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Academic curriculum vitae.
General Information
| Full Name | Kamal Mandava |
| kmandava@uco.edu | |
| Languages | English |
Education
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Aug 2024 - May 2026 M.S. Data Science
University of Central Oklahoma, Edmond, OK, USA -
May 2020 - June 2024 B.Tech Biotechnology
Lovely Professional University, Jalandhar, Punjab, India
Research Experience
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May 2025 - Present Graduate Research Assistant
University of Central Oklahoma, Edmond, OK - Developing computational models of fibrinolysis using agent-based simulation
- Building neural network models to examine relationships between biochemical constraints and clot lysis times
- Performing statistical analysis of chemical factors affecting fibrinolysis
Work Experience
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Jan 2026 - Present Graduate Teaching Assistant
University of Central Oklahoma, Edmond, OK, USA - Assisting undergraduate students under the supervision of Dr. Li
- Subjects: Discrete Structures, Algorithms and Advanced Data Structures
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July 2023 - July 2024 Market Research Analyst
TT Consultants - Analyzed clinical-trial datasets on NMIBC to identify trends for drugs performance evaluation
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Winter 2023 - Present Independent STEM Tutor
Course Hero - Provided 700+ solutions in Bioengineering with a 90% helpfulness rating
- Profile: coursehero.com/profile/kamalmandava1234
Technical Skills
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Programming
- Python
- R
- C++
- MATLAB
- Bash
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Modeling
- HPC (Buddy Cluster)
- Stochastic simulations
Academic Projects
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Jan 2026 Context Bridge
- Chrome extension implementing local cryptographic protocols for secure AI conversation portability across different LLM chat platforms.
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In Progress Neural Network Regression
- Trained neural networks on 2 million simulated trials
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Dec 2025 Regression Analysis for Median Lysis
- Statistical analysis of median lysis times
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Dec 2025 Awesome Statistics Dashboard
- A comprehensive R shiny Dashboard for Advanced Regression Analysis Techniques and Tools.
Research Interests
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Research Focus
- Computational modeling of biological networks
- Complex systems (percolation, network dynamics)
- Mechanochemical coupling in fibrin and soft matter
- Agent-based simulation of stochastic processes