Battery Electrochemist

at  Corvus Energy

Corvus Energy is a pioneering leader in the field of maritime energy storage solutions. With a commitment to innovation and sustainability, Corvus Energy has established itself as a key player in revolutionizing the maritime industry’s transition towards cleaner and more efficient energy sources. As a global leader in marine battery systems, Corvus Energy continues to push boundaries, driving the adoption of green technologies and shaping the future of maritime transportation.
The Battery Electrochemist is responsible for developing models for specific battery degradation effects occurring in especially tough conditions.
The position reports to CTO and is located at our Porsgrunn office.

Main Tasks and Responsibilities

• Design of Cell characterization experiments
• Parametrization of physics-based mathematical models for Corvus cells, e.g. BattMo and/or PyBaMM
• Close collaboration with modeling teams within Corvus Energy
• Contributing to research projects and working with leading EU partners
• Documentation of test procedures and test results
• Developing cell level models incorporating electrochemical models
• Incorporating degradation processes in these models
• Simulating the models on Corvus field data
• Developing diagnostics algorithms to predict cell degradation mechanisms
• Developing tools for simulation-based safety assessment

Provide electrochemical knowledge to assist the rest of the company
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Work Experience and Qualifications

• Engineering degree in Electrochemistry or similar (Bachelor’s, Master’s Degree or PhD). Other formal education or relevant work experience can be considered.
• Interest in working hands-on with cell testing
• Interest in modeling and programming, preferably experience in Python, C or Matlab
• Ability to handle multiple tasks and effectively prioritize
• Self-motivated and structured, with an eye for both detail and the overall perspective
• High working standard and work capacity
• Ability to work well with others in a team environment, as well as independently
• Self-managed and takes initiative

• Design of Cell characterization experiments
• Parametrization of physics-based mathematical models for Corvus cells, e.g. BattMo and/or PyBaMM
• Close collaboration with modeling teams within Corvus Energy
• Contributing to research projects and working with leading EU partners
• Documentation of test procedures and test results
• Developing cell level models incorporating electrochemical models
• Incorporating degradation processes in these models
• Simulating the models on Corvus field data
• Developing diagnostics algorithms to predict cell degradation mechanisms
• Developing tools for simulation-based safety assessmen