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Hydrogen Specialist
As a Hydrogen Specialist working in offshore wind farm energy storage, you’ll focus on safely producing, storing, and distributing hydrogen. In the Storage & Industrial zone, your job is critical: hydrogen must be managed under high pressure and very specific conditions to be used safely and efficiently for energy storage and distribution. You'll work closely with engineers, safety teams, and operations staff to keep the hydrogen systems running smoothly.
Key Responsibilities
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Salary Range
Entry-Level
Experienced
Essential Skills
Attention to Detail - Spot small problems, like leaks or pressure changes, before they become big issues.
• Problem-Solving - Fix things quickly when they go wrong and figure out what’s causing the problem.
• Teamwork - Work closely with engineers, technicians, and safety experts on big team projects.
• Safety Awareness - Follow strict safety rules because hydrogen can be dangerous if not handled carefully.
• Technical Skills - Understand how pumps, pipes, tanks, and monitoring systems work together.
• Communication - Explain problems and solutions clearly so everyone knows what’s going on.
• Adaptability - Be ready to learn new things as hydrogen technology keeps changing.
Qualifications and Training
At least 5 GCSEs at grade 4/C or above, including:
• Mathematics (essential for problem-solving and technical work).
• Science (especially Physics or Chemistry).
• English Language (to communicate clearly in the workplace).
A Levels or BTEC:
A Levels in Mathematics and Science (Physics or Chemistry would be ideal). Alternatively, a BTEC Level 3 in Engineering or Environmental Technology focusing on practical skills could also be an option.
Post 18:
You could go down the university route. A degree in Chemical Engineering, Energy Engineering, or Renewable Energy will give you the deeper knowledge needed for higher-level roles. Or an apprenticeship. Completing an apprenticeship in Hydrogen Technology or Energy Systems can provide hands-on experience and technical skills in the field.
Most Hydrogen Specialists start by completing a relevant engineering or science degree.
Hydrogen is tricky to produce and store safely, so you’ll need a strong understanding of chemical processes, energy systems, and industrial safety. University will give you the deep technical knowledge needed to work in offshore energy storage hubs.
Key A-Level subjects to take:
• Mathematics (essential for pressure, flow, and energy calculations).
• Chemistry (for understanding hydrogen production and chemical reactions).
• Physics (for studying pressure systems, energy transfer, and materials science).
You will typically need grades around ABB–AAB at A-Level to access some of these courses.
These courses are:
• Chemical Engineering – On this course, you’ll learn how hydrogen can be created. For example, by splitting water into hydrogen and oxygen using electricity, how it’s compressed and stored, and how to design equipment that handles hydrogen safely.
You’ll study thermodynamics (how energy moves), materials science (how tanks and pipes behave under pressure), process control (keeping hydrogen flowing safely), and plant design. This directly prepares you for managing hydrogen at offshore wind farm energy hubs. This course can be seen at Swansea University, with the typical entry requirements being an ABB at A Level, including Mathematics and another science
subject.
• Energy Engineering – This course focuses on renewable energy generation and how energy like hydrogen, is stored and moved between systems. You’ll learn how offshore wind farms and hydrogen plants are connected, how to design safe energy networks, and how to store green hydrogen for later use. You’ll also study environmental protection, system efficiency, and sustainability. You can access this course at
Loughborough University, and they require you to have ABB at A Level, including Mathematics and computer science or a science-related subject.
After finishing your first degree, you might choose to study further with a master’s degree (MSc) or even a PhD. This isn’t always essential for starting work, but it’s very useful if you want to specialise in hydrogen technologies, work on advanced research projects, or move into higher-level engineering, safety, or innovation roles. Postgraduate study helps you build deeper expertise, especially because hydrogen is a new and fast-growing part of the offshore energy sector. You’ll learn about cutting-edge research, new hydrogen storage methods, and safety
innovations, and how hydrogen systems can work alongside battery storage and offshore wind farms.
Some of these postgraduate courses are:
• MSc Hydrogen Energy and Sustainable Technologies - This type of degree teaches you in detail about how green hydrogen is made, how it's compressed and stored, how offshore facilities are built, and how hydrogen energy fits into a future low-carbon economy. You'll study advanced energy storage, electrolysis (splitting water), materials under extreme conditions, and hydrogen transport networks.
• MSc Chemical Engineering - This master's degree lets you specialise further in areas like hydrogen production technology, process plant management, and energy storage design. It’s ideal if you want to become a technical expert in running and improving offshore hydrogen hubs.
If you want a more practical route, apprenticeships in hydrogen and energy technology are becoming more available as the sector grows. There aren’t many apprenticeships yet called Hydrogen Specialist. But there is energy engineering, process operations, and chemical engineering apprenticeships that lead into hydrogen careers. These roles teach you the skills needed to work safely with hydrogen and other energy systems. Some of these apprenticeships
are:
• Science Industry Maintenance Technician (Level 3) - In this apprenticeship, you’ll learn how to maintain and repair the mechanical and electrical equipment used in energy storage facilities, including hydrogen plants. You’ll be trained in areas like mechanical fitting, electrical installation, fluid power systems, and health and safety procedures.
This is especially important when working with hydrogen, where maintaining storage tanks, compressors, pipelines, and safety valves is critical. You'll also develop your skills in spotting faults and preventing equipment failures, which is vital for keeping hydrogen systems safe. Most employers will expect you to have achieved a grade 4/C or above in Maths, English, and a STEM subject at GCSE level before starting the apprenticeship.
• Science Manufacturing Technician (Level 3) - This apprenticeship focuses on manufacturing and testing chemical products, including hydrogen. You’ll learn how to monitor production systems, carry out quality control checks, and make sure that hydrogen and other gases are processed and stored correctly. You’ll also develop knowledge in process control, pressure management, and safety systems. This apprenticeship is ideal if you want to be involved in the operational side of offshore hydrogen production and storage. Entry requirements are usually around 4–5 GCSEs at grade 4/C or above, particularly in Maths, English, and Science.
Both of these apprenticeships are excellent starting points if you want to build specialist skills in managing hydrogen safely and efficiently at offshore storage facilities.
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Training Providers in the UK
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