a career that’s as unique as you are!

As you start your journey to become a New Materials Engineer, you’ll delve into fascinating  subjects that will lay the foundation for your future career. From understanding the properties of materials at the atomic level to mastering the principles of design and fabrication, every lesson will prepare you to tackle real-world challenges and push the boundaries of innovation.

Work experience is a fantastic way to explore your interests, develop new skills, and build valuable connections that can help kickstart your career. Whether you’re shadowing a materials engineer at a local manufacturing company, completing an internship at a research lab, or volunteering on a community project, every experience will help you grow and learn. So don’t be afraid to get your hands dirty – your future self will thank you for it!

Internships with Research Labs, Manufacturing Companies, or Tech Firms: Gain practical experience by interning with research labs, manufacturing companies, or tech firms like Rio Tinto or Alcoa in WA. These placements provide opportunities to work on innovative materials projects, from developing lightweight alloys for the automotive industry to creating durable, sustainable packaging materials.

Collaborate on University Research Projects: Participate in university research projects, such as those run by Curtin University’s WA School of Mines: Minerals, Energy and Chemical Engineering. Here, you can work alongside experienced researchers on materials science projects, contributing to advances in areas like battery materials, composite structures, or smart materials.

If traditional University degrees aren’t your cup of tea, there are alternative pathways to kickstart your career as a New Materials Engineer. Whether you’re looking to just test the waters with some microlearning or prefer to go straight into the workforce, there’s a pathway out there that’s perfect for you. Let’s explore some alternative options and find the pathway that suits your unique interests and goals:

Short Courses

Certifications in Materials Science or Nanotechnology: Obtain industry recognised certifications in areas like materials science or nanotechnology through professional bodies such as the Australian Institute of Materials (AIM) or short courses offered by TAFE WA. These certifications provide practical training in developing, testing, and applying new materials across different industries, from aerospace to consumer goods.

Industry Workshops

Workshops on Advanced Manufacturing Techniques: Attend workshops or short courses on advanced manufacturing techniques, such as 3D printing or nanofabrication, offered by organisations like CSIRO or the Australian Nuclear Science and Technology Organisation (ANSTO). These workshops provide hands-on experience with the latest tools and technologies used in materials engineering.

Professional Associations

Connect with networks like the Australian Materials Research Society (AMRS) or the Australian Nanotechnology Network (ANN) to stay updated on the latest research, trends, and job opportunities in new materials engineering.

Industry Events

Participate in events such as the International Conference on Nanoscience and Nanotechnology (ICONN) or the Australian Conference on Science and Engineering of Materials (ACSEM) to learn from industry leaders, explore innovative practices, and network with professionals dedicated to advancing the field of materials science.

Apprenticeships

Consider pursuing an apprenticeship with a manufacturing company or research institution. Apprenticeships offer hands-on training and practical experience in the field of materials engineering, allowing you to learn from seasoned professionals while earning a wage. By combining on-the-job training with classroom instruction, apprenticeships provide a valuable pathway to gaining the skills and knowledge needed to succeed as a New Materials Engineer.

Micro-Learning

Explore short, focused courses through online providers that cover specific topics in materials science and engineering. Platforms like Coursera, Udemy, and LinkedIn Learning offer a wide range of courses on subjects like material properties, fabrication techniques, and advanced materials applications. Micro-learning allows you to tailor your education to suit your interests and schedule, making it a flexible and convenient option for aspiring materials engineers.

By exploring these alternative pathways, you can chart a course towards a rewarding career as a New Materials Engineer that aligns with your unique strengths and interests. Whether you choose to pursue an apprenticeship, delve into micro-learning, or take a different path altogether, the journey to becoming a materials magician is yours to explore!

Ready to explore the exciting career opportunities that await you as a New Materials Engineer? Whether you’re dreaming of making a difference right here in Western Australia, across Australia, or even beyond the borders of our beautiful country, there are many possibilities waiting for you!

Western Australia

In Western Australia, the demand for New Materials Engineers is on the rise as industries such as mining, resources, and advanced manufacturing continue to thrive. From designing innovative materials for mining equipment to developing sustainable building materials for construction projects, there’s no shortage of opportunities to make a meaningful impact in WA. With a growing focus on technology and innovation, Western Australia is the perfect place to kickstart your career as a New Materials Engineer and be at the forefront of cutting-edge advancements.

Australia

Across Australia, industries ranging from aerospace and automotive to healthcare and renewable energy seek to innovate and stay ahead of the curve. Whether you’re drawn to the bustling cities of Sydney and Melbourne or the laid-back lifestyle of regional areas, there are opportunities abound for materials engineers to make their mark. With a strong emphasis on research and development, Australia offers a supportive environment for materials engineers to thrive and succeed in their careers.

Rest of the World

But why stop there? The world is your oyster when it comes to career opportunities as a New Materials Engineer! From the high-tech hubs of Silicon Valley to the bustling manufacturing centres of Asia, there’s a global demand for materials engineers who are passionate about pushing the boundaries of innovation. Whether you’re interested in exploring opportunities in Europe, North America, or beyond, your skills and expertise as a materials engineer will be in high demand wherever you go. So why not spread your wings and embark on an adventure that takes you to every corner of the globe? The possibilities are endless, and the world is waiting for you to make your mark!