Scientist – Molecular Biology & Immune Assay Development
Share
Job Location:
Monthly Salary:
Posted on:
30+ days ago
Vacancies:
1 Vacancy
Job Summary
Work Schedule
Standard (Mon-Fri)Environmental Conditions
Laboratory Setting OfficeJob Description
Location/Division Specific Information:
Olink part of Thermo Fisher Scientific is dedicated to advancing the understanding of human disease through proteomics. Olink panels provide innovative high-quality solutions for human protein biomarker discovery enabling researchers to measure thousands of proteins simultaneously from just a few microliters of blood. Using highly specific and thoroughly validated assays with a wide dynamic range Olinks technology overcomes traditional limitations in protein analysis and supports deeper insights into human biology and disease.
Job Description
The Innovation Centre drives the next generation of technologies products and applications for protein biomarker discovery. As a Scientist in the Innovation Centre you will play a key experimental role in advancing Olinks platforms with a strong focus on molecular biology immune assay development quantitative PCR (qPCR) and next generation sequencing (NGS).
This is a highly laboratory-based position. You will design and execute experiments develop and optimize sequencing- and qPCR-based immunoassays and contribute to the advancement of molecular workflows that underpin Olink technologies. You will collaborate closely with senior scientists bioinformaticians and project managers to translate innovative concepts into robust scalable assays.
A Day in the Life
- Design develop optimize and troubleshoot immunoassays and associated molecular readout workflows (qPCR and NGS).
- Perform molecular biology techniques including oligonucleotide design PCR/qPCR assay optimization and NGS library preparation.
- Contribute to development and validation of antibody-based assay formats (e.g. PEA PLA or related technologies).
- Characterize antibodies and reagents with respect to specificity sensitivity and performance in assay context.
- Analyze experimental data from qPCR and NGS platforms and document results in a structured reproducible manner.
- Evaluate and implement new reagents protocols and technologies to improve assay robustness throughput and performance.
- Work cross-functionally with colleagues in assay development bioinformatics protein sciences and data analysis to refine experimental designs.
- Present experimental plans data and conclusions clearly in internal meetings.
- Maintain a well-organized laboratory environment including instrument maintenance and adherence to safety procedures.
- Contribute to building and sharing molecular biology and immune assay expertise within the Innovation Centre.
Qualifications
- PhD or equivalent experience in molecular biology biotechnology immunology or a related field.
- Strong hands-on experience in molecular biology techniques.
- Experience with NGS library preparation and sequencing-based assay readouts is highly desirable.
- Practical experience with antibody-based assay formats (e.g. ELISA PEA PLA or similar technologies).
- Experience in development optimization and validation of immunoassays.
- Ability to independently plan execute and document experiments in a structured and rigorous manner.
- Strong collaborative mindset and ability to contribute effectively in multidisciplinary project teams.
Why Join Us
At Olink Thermo Fisher Scientific you will be part of a nurturing team that values integrity innovation and involvement. We offer an encouraging environment where your diverse experiences and perspectives are appreciated enabling you to thrive and excel in your career. Come aboard and contribute significantly to global health and safety!
If you believe youre the right fit for this role we encourage you to submit your resume along with a cover letter highlighting your relevant experience. The last day for applications is on the 27th of March.
Required Experience:
IC
About Company
Electron microscopes reveal hidden wonders that are smaller than the human eye can see. They fire electrons and create images, magnifying micrometer and nanometer structures by up to ten million times, providing a spectacular level of detail, even allowing researchers to view single a ... View more
