Become aWave Producer

Becoming a wave energy producer is not only an exciting career choice but also a super impactful one. Here are several compelling reasons to consider this path:

Sustainability and Environmental Impact

Wave energy is a renewable and clean energy source that contributes to reducing our reliance on fossil fuels. By harnessing the power of ocean waves, wave energy producers play a crucial role in combating climate change and promoting environmental sustainability.

Innovative and Latest Technology

Working in wave energy production puts you at the forefront of technological innovation. You’ll have the opportunity to develop and implement brand new technologies that harness the power of the ocean, pushing the boundaries of what’s possible in renewable energy.

Diverse and Exciting Work Environment

The field of wave energy offers a range of work environments, from designing and testing new technologies in the lab to deploying and maintaining wave energy converters in the ocean. This variety ensures that no two days are the same, so the job will be exciting and ever evolving.

Positive Social Impact

By developing sustainable energy solutions, wave energy producers contribute to energy security and economic development in coastal communities. This career allows you to make a tangible positive impact on society and the environment.

Growing Industry with Career Opportunities

The renewable energy sector is rapidly expanding, creating a wealth of job opportunities. As the demand for clean energy continues to grow, wave energy producers will be in high demand, offering excellent career prospects and job security.

Wave energy producers are responsible for harnessing the power of ocean waves to generate renewable electricity. Sounds pretty amazing right?! But I bet you are wondering what they ACTUALLY do…. 

Design and Development

Creating Wave Energy Converters

Design and develop devices that convert the kinetic energy of ocean waves into electrical energy. This involves engineering, prototyping, and testing new technologies.

Innovative Solutions

Continually researching and developing innovative solutions to improve the efficiency and effectiveness of wave energy systems.

Environmental Assessment

Conducting Research

Study marine environments to understand the potential impact of wave energy projects on local ecosystems.

Sustainability Practices

Implement practices to ensure that wave energy production is environmentally sustainable and minimises harm to marine life.

Installation and Maintenance

Deploying Systems

Oversee the installation of wave energy converters in offshore locations, ensuring they are securely anchored and properly positioned to maximise energy capture.

Maintenance and Repairs

Regularly inspect and maintain wave energy devices to ensure they operate efficiently and address any technical issues that arise.

Data Analysis and Optimisation

Monitoring Performance

Collect and analyse data from wave energy systems to monitor their performance and identify areas for improvement.

Optimising Efficiency

Use data insights to optimise the efficiency and output of wave energy converters, ensuring maximum energy generation.

Project Management

Planning and Coordination

Manage wave energy projects from conception to completion, coordinating with engineers, scientists, policymakers, and other stakeholders.

Regulatory Compliance

Ensure that all projects comply with environmental regulations and industry standards.

Community and Stakeholder Engagement

Education and Outreach

Engage with local communities and stakeholders to raise awareness about the benefits of wave energy and promote support for renewable energy projects.

Policy Advocacy

Advocate for supportive policies and regulations that facilitate the growth of the wave energy industry.

Wave energy producers play a vital role in advancing renewable energy technologies and promoting sustainable practices. Their work not only helps to meet global energy needs but also protects the environment and supports the transition to a cleaner, more sustainable future.

The wave of opportunity for a Wave Producer is quite niche, so you’ll find yourself working in sustainability organisations, energy and natural resources industries or potentially in a startup.

Read more about wave energy from CSIRO who are currently investing into learning more about the unique benefits of wave power:

https://www.csiro.au/en/research/natural-environment/oceans/wave-energy

Being a Wave Producer is about understanding the natural power of the ocean while being able to think a little differently about how to put this phenomenal power to use. Some of skills that might help you on your journey:

Skills

• Critical Thinking
• Technical Aptitude
• Innovation
• Problem Solving
• Collaboration
• Adaptability

Your educational journey as a Wave Producer is as diverse as the career itself. There are many subjects that could hone your skills. To prepare for a career as a wave energy producer, students should focus on a combination of STEM subjects, along with courses that develop analytical and problem solving skills. Check out some of these and see if any take your fancy! 

