Become anUnderwater Robotics Engineer

Diving into the role of an Underwater Robotics Engineer could mean embarking on many adventures. You’re not just building robots; you’re contributing to important environmental research, enhancing our understanding of climate change, and protecting marine biodiversity. Plus, there’s always the thrill of creating technology that can withstand the pressures of the deep sea – literally and figuratively!

• Design robots for deep sea exploration.
• Contribute to environmental conservation efforts.
• Solve real problems beneath the ocean’s surface.
• Work on futuristic underwater technologies.

Underwater Robotics Engineers design, develop, and test robots that can perform tasks under the sea, from repairing underwater pipelines and cables to conducting scientific research and archaeological digs. They work closely with marine scientists to create robots that can collect samples, take photographs, and even monitor pollution levels. It’s a career that combines creativity, problem-solving, and a bit of adventure.

Underwater Robotics Engineers have the opportunity to work in diverse and exciting industries.

Marine Research and Conservation

Helping to protect our oceans and study marine life.

Oil and Gas

Inspecting and maintaining offshore rigs and pipelines.

Defence and Security

Developing underwater robots for surveillance and mine detection.

Underwater Archaeology

Discovering and documenting shipwrecks and ancient underwater cities.

Environmental Monitoring

Tracking pollution levels and studying the impacts of climate change on marine ecosystems.

Becoming an Underwater Robotics Engineer requires a unique blend of skills.

Creativity

For designing innovative robotics solutions.

Problem-Solving

To tackle the challenges of underwater environments.

Technical Proficiency

In robotics, engineering, and computer programming.

Teamwork

Collaborating with scientists, engineers, and marine experts.

Attention to Detail

Ensuring the safety and functionality of underwater devices.

Your journey starts with a passion for STEM learning, especially in subjects like:

Mathematics

The language of engineering, crucial for design and analysis.

Physics

Understanding the principles that affect robotics, especially underwater.

Computer Science

Programming the brains of your robots.

Design & Technology

Turning your innovative ideas into real-world inventions.

Environmental Science

Knowing the challenges and wonders of marine environments.

From designing robots that can swim alongside dolphins to creating devices that map the ocean floor, Underwater Robotics Engineers do some of the coolest work on (and under) the planet. They get to travel, dive, and be part of cutting-edge research that makes a difference.

Design Underwater Drones

Develop robotic drones to explore coral reefs, capturing never-before-seen footage for scientific research.

Test Submersible Prototypes

Head to the ocean or test tanks to put newly designed underwater robots through their paces.

Analyse Ocean Data

Use data collected by robots to study marine ecosystems and predict changes in ocean health.

Collaborate with Marine Biologists

Work alongside biologists to create technology that helps protect endangered marine species.

Inspect Offshore Infrastructure

Use robots to inspect underwater pipelines or renewable energy platforms for damage, ensuring safe and efficient operations.

Explore Shipwrecks

Help archaeologists discover and investigate ancient shipwrecks, using robots to reach inaccessible areas deep underwater.

While there may not be household names in this niche field, several Australians have made significant contributions:

Dr. Eva Plaganyi-Lloyd

Based at CSIRO, has significantly contributed to marine and fisheries science through the development of robotic systems that help model ecosystem dynamics. Her work ensures sustainable fisheries management across Australia and globally.

Dr. Michelle Johnston

A robotics engineer at the Australian Institute of Marine Science (AIMS), has pioneered the use of robotic platforms to monitor and manage Australia’s Great Barrier Reef. Her efforts are essential in reef conservation and restoration.

Dr. Naomi Scott

A leading researcher in autonomous underwater vehicles (AUVs) and has worked extensively with Defence Science and Technology Group in Australia. Her innovations have greatly advanced underwater surveillance and mapping technologies.

Dr. Kate Wilson

Working with the University of Western Australia (UWA), specialises in designing robotic systems for oceanography. Her projects include creating autonomous vehicles that monitor ocean currents and changes in sea levels, contributing to climate research.

To navigate the depths of both the ocean and this career, certain traits will be your best companions:

Curiosity

For exploring the unknown.

Resilience

To overcome challenges and setbacks.

