Descriptif du poste

To achieve our ambitious goal, we are looking for a motivated software engineer to join our dynamic team. Your work will focus on writing, reviewing, and optimizing bioinformatics scripts and pipelines, ensuring robust, efficient data processing in our bioinformatics team. If you’re ready to play a critical role in our journey and make an impact, we’d love to hear from you!

Your Responsibilities

• Write, understand, and review Python, Bash, R, and Nextflow scripts in bioinformatics workflows
• Review, understand and optimize, and streamline existing bioinformatic pipelines, especially the infrastructure facilitating the logistics of input intermediary and output data
• Collaborate closely with bioinformaticians to provide scripting and technical support, refactor code according best practice standards keeping ease of maintenance in mind
• Maintain the modular structure of our codebase
  
  

Profil recherché

Required

• Bachelor’s degree in Computer Science or related field.
• Proficiency in Python, Docker, and HTML
• Professional working proficiency in English (both writing and spoken).
  
  

Nice-to-Have (in Order Of Priority)

• Prior knowledge in bioinformatics
• Able to present results with proper visualization
• Proficiency in R
• Familiarity with pipeline automation tools like Nextflow
• Proficiency with PostgreSQL
  
  

Déroulement des entretiens

At Phagos we believe the recruitment process begins from the application. This is why we invite you to take your time and thoughtfully complete our application form.

Once we select your profile, we are committed to make sure you have a positive and seamless experience !

Interview #1 with Andrew, Research Scientist in Bioinformatics.

Interview #2 with Adèle & Alex, our co-founders.

Interview #3 with 5 team members of Phagos, randomly picked for a Teamfit discussion.

Qui sont-ils ?

Phagos is on a mission to create a cleaner, more sustainable future by using bacteria’s natural predator, the bacteriophage, to win the fight against antibiotic resistance and cure infectious diseases. We use breakthrough technologies in both the wet lab and dry lab to generate customized treatments for pathogenic diseases at an unprecedented speed.