# Lars Weber

> Dr. rer. nat. Carl-von-Ossietzky-Universität Oldenburg 2017

**Wikidata**: [Q102883613](https://www.wikidata.org/wiki/Q102883613)  
**Source**: https://4ort.xyz/entity/lars-weber

## Summary  
Lars Weber is a German computer scientist who earned his Dr. rer. nat. degree from the Carl‑von‑Ossietzky‑Universität Oldenburg in 201 7. His doctoral research was supervised by Claus Möbus and Martin Fränzle, both established figures in computer science.

## Biography  
- **Born:** –  
- **Nationality:** German (inferred from the German university affiliation)  
- **Education:** Dr. rer. nat., Computer Science, Carl‑von‑Ossietzky‑Universität Oldenburg (2017)  
- **Known for:** Completing a doctorate in computer science under prominent advisors  
- **Employer(s):** – (no specific employer information available)  
- **Field(s):** Computer Science  

## Contributions  
Lars Weber’s principal scholarly contribution is his 2017 doctoral dissertation completed at the Carl‑von‑Ossietzky‑Universität Oldenburg. The work is recorded in the Mathematics Genealogy Project (ID 230330), linking him to a lineage of computer‑science researchers. Supervised jointly by Claus Möbus—renowned for his work in software engineering—and Martin Fränzle—a German computer scientist noted for contributions to formal methods, Weber’s research benefitted from a strong mentorship environment. While the specific title and content of the dissertation are not detailed in the available sources, the successful defense of a Dr. rer. nat. signifies a substantial original contribution to the field, typically involving peer‑reviewed publications, conference presentations, or prototype implementations. The dissertation’s inclusion in the genealogy database also indicates that Weber’s work is recognized as part of the scholarly record, potentially influencing subsequent research projects and graduate students within the Oldenburg computer‑science community.

## FAQs  
### Q: What degree did Lars Weber obtain and when?  
A: He earned a Dr. rer. nat. in computer science from the Carl‑von‑Ossietzky‑Universität Oldenburg in 2017.  

### Q: Who supervised Lars Weber’s doctoral research?  
A: His doctoral advisors were Claus Möbus and Martin Fränzle, both established computer scientists.  

### Q: Is Lars Weber listed in any academic genealogy databases?  
A: Yes, he appears in the Mathematics Genealogy Project with the identifier 230330.  

## Why They Matter  
Lars Weber’s attainment of a Dr. rer. nat. places him among the cadre of researchers who have contributed original knowledge to computer science. By working under the guidance of Claus Möbus and Martin Fränzle, he was positioned within a network of scholars known for advancing software engineering and formal methods. His dissertation adds to the intellectual capital of the Carl‑von‑Ossietzky‑Universität Oldenburg, a hub for innovative computing research in Germany. Even without publicly documented publications, the mere presence of his doctoral work in the Mathematics Genealogy Project ensures that future scholars can trace methodological lineages and potentially build upon his findings, sustaining the continuity of research excellence in the field.

## Notable For  
- Completion of a Dr. rer. nat. in computer science at Oldenburg (2017)  
- Dual supervision by prominent computer scientists Claus Möbus and Martin Fränzle  
- Inclusion in the Mathematics Genealogy Project (ID 230330)  
- Contribution to the scholarly lineage of German computer‑science research  

## Body  

### Academic Background  
- **University:** Carl‑von‑Ossietzky‑Universität Oldenburg  
- **Degree:** Dr. rer. nat. (Doctor of Natural Sciences) in Computer Science, 2017  
- **Advisors:**  
  - **Claus Möbus** – known for work in software engineering and empirical studies.  
  - **Martin Fränzle** – German computer scientist with a focus on formal methods and verification.  

### Doctoral Research  
- **Dissertation:** Recorded in the Mathematics Genealogy Project (ID 230330).  
- **Research Environment:** Benefited from Oldenburg’s strong computer‑science department, which emphasizes both theoretical foundations and practical applications.  

### Academic Recognition  
- **Genealogy Entry:** The Mathematics Genealogy Project documents his academic lineage, confirming his place within the broader research community.  

### Potential Impact  
- **Mentorship Legacy:** Supervision by two senior scholars suggests that Weber’s work may have incorporated rigorous methodological standards, influencing peers and subsequent students.  
- **Research Continuity:** His dissertation contributes to the ongoing scholarly dialogue at Oldenburg, potentially informing future projects in software engineering, formal verification, or related sub‑fields.  

*All information presented is derived exclusively from the supplied source material.*

## References

1. Mathematics Genealogy Project