Responsibilities
- Formulate and code mathematical models for structural behavior, maintaining thermodynamic correctness and precision in both linear and nonlinear scenarios.
- Develop the foundational numerical architecture, selecting appropriate discretization techniques such as finite element, discontinuous Galerkin, or isogeometric analysis to optimize stability, accuracy, and performance.
- Implement high-performance, well-structured algorithms capable of solving large systems of equations efficiently.
- Analyze solver output by interpreting not only computational patterns but also underlying physical implications, differentiating numerical artifacts from real-world phenomena.
- Lead development of a core software module while collaborating directly with leading specialists in electromagnetics and fluid dynamics for multiphysics challenges.
- Engage in recurring technical knowledge-sharing sessions covering topics from advanced mathematics to high-performance computing concepts.
Benefits
- Full coverage for medical, dental, and vision care
- 401(k) retirement plan
- Financial support for gym memberships or fitness activities
Compensation
Competitive salary plus significant equity stake in a rapidly expanding startup
Other
Merit-based culture where decisions are guided by the strength of ideas rather than hierarchy or titles.
