June 16, 2021
Description
- You will become an integral member of our target and drug discovery teams, helping to move programs from concept to the clinic
- You will help design and interpret functional genomics and computational biology experiments, often integrating data from genetics and external sources
- You will work with the Human Genetics, Functional Genomics, Stem Cell and Drug Discovery departments to design and implement cutting-edge analysis and visualization tools and production-quality bioinformatics pipelines
- You will communicate data and scientific results to both internal and external audiences, advise on analytical and statistical best practices, and contribute to open-source and collaborative projects
- You will propose new approaches and methods using your computational biology expertise, elevating our ability to break barriers in target discovery
Qualifications
- Advanced degree (or equivalent experience) in computational biology, bioinformatics, statistics, or other scientific field that has relevance to high-dimensional biological data; 2+ years’ experience (industry or academic) is preferred
Skills/Abilities/Competencies required:
- Demonstrated success developing and applying statistical and computational methods for analyzing and interpreting diverse functional genomics experiments
- Familiarity with pipelines and best practices for analyzing genomics data and diverse modern applications of sequencing technologies (including various high throughput and single cell applications)
- Extensive experience in the use of a high-level programming language (particularly R/Bioconductor, or Python/Pandas)
- A demonstrated ability to understand scientific needs from multiple R&D functions and a drive to bring complex projects to successful conclusion
- Experience working and communicating with diverse scientific teams; strong data presentation, analytical and visualization skills
- A highly motivated, proactive and “can-do” disposition
Contact
Contact Russell Bainer (rbainer@mazetx.com) with questions.