• Mathematics
  • Algebra Fundamental for understanding complex equations and technical problem solving.
  • Geometry Essential for spatial reasoning and design aspects of engineering.
  • Calculus Important for advanced understanding of physical phenomena and engineering principles.
  • Statistics Useful for data analysis and interpreting research results.
• Science
  • Physics Crucial for understanding the principles of energy, mechanics, and wave dynamics.
  • Chemistry Helps in understanding materials science, which is important for developing durable and efficient wave energy converters.
  • Environmental Science Provides a foundation in ecosystems, sustainability, and the environmental impacts of energy production.
  • Biology Useful for understanding marine ecosystems and the potential impacts of wave energy projects on marine life.
• Technology
  • Computer Science Learn programming, data analysis, and software development, which are essential for designing and optimising wave energy systems.
  • Information Technology Develop skills in using and managing technology and data systems.
• Engineering and Technical Education
  • Introduction to Engineering Explore the basics of engineering principles and problem-solving techniques.
  • Technical Drawing/Design Develop skills in technical drawing and design, useful for creating and interpreting engineering plans.
• Environmental Studies
  • Ecology Study the relationships between organisms and their environments, important for assessing the impact of wave energy projects on marine ecosystems.
  • Sustainability Understand the principles of sustainable development and renewable energy.
• Other Relevant Subjects
  • Geography Learn about oceanography, coastal processes, and geographic information systems (GIS), which are important for site selection and environmental assessment.
  • Economics Gain insights into the economic aspects of renewable energy projects, including cost-benefit analysis and funding considerations.

By focusing on these subjects in high school, you can build a strong foundation of knowledge and skills that may help further studies. 

HINT: Participating in extracurricular activities such as science clubs, engineering competitions, and environmental projects can provide valuable practical experience and further enhance your understanding of the skills needed in a Wave Energy Producer career.

Learn more from the students standards guide: https://student.scsa.wa.edu.au/

A day in the life of a wave producer:

• Design Innovative Wave Energy Converters Develop and test new technologies that harness the power of ocean waves to generate electricity, pushing the boundaries of renewable energy innovation.
• Conduct Marine Environment Research Study marine ecosystems to ensure that wave energy projects have minimal impact on the environment, promoting sustainable energy practices.
• Deploy and Maintain Offshore Energy Systems Oversee the installation and maintenance of wave energy devices in ocean environments, ensuring they operate efficiently and reliably.
• Collaborate with Engineers and Scientists Work alongside multidisciplinary teams to improve wave energy technology, integrating advancements in materials science, engineering, and environmental science.
• Optimise Energy Output Analyse data from wave energy converters to maximise their efficiency and output, contributing to the development of more effective renewable energy sources.
• Develop Coastal Protection Projects Use wave energy technology to create solutions that protect coastlines from erosion and storm damage, combining renewable energy production with environmental conservation.
• Engage in Policy Advocacy Advocate for policies and regulations that support the growth of wave energy, working with government agencies and industry groups to promote renewable energy adoption.
• Innovate Hybrid Energy Systems Integrate wave energy with other renewable energy sources, such as wind and solar, to create hybrid systems that provide more stable and reliable energy supplies.
• Educate and Inspire Communities Lead educational programs and community outreach initiatives to raise awareness about the benefits of wave energy and encourage public support for renewable energy projects.
• Monitor and Mitigate Environmental Impact Implement and oversee monitoring programs to assess the environmental impact of wave energy installations, ensuring sustainable and responsible energy production.

Wave producers don’t really get the spot light, and this is more of a behind the scenes type of job. However if you excel in your career as a wave producer you might just find yourself being the first person in the record books as a famous wave energy expert!

Wave Producers thrive on creativity and innovation, but certain personality traits can help them ride the waves of this dynamic career.

