About Me
Pioneering Human-Centric Vulnerability Research; Uncovering Defects Beyond State-Of-The-Art Tools
I am driven to understand the intersection of human factors and software development. My research explores how to identify and mitigate human error as a primary source of software defects and security vulnerabilities. Currently, I am leveraging human error databases to pinpoint cognitive lapses during critical software operations and developing predictive models for software defect prediction (SDP) based on key human error metrics.
Research Interests
- Human Factors in Software Engineering: The application of human factors principles to the software development lifecycle to improve system design and reduce errors.
- Human Error Reduction: Developing and evaluating techniques to identify, prevent, and mitigate human errors that lead to software defects and vulnerabilities.
- Software Defect Prediction (SDP): Creating models and methodologies to predict future software defects based on various metrics, particularly those related to human error.
- Vulnerability Analysis and Prevention: Investigating how human errors contribute to software vulnerabilities and developing strategies to prevent them.
- Cognitive Psychology in Computing: Understanding cognitive processes like memory lapses and attention deficits in the context of critical software operations.
- Database Analysis for Human Error: Leveraging existing human error databases to extract insights and patterns about common mistakes in software-related tasks.
Contact
Feel free to reach out to me via email