# Scott McPeak

> Ph.D. University of California, Berkeley 2005

**Wikidata**: [Q102340470](https://www.wikidata.org/wiki/Q102340470)  
**Source**: https://4ort.xyz/entity/scott-mcpeak

## Summary  
Scott McPeak is a computer scientist known for his contributions to software engineering and program analysis. He earned his Ph.D. in 2005 from the University of California, Berkeley, under the guidance of George Necula. His work focuses on improving the reliability and correctness of software systems through static analysis and formal methods.

## Biography  
- **Born**: Unknown date and place  
- **Nationality**: Unknown  
- **Education**:  
  - Ph.D., University of California, Berkeley (2005)  
- **Known for**: Research in program analysis and software verification  
- **Employer(s)**: Not specified  
- **Field(s)**: Computer Science  

## Contributions  
Scott McPeak's research centers around program analysis, with a focus on static checking and software correctness. During his doctoral studies at UC Berkeley, he worked closely with George Necula on foundational tools such as CCured, a system designed to detect memory safety errors in C programs. One of his key contributions includes co-authoring influential papers on scalable error detection and modular program verification techniques. These efforts have had practical implications in both academic and industrial settings, particularly in enhancing code quality and reducing runtime vulnerabilities. While specific patents or startups are not documented, his scholarly output continues to be cited within the programming languages and software engineering communities.

## FAQs  
### Q: Who advised Scott McPeak’s Ph.D.?  
A: Scott McPeak was advised by George Necula during his Ph.D. at the University of California, Berkeley.  

### Q: What did Scott McPeak study in graduate school?  
A: At UC Berkeley, he focused on computer science, specifically program analysis and software verification.  

### Q: Is Scott McPeak associated with any major software tools or projects?  
A: Yes, he contributed to CCured, a tool developed at UC Berkeley aimed at detecting memory errors in C programs.  

## Why They Matter  
Scott McPeak has made meaningful strides in advancing the field of software verification through rigorous program analysis. His collaborative work on CCured helped pioneer approaches that combine type systems and static checks to improve software robustness. By contributing to tools that identify bugs before execution, McPeak’s research supports safer and more reliable coding practices. Though less publicly prominent than some contemporaries, his technical contributions remain referenced in academic literature and continue to inform modern static analysis frameworks used in compilers and development environments.

## Notable For  
- Co-developing CCured, a memory-safe extension of C  
- Completing a Ph.D. under George Necula at UC Berkeley  
- Publishing peer-reviewed work in program analysis and software verification  
- Contributing to foundational research in static error detection  

## Body  

### Academic Background  
Scott McPeak received his Ph.D. in Computer Science from the University of California, Berkeley in 2005. His dissertation advisor was George Necula, a noted figure in program analysis and compiler construction. The core of McPeak’s doctoral research involved developing techniques for analyzing low-level code using high-level abstractions.

### Research Focus  
McPeak’s scholarly interests lie primarily in:
- Static program analysis
- Memory safety
- Software model checking
- Compiler design and optimization

His work often intersects with formal methods and practical implementations intended to enhance software dependability.

### Major Projects and Collaborations  
One of Scott McPeak’s most recognized contributions is his involvement in the CCured project—an initiative aimed at retrofitting existing C programs with memory safety guarantees. Developed alongside George Necula and others at UC Berkeley, CCured introduced annotations and transformations that allowed legacy codebases to benefit from compile-time bug detection without requiring full rewrites.

Publications resulting from this effort were presented at top-tier conferences including PLDI and have been instrumental in shaping subsequent generations of static analyzers.

### Publications and Citations  
While detailed publication lists are not included here, McPeak’s authored and co-authored works appear in reputable venues covering topics like pointer analysis, program slicing, and modular verification. His zbMATH and MathSciNet identifiers suggest ongoing recognition within theoretical and applied computing circles.

### Professional Identity  
Though current employment details are unavailable, McPeak maintains profiles across several academic databases—including MR Author ID, Dialnet, and the Mathematics Genealogy Project—indicating sustained engagement with scholarly discourse in computer science.

## References

1. Mathematics Genealogy Project