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Charmain Echinebir

Available to hire

I’m Charmain Echinebir, a Mathematics and Computational Science graduate with a strong interest in using data to solve real-world problems.

About

I’m Charmain Echinebir, a Mathematics and Computational Science graduate with a strong interest in using data to solve real-world problems. I enjoy building computational models and translating complex technical work into clear, practical recommendations through careful numerical analysis, statistics, and structured reporting.

In my final-year work, I built numerical models in MATLAB and Python to simulate hydromagnetic casson nanofluid flow using approaches for partial differential equations, then validated results with statistical methods and scenario-based analysis. I also carried out regression analysis and hypothesis testing on real datasets, visualising trends to support evidence-based conclusions—while continuously improving model efficiency and reliability through optimization and rigorous testing.

  • 1 year's experience
  • Joined June 2026

Languages

  • EnglishFluent
  • ShonaFluent
  • FrenchIntermediate

Industry experience

  • Education
  • Computers & Electronics
  • Professional Services

Work experience

Academic Statistics Project (Regression and Hypothesis Testing) · University of ZimbabweJan 2025 – Dec 2025 · 1 yr

Performed regression analysis and hypothesis testing on real datasets using R and Microsoft Excel. Created data visualisations to communicate trends and support conclusions with statistical evidence. Focused on breaking down analytical problems, ensuring correct statistical interpretation, and presenting results in a clear, structured technical format.

Final Year Dissertation (Numerical Analysis of Hydromagnetic Casson Nanofluid Flow) · University of ZimbabweJan 2025 – Jan 2026 · 1 yr 1 mo

Built numerical models in MATLAB and Python to simulate hydromagnetic casson nanofluid flow using partial differential equations. Designed and ran simulations to test system response under changes in key parameters and compared results through stress-style checks. Analysed over 10,000 simulation data points to verify model accuracy and identify critical trends. Applied statistical methods to validate results and presented findings using clear charts and technical reporting, alongside optimization techniques to improve model efficiency and reliability.

Education

Bachelor of mathematics and Computational Science · University of Zimbabwe2022 – 2026
BSc (Hons) Mathematics and Computational Science · University of Zimbabwe2022 – 2026

Certifications and awards

Degree in mathematics and Computation science2022 – 2026

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