This is a fully remote position, open to applicants in Turkey, +2 more countries.

📋 Description

• Create authentic, multi-step computational mathematics tasks rooted in real-world research and mathematical workflows.

• Convert mathematical challenges into self-sufficient, reproducible terminal environments.

• Assemble datasets, equations, model definitions, constraints, initial conditions, and anticipated outputs.

• Implement expert reference solutions utilizing Python, R, Julia, C/C++, Bash, or other relevant tools.

• Design tasks that encompass optimization, numerical integration, differential equations, matrix computation, statistical inference, stochastic modeling, and algorithm analysis.

• Establish stringent grading criteria that include numerical accuracy, convergence, complexity, feasibility, and mathematical correctness.

• Set appropriate numerical tolerances, stopping criteria, stability requirements, and reproducibility controls.

• Create automated tests that verify results across edge cases and alternative valid implementations.

• Troubleshoot issues related to floating-point precision, solver failures, conditioning, convergence, and performance.

• Document mathematical formulations, assumptions, expected outputs, and known limitations.

⛳️ Requirements

• Advanced academic or professional knowledge in Mathematics, Applied Mathematics, Statistics, Computational Mathematics, or a closely related quantitative field.

• Proficient programming skills in Python, R, Julia, C/C++, Bash, or another relevant scientific programming language.

• Practical experience with numerical analysis, optimization, statistics, mathematical modeling, or computational mathematics.

• Proven experience in implementing and validating mathematical algorithms or computational models.

• Capability to work independently within Linux or terminal-based environments.

• Strong grasp of numerical precision, convergence, stability, and mathematical correctness.

• Background in developing, debugging, and validating reproducible computational workflows.