Personality Traits

• Patient
• Open Minded
• Flexible
• Ambitious
• Conscientious
• Adaptive

The first port of call would be to understand the different University degrees available. Pursuing a STEM university degree provides a solid foundation in the necessary scientific and technical knowledge. Relevant degrees include:

Renewable Energy Engineering

Focus on the principles and technologies behind various renewable energy sources, with a specialisation in wave energy.

Marine Engineering

Study the design, construction, and maintenance of marine vessels and structures, including those used for wave energy conversion.

Environmental Science

Gain insights into the environmental impacts of energy production and the methods for ensuring sustainable practices.

Mechanical or Electrical Engineering

Develop expertise in the core engineering principles that underpin the design and operation of wave energy systems.

University programs often include practical components such as lab work, field studies, internships, and research projects, giving you real life experience and opportunities to apply theoretical knowledge in a ‘learning while doing’ way.

You may find that a combination of the University degrees above are better suited to you particular career goals, and you can explore combining a double degree or specific units based on the requirements you have.

During your studies, you will learn all about the ocean, marine science and how to utilise wave energy to create power for our everyday lives.

Renewable Energy Technologies

Gain an understanding of various renewable energy sources, with a focus on wave energy, and learn how they contribute to a sustainable energy future.

Oceanography and Marine Science

Study the physical and biological aspects of the ocean environment, including wave dynamics, marine ecosystems, and the impact of human activities on the marine environment.

Mechanical and Electrical Engineering

Learn the principles of mechanical and electrical engineering, focusing on the design, development, and maintenance of wave energy converters and related systems.

Environmental Impact Assessment

Understand the methodologies for assessing the environmental impact of energy projects, ensuring that wave energy production is sustainable and minimises harm to marine ecosystems.

Data Analysis and Optimisation

Develop skills in data collection, analysis, and interpretation to optimise the performance of wave energy systems and improve their efficiency and reliability.

Policy and Regulation

Study the regulatory frameworks and policies that govern renewable energy development, learning how to navigate the legal and political landscape to promote wave energy projects.

These areas of study equip you with the technical knowledge, practical skills, and these environmental awareness needed to excel as a wave energy producer.

Getting hands-on experience is key to becoming a successful Wave Producer. Seek out opportunities to intern or work part time at renewable energy firms or not for profits. Work experience can let you ‘test the waters’ of a career in Marine Science and as a wave producer, so you can see if it is right for you.

Industry Experience

Entering the workforce directly and gaining experience on the job is a potentially viable pathway. Renewable energy companies and research institutions may offer entry level positions that provide training and mentorship, allowing you to learn while you work. Roles such as marine technician, renewable energy engineer, or environmental consultant can serve as stepping stones into a career as a wave energy producer. 

The type of training you might receive on the job:

Installing Wave Energy Converters

Hands on experience with the installation and maintenance of wave energy devices.

Conducting Environmental Impact Assessments

Learning how to assess and mitigate the environmental impacts of wave energy projects.

Optimising Energy Systems

Analysing data and optimising the performance of wave energy systems to improve efficiency and output.

This pathway offers the advantage of earning a salary while developing your STEM skills and gaining industry experience.

If traditional university degrees aren’t your thing, there are alternative pathways to becoming a Wave Producer.

Vocational Training and Certifications

If you prefer to get hands on experience, vocational training programs and professional certifications offer direct pathways into the workforce. These programs are typically shorter and more focused than university degrees, providing targeted training in specific skills. 

Marine Technology

Courses that cover the fundamentals of marine technology, including the installation and maintenance of marine energy systems.

Renewable Energy Technology

Programs focused on the practical aspects of renewable energy production, including wave energy.

Technical Certifications

Certifications such as those offered by the Renewable Energy Institute, which provide specialised training in wave and tidal energy systems.

Vocational programs often include internships or apprenticeships, allowing students to gain real-world experience while learning from experienced professionals.

