Sikhanyiso Mpande

​Years in Business

While I am a recent entrant to the professional landscape, I have dedicated the past 7 months to intensive technical training, academic research, and end-to-end data projects that mirror real-world business challenges.

​Passions

I am passionate about computational efficiency and the power of data to solve systemic problems. I am driven by the "aha!" moment when a clean visualization or a refined algorithm provides a solution to a complex hurdle. I am eager to apply my academic rigor to commercial datasets to drive measurable ROI.

​Special Skills & Mastery

• ​Foundational Programming: Proficient in Python and c++, with a focus on writing clean, reproducible code for data manipulation and analysis.
• ​Statistical Analysis: Strong command of linear algebra, calculus, forming the basis for accurate predictive modeling.
• ​Data Wrangling: Expert at cleaning "messy" datasets, handling missing values, and performing exploratory data analysis (EDA) to ensure data integrity.
• ​Rapid Adaptation: Mastered the ability to quickly learn and implement new libraries and frameworks, such as Scikit-Learn, TensorFlow, or Matplotlib, to meet project-specific requirements.

Aspiring Data Scientist
Highly analytical and detail-oriented professional transitioning into Data Science with a solid technical foundation in Computer Science. While I am an entry-level candidate, I possess a rigorous understanding of algorithmic logic, data structures, and statistical modeling developed through focused academic study and independent project work. I am a dedicated problem-solver committed to leveraging data-driven insights to solve complex business challenges and optimize organizational efficiency.
 

Pursued B.S.C in Computer Science | Walter Sisulu University

Completed NQF L5 focusing on core computational theory and software engineering principles before transitioning into a specialized career path in Data Science.

​Core Competencies Acquired

• ​Algorithmic Foundations: Deep understanding of data structures (Trees, Graphs, Hash Tables)  to ensure code efficiency and scalability.
• ​Software Development Life Cycle (SDLC): Experience with Version Control (Git), collaborative coding, and debugging complex logic.