Applications of NGS Technology:

Next-generation sequencing technology has changed the type of questions scientists can ask and answer. For example, NGS allows researchers to:

• Sequence millions of DNA fragments simultaneously
  
  
• Rapidly sequence whole genomes
  
  
• Study the human microbiome
  
  
• Identify novel pathogens
  
  
• Sequence cancer samples to study rare somatic variants, tumour subclones and more

NGS Scientist: Key Duties & Responsibilities

Next-generation sequencing (NGS) scientists have many duties and responsibilities, including:

• Processing and managing NGS data analysis
  
  
• Developing data processing pipelines for genomics and other lab testing assays
  
  
• Assessing the quality of nucleic acids
  
  
• Using online data management systems to track samples and document lab work
  
  
• Designing, executing and analysing experiments using established protocols
  
  
• Supporting research projects using genomic technologies
  
  
• Facilitating the launch of new innovative products and technologies

What Qualifications Are Required?

• A relevant degree in Life Sciences, ranging from BSc to PhD level, with proven experience in molecular biology assays and NGS.
  
  
• Hands-on expertise in targeted NGS assay workflows and familiarity with various sequencing technologies.
  
  
• Demonstrated industry experience in developing and tech transferring in IVDs under ISO13485.