In WA, the TAFE Clean Energy Skills National Centre of Excellence has received over $70M of investment and one of their core areas of focus is wave energy. https://www.wa.gov.au/government/announcements/wa-host-first-tafe-clean-energy-skills-national-centre-of-excellence 

Micro-Learning and Online Courses

Sometimes you might find you want to work at your own pace, if so, micro-learning and online courses could be an ideal solution. These courses are ideal for individuals looking to quickly acquire specific skills or enhance their existing knowledge. Popular platforms like Coursera, Udemy, and LinkedIn Learning offer courses in:

Wave Energy Conversion

Basics of wave energy technology, including the principles of wave energy conversion and the design of wave energy converters.

Marine Ecology and Environmental Impact

Understanding the marine environment and assessing the environmental impacts of wave energy projects.

Renewable Energy Policy and Regulation

Learning about the regulatory frameworks and policies that govern renewable energy development.

These courses often include practical exercises, video tutorials, and assessments to reinforce learning and ensure mastery of the material.

To explore the apprenticeships currently available in the marine sector and renewable energy sector: https://www.apprenticeships.gov.au/apprentices/how-to-find-and-prepare-for-an-apprenticeship/check-your-literacy-and-numeracy-skills

• Western Australia Western Australia is a prime location for wave energy production due to our gorgeous and extensive coastline and powerful wave resources. The state is investing heavily in renewable energy technologies, including wave energy, to diversify its energy mix and reduce carbon emissions.
  • Career Opportunities
    • Research and Development Work with local universities and research institutions to develop innovative wave energy technologies and solutions.
    • Installation and Maintenance Engage in the deployment and upkeep of wave energy converters along the coast, ensuring efficient energy production.
    • Environmental Impact Assessment Conduct studies to understand and mitigate the environmental impacts of wave energy projects on marine ecosystems.

Major Organisations Hiring in WA:

• Carnegie Clean Energy A leading renewable energy company in Australia, Carnegie Clean Energy specialises in the development of wave energy technology and is actively involved in several wave energy projects along the Western Australian coast.
• University of Western Australia (UWA) UWA is heavily involved in marine and renewable energy research, offering opportunities for those interested in the scientific and technical aspects of wave energy production.
• Australia Australia’s vast coastline and commitment to renewable energy make it an ideal location for wave energy projects. The country is focusing on expanding its renewable energy capacity to meet its sustainability goals and reduce reliance on fossil fuels.
• Career Opportunities
  • Project Management Oversee large scale wave energy projects from planning to execution, ensuring timely and efficient completion.
  • Technical Consultancy Provide expert advice on the design, installation, and optimization of wave energy systems.
  • Policy Advocacy Work with government and industry groups to develop supportive policies and regulations for wave energy adoption.

Major Organisations Hiring in Australia:

• Australian Renewable Energy Agency (ARENA) ARENA funds innovative renewable energy projects across Australia, including wave energy, providing opportunities for research, development, and implementation.
• CSIRO CSIRO conducts extensive research in renewable energy technologies, including wave energy, and collaborates with industry partners on a wide range of projects. CSIRO also have opportunities for work experience, internships and flexible learning opportunities for high school and University students.
• Globally The global wave energy industry is expanding rapidly as countries seek sustainable energy solutions to combat climate change. Europe and North America are particularly active in developing and implementing wave energy technologies.
• Career Opportunities
  • International Project Coordination Manage and coordinate wave energy projects across different countries, working with international teams and stakeholders.
  • Innovation and Technology Development Engage in the development of new wave energy technologies and systems, collaborating with global research institutions and companies.
  • Sustainability Consulting Advise governments and businesses on integrating wave energy into their renewable energy portfolios and achieving sustainability targets.

Major Organisations Hiring Globally:

• Ocean Power Technologies (OPT) Based in the United States, OPT is a pioneer in wave energy technology, developing and commercialising innovative solutions for harnessing ocean power.
• European Marine Energy Centre (EMEC) Located in Scotland, EMEC is a world leading test facility for wave and tidal energy devices, offering opportunities for research, testing, and development in the marine energy sector.