Creativity

For designing solutions to complex problems.

Adventurous

Being eager to explore new territories.

Team Player

Collaboration is key in multidisciplinary projects.

Passionate

You’ll need a love for the ocean and technology.

Bachelor of Engineering in Mechanical Engineering

A strong foundation in mechanics is essential to designing and building the physical structures of underwater robots.

Bachelor of Engineering in Electrical and Electronics Engineering

This degree provides knowledge of electrical systems, crucial for controlling robotic functions in underwater environments.

Bachelor of Engineering in Robotics Engineering

A specialised degree focusing on robotic systems, including those designed for subaquatic use.

Bachelor of Science in Marine Biology

Understanding marine life and environments is important for developing robots that can operate safely in the ocean.

Bachelor of Science in Computer Science

Programming and software development are essential for creating the operating systems that control underwater robots.

Bachelor of Science in Oceanography

Knowledge of oceanic conditions and dynamics helps engineers design systems that can withstand harsh underwater environments.

Embarking on this career isn’t just about choosing one field of study; it’s about weaving different strands of knowledge into a strong, versatile skill set. Imagine combining Mechanical Engineering with Marine Biology to design robots that move like fish, or merging Computer Science with Oceanography to create underwater drones that can map the ocean floor in stunning detail. 

Universities now offer interdisciplinary degrees, and you can even tailor your course load to suit your career ambitions, mixing subjects like environmental science, robotics, and artificial intelligence.

Engaging in projects across different fields during your studies can provide practical experience. Collaborating with researchers in marine conservation or interning with companies that specialise in underwater technology will not only enhance your resume but also give you a taste of the exciting work that awaits.

Learning isn’t confined to the classroom. Participating in hackathons, joining robotics clubs, and attending workshops can complement your formal education, keeping you ahead of technological advancements and industry trends.

Your studies will take you on an adventure through mathematics, physics, and computer programming, teaching you how to apply these skills in designing and operating robotic systems. 

You’ll get skills in electrical engineering, learning about the sensors and circuits that make robots sense and navigate their environment. Courses in mechanical design will show you how to give your robots form and function, enabling them to withstand the pressures of underwater exploration. 

Through marine science classes, you’ll gain an understanding of the ecosystems your robots will explore, ensuring your inventions can operate harmoniously within delicate marine environments.

Work experience is like the practical test of your sea legs in the world of underwater robotics. Look for opportunities with companies that specialise in marine technology,  or have environmental projects. Oceanographic institutions may provide hands-on experience.

Not everyone takes the traditional university route, and the world of underwater robotics is accessible through other exciting pathways:

Vocational Education and Training (VET)

Courses in engineering technology or robotics can provide a practical, hands-on entry into this field.

Internships and Apprenticeships

Practical experience gained through internships at oceanographic institutes or engineering firms can provide unique industry knowledge.

Online Certifications

Programs in robotics, marine science, or AI can supplement academic study, allowing for flexible learning.

Microlearning and Online Courses

Platforms like Coursera and edX offer courses in robotics, engineering, and marine sciences. These can be a great way to build specific skills or get a taste of the field before committing to a full degree.

Western Australia

Home to extensive coastlines and marine research facilities, Western Australia offers unique opportunities in marine conservation projects, offshore energy, and oceanographic research. Engineers can find roles with companies and institutions dedicated to protecting the marine environment and exploring the ocean’s depths.

Australia

Across Australia, Underwater Robotics Engineers can work in fields such as defence, where underwater drones play a crucial role in national security, marine research institutes studying the Great Barrier Reef, and tech companies innovating in underwater equipment and exploration technologies.

Rest of the World

Globally, the demand for skilled Underwater Robotics Engineers is growing. There have been roles in environmental monitoring in the Arctic to archaeological expeditions in the Mediterranean. International agencies, global conservation organisations, and large companies offer careers that not only pay well but also contribute to important discoveries and the protection of our oceans.

Becoming an Underwater Robotics Engineer opens a portal to a world where your work contributes to understanding and preserving the planet’s most vital and vast resource – the ocean. With each dive your robots make, you’ll be part of solving some of the most pressing environmental challenges and unlocking the mysteries of the deep.