Sophia Genetics
Job Location
Job Description

You will be involved in our clinical next generation sequence (NGS) data analysis, specifically in exploratory data analysis tasks, either from our own wet lab or the data from our collaborators. 


You are motivated, enthusiastic and flexible. You are a team player and have the capacity to work independently on a project to completion.

You have expertise in NGS data analysis and high volume data visualization. You can demonstrate excellence in the following areas:

•  Strong data analysis experience using R/Bioconductor.

•  Strong Linux bash scripting experience.

•  Strong perl programming experience, and familiar with Python, and JAVA.

•  Experience in amplicon based NGS data analysis, and in the analysis of high-throughput sequencing data (preferably Illumina and ionTorrent sequence data).

•  Familiarity with Galaxy or other pipeline building system.

The candidate must speak English, any other language would also be an advantage.


How to Apply

To apply please contact

About Our Organization

Sophia Genetics was founded in 2011 to make Data Driven Medicine a reality. With the adoption of digital technologies, such as Next Generation DNA Sequencing, the healthcare industry entered the Big Data world raising new challenges in data protection and data analytics. We quickly recruited a world class team of more than 90 talented individuals, building a cross-disciplinary team that could understand and address those challenges. 

We always bet on quality, going into the details of the data, and similarly to Swiss watch makers, developed extremely powerful and reliable technologies to reach the highest possible accuracy. 

With over 170 hospitals using Sophia DDM®, our advanced analytical platform, we have created the World's Largest Clinical Genomics Community. Every week, we contribute in better diagnosing thousands of patients suffering from sporadic or hereditary cancers, pediatric diseases, metabolic and cardiac affections. We are passionate, act with integrity and make it our priority to offer patients the most accurate diagnosis of their disease so that they can receive the most effective treatments available.

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