Semantic Search Engine for R Code
We developed a semantic search engine for a leading pharmaceutical company that identifies relevant R code snippets through natural language queries, thereby improving developer efficiency.

Challenge
The specific challenges were that existing code search methods mostly relied on lexical approaches and struggled to capture the semantic meaning of search queries. This often led to inaccurate or irrelevant results. A solution was needed to increase search precision and improve developer efficiency.
Approach
The developed solution involved fine-tuning a pre-trained transformer model optimized for code search. Machine learning and natural language processing methods were used to enable semantic analysis of search queries. The implementation also included filtering duplicate search results and re-evaluating search results with an additional model for the best possible recommendations.
Result
The results achieved included successfully verifying the feasibility of semantic search and its superiority over classical approaches. The model outperformed all available pre-trained models in search precision and significantly improved developer efficiency. Through semantic analysis, relevant code snippets could be identified and suggested more precisely, accelerating and optimizing the development process.