I'm a Texas A&M student studying computer science. I've built end-to-end software solutions that combine data, AI, and engineering. From building AI/ML systems like SmartFlow for traffic optimization and OCR and RAG pipelines for financial document automation (learn more document automation here) to developing mobile and full-stack apps like SocialCirkle, I like taking on challenges that call for both technical know-how and critical thinking. I've gained practical experience with scalable software development, data pipelines, and product workflows through my internships. I'm especially interested in using these abilities in software engineering, data analytics, and fintech, where technology may lead to more informed choices and tangible effects. Outside of coding, I enjoy baking and riding my bike around town, and I occasionally go to KANM shows on-campus.

Anshika's Professional picture

Hi, I'm Anshika.

What I Bring to the Table

  • Whether I'm coding a system from scratch or deciphering jumbled data, I can simplify complicated issues into manageable stages.
  • Having worked in both engineering and product development, I know how to strike a balance between technical complexity and practical user requirements.
  • I'm quick to adjust to new positions, tasks, and tools. I usually finish tasks without requiring a lot of ramp-up time.
  • Although I work best in group settings where ideas are freely exchanged, I also feel at ease taking charge and pursuing things independently.

What I Work With

  • Programming languages: Python, SQL, Java, C++, Pandas, NumPy
  • Data and Analytics: Excel, MySQL, Data Visualization (Matplotlib, Seaborn), Data Cleaning & Processing
  • Machine Learning and AI: PyTorch, OpenCV, Scikit-learn, LlamaIndex (RAG)
  • Development Tools: Git/GitHub, Jupyter Notebook, Google Colab, Notion, Jira, Confluence, Zapier
  • Web & Full-Stack: HTML, CSS, React Native, Firebase (Auth, Firestore, Storage), Google Maps API
  • Coursework: Data Structures & Algorithms, Computer Architecture, Linear Algebra, Discrete Mathematics, Object-Oriented Programming