Job Description
The starting base pay for this role is between $25/hr and $39/hr at the time of posting.
Key Responsibilities
- Spend a minimum of 6 months onsite at Sila, beginning in June 2026 or similar, to work full-time in this hands-on role.
- Design experiments from the test apparatus to the testing procedure to measure material properties and instrument performance.
- Using those experimental results and theory, build foundational battery, material synthesis, and/or reactor models with strong mechanistic fidelity.
- Using those models, predict future material properties and instrument performance and develop key insights to accelerate learning cycles and reduce the cost of empirical R&D.
- Thoroughly document, streamline, and modularize workflow so that others can pick up and continue your work or reapply it for a new purpose
- Clearly and concisely present results, with conclusions and recommendations, to engineering mentors, management and other stakeholders.
Requirements
- Are you a thoughtful, creative, diligent, and curious battery/material/chemical engineer with strong foundational knowledge in applied mathematics?
- Are you excited at the prospect of helping to build the next generation of battery materials and technologies? Sila Nanotechnologies is seeking an early career engineer who is:
- Ready to translate their skillsets learnt in their previous areas of study to apply to and learn about new and unfamiliar but intersecting fields.
- Unafraid to ask questions from the most complex and challenging to the simplest and most seemingly obvious.
- Happy to consider ideas that may be incorrect but could lead to future insights.
- Capable of graciously critiquing the work of themselves and others for the sake of improving upon current systems and solutions.
- Eager to identify the next steps in a project without having them be explicitly defined for and dictated to them.
- Willing to make working conclusions necessary to move forward and express an accurate amount of confidence in them when sharing with others.
- Studying toward or recently completed a MSc or PhD degree in chemical engineering, materials science, chemistry, or related fields.
- Prior experience working in energy-related academic and/or industrial research & development environments (experience working on batteries is a plus but not required).
- Prior experience with electrochemical, material science, and/or thermomechanical characterization methods.
- Prior experience with Python (additional experience with modeling software like Pybamm and/or COMSOL is a plus).
- Strong foundational knowledge in applied mathematics or related fields.
- Exceptional analytical and documentation skills.
- Ability to learn new skills and ask for help when needed.
- Capable of working independently with direction.
Ready to Apply?
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