We are  looking for an Algorithm Developer for a highly technical and rewarding project in the field of carbon fiber winding and structural analysis for composite high-pressure hydrogen storage vessels. The ideal candidate will develop, prototype, and validate mathematical models for fiber-reinforced structures based on scientific research and engineering theory. Your work will directly contribute to improving simulation capabilities, optimizing vessel design, and enhancing performance prediction across a range of operating conditions.

Key Responsibilities

• Translate and implement closed-form analytical models from scientific literature (e.g., 3D elasticity theory, Classical Laminate Theory)

• Simulate and validate fiber lay-ups, asymmetric windings, and multi-layered stress behavior

• Develop prototype code in Python, MATLAB, or C++ for algorithm validation

• Provide technical documentation and guide the handoff of validated models for production integration

• Collaborate closely with engineers and developers to ensure model fidelity and software compatibility

• Support performance benchmarking, sensitivity analysis, and algorithm refinement

Required Qualifications

• Bachelors or Masters degree in Engineering, Applied Mathematics, Physics, or a related field

• Solid experience with Python and/or MATLAB for scientific and numerical computing

• Strong understanding of mathematical modeling and composite material mechanics

• Proven ability to implement models from academic papers or theoretical specifications

• Problem-solving mindset with clear analytical and coding skills

• Good written and verbal communication skills in English

Nice to Have

• Familiarity with C++, especially for scientific or high-performance computing

• Knowledge of fiber winding simulation, laminate theory, or composite failure criteria

• Experience with finite element tools like Abaqus

• Exposure to material optimization or multi-physics modeling

• Version control experience (Git, Azure DevOps, etc.)

• Background in mechanical engineering, composite design, or aerospace structures