Supercritical is looking for a research and development engineer that will enhance our technology team and move us towards our goals of scaling our cells and modules through advancing our core understanding of the science within our novel operating conditions. You will be passionate about diving into complex problems to pioneer innovative and novel solutions for our challenging operating conditions, while asking “How can we do this better?”. You will come from a scientific or engineering discipline and will have a well-honed capability in research, applying your capabilities to advance product development in a structured way. You will join an exciting and fast moving company that is intent on disrupting the energy industry and enabling a net zero future.

• Characterise a wide range of metal electrodes for hydrogen evolution and oxygen evolution reactions.
• Investigate methods to increase the performance and durability of electrodes.
• Investigate manufacturing and production methods of electrodes and how they affect performance.
• Investigate corrosion tolerance of materials and develop corrosion-resistant coatings.
• Assist with the design and fabrication of electrolyser cells and modules.
• Design experiments, pioneer new test protocols and standardise operating procedures.
• Procure and manage reagents, electrochemical equipment and consumables.
• Work with external research partners to create viable technical solutions.
• Deliver project outputs on time and within budget.
• Work with grant authorities and project partners on large, complex, collaborative projects.
• Report research outputs within the company. 

Ideally, you will:

• Have experience with alkaline electrolysis systems at commercial scale.
• Be passionate about a net zero environment, excited by innovation and proactive in your pursuit of it.
• Have 2+ years of industrial experience in materials science, physics, electrochemistry or similar scientific discipline.
• Hold an MSc or BSc in a relevant discipline such as chemistry, electrochemistry or materials science.
• Bring a strong materials science background, ideally with specialisation in metal alloys and multi-metal oxides.
• Perform EIS data analysis, equivalent circuit fittings and distribution of relaxation times (DRT) analysis, draw conclusions from experimental results and present them confidently.
• Be competent at analysing and disseminating results to non-scientists.
• Perform tests, analyse and present results comfortably.
• Demonstrate strong problem-solving skills.
• Have outstanding communication skills, both written and verbal.
• Be proactive and self-motivated, taking initiative to drive towards company goals.

Desirable:

• Hold a PhD in a relevant discipline such as electrochemistry or materials science.
• Have experience in corrosion chemistry.
• Density functional theory (DFT) modelling of alloys
• Experience of working with high pressure/high temperature systems.
• Have experience in start-up or scale-up environments.

Supercritical is looking for a research and development engineer that will enhance our technology team and move us towards our goals of scaling our cells and modules through advancing our core understanding of the science within our novel operating conditions.

You will be passionate about diving into complex problems to pioneer innovative and novel solutions for our challenging operating conditions, while asking “How can we do this better?”. You will come from a scientific or engineering discipline and will have a well-honed capability in research, applying your capabilities to advance product development in a structured way.

You will join an exciting and fast moving company that is intent on disrupting the energy industry and enabling a net zero future.

• Characterise a wide range of metal electrodes for hydrogen evolution and oxygen evolution reactions.
• Investigate methods to increase the performance and durability of electrodes.
• Investigate manufacturing and production methods of electrodes and how they affect performance
• Investigate corrosion tolerance of materials and develop corrosion-resistant coatings.
• Assist with the design and fabrication of electrolyser cells and modules.
• Design experiments, pioneer new test protocols and standardise operating procedures.
• Procure and manage reagents, electrochemical equipment and consumables.
• Work with external research partners to create viable technical solutions.
• Deliver project outputs on time and within budget.
• Work with grant authorities and project partners on large, complex, collaborative projects.
• Report research outputs within the company.

Ideally, you will:

• Be passionate about a net zero environment, excited by innovation and proactive in your pursuit of it.
• Have industrial experience in materials science, physics, electrochemistry or similar scientific discipline.
• Hold an MSc or BSc in a relevant discipline such as chemistry, electrochemistry or materials science.

• Bring a strong materials science background, ideally with specialisation in metal alloys and multi-metal oxides.

• Be competent at analysing and disseminating results to non-scientists.
• Perform tests, analyse and present results comfortably.
• Demonstrate strong problem solving skills.
• Have outstanding communication skills, both written and verbal.
• Be proactive and self-motivated, taking initiative to drive towards company goals.

Desirable:

• Hold a PhD in a relevant discipline such as electrochemistry or materials science.
• Have experience with alkaline electrolysis systems at commercial scale.
• Have experience in corrosion chemistry.
• Experience of working with high pressure/high temperature systems.
• Have experience in start-up or scale-up environments.