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Computational Mathematician – Scientific Computing
24-MAGPhD computational mathematician designing numerical linear algebra, mechanics, and finance problems for 24-MAG. Building Python/R solutions, grading criteria, and reproducible tests.
Core Competencies
Role fitCore Competencies
Use this summary to align your resume positioning with the role.
Expertise in developing computational mathematics problems and tasks, with a strong focus on numerical linear algebra, computational mechanics, and computational finance. Proficient in Python or R for scientific programming and capable of maintaining reproducible code and documentation.
Highest-signal resume keywords
PhD In MathematicsNumerical Linear AlgebraComputational MechanicsComputational FinancePython Or R Proficiency
ATS Keywords
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Hard Skills
Computational MathematicsNumerical AnalysisMathematical ModellingSimulationQuantitative ResearchMatrix MethodsNumerical SolversLarge-Scale Linear SystemsAutomated Testing WorkflowsScientific Validation
Soft Skills
Strong Written CommunicationAbility To Document Precisely
Tools & Technologies
GitGitHubDockerContainerised Environments
Industry Keywords
Computational EfficiencyNumerical StabilityComputational ReproducibilityGrading CriteriaFailure Modes
Tech Stack
Tools & technologiesDockerPython
About the role
Key responsibilities & impact- Develop original research-level computational mathematics problems
- Build tasks from published papers, public datasets, open-source repositories, or independently designed scenarios
- Create multi-step problems reflecting realistic scientific or quantitative workflows
- Design tasks with precise, reproducible, mathematically defensible solutions
- Develop computational tasks involving matrix methods, numerical solvers, decompositions, and large-scale linear systems
- Address numerical stability, conditioning, convergence, computational efficiency, edge cases, and failure modes
- Create computational mechanics modelling and simulation tasks involving physical systems, discretisation, and equation solving
- Develop computational finance tasks involving simulation, optimisation, pricing, and quantitative risk analysis
- Write and validate scientific programming workflows in Python or R
- Develop numerical implementations, reference calculations, solution validators, and reproducible automated-testing workflows
- Produce authoritative reference solutions and grading criteria
- Test tasks against advanced computational systems, analyse failure modes, and calibrate difficulty
- Work through Git/GitHub pull-request workflows and Docker-based environments
- Respond to automated quality checks and reviewer feedback
- Maintain clean, reproducible code and supporting documentation
Requirements
What you’ll need- PhD required in Mathematics, Applied Mathematics, Computational Mathematics, or a closely related field
- Demonstrated depth in at least two of: Numerical linear algebra, Computational mechanics, Computational finance
- Strong working proficiency in Python or R
- Hands-on experience using programming for mathematical modelling, numerical analysis, simulation, or quantitative research
- Comfortable with Git/GitHub
- Experience running code in Docker or other containerised environments
- Strong understanding of numerical accuracy, computational reproducibility, and scientific validation
- Ability to translate advanced mathematical concepts into clearly defined computational problems
- Strong written communication and ability to document mathematical assumptions, methods, and solutions precisely
- H1-B and STEM OPT support is unavailable for this engagement
Benefits
Comp & perks- Part-time independent contractor engagement
- Fully remote
- 20+ hours per week
- Initial duration of approximately 6 weeks
- Immediate start
- Projects may be extended, shortened, or concluded based on project needs and performance