At Syntes, the Research Scientist role is a cornerstone of our global research and development engine. Operating within our advanced therapeutic, computational biology, and discovery pipelines, scientists in this position are responsible for translating complex biological hypotheses into viable therapeutic candidates. Whether you are based in our major hubs in Beerse, Leiden, Spring House, or Malvern, your work directly impacts our ability to address some of the world's most challenging medical needs.

This role requires a rare blend of deep domain expertise and cross-functional agility. You will not work in a silo; instead, you will collaborate with computational biologists, clinical teams, and external partners to design and execute robust experimental strategies. The scale of our operations means that your insights can rapidly influence pipeline decisions, making this position both intellectually demanding and highly impactful.

The ideal Research Scientist at Syntes is not just an exceptional bench or computational scientist, but also an outstanding communicator. Because our R&D structure is highly collaborative and matrixed, your ability to present data clearly, defend your scientific methodologies, and build consensus across diverse teams is just as critical as your technical acumen.

The questions you will face during the Syntes interview loop are designed to assess both your technical mastery and your collaborative readiness. While questions are tailored to the specific team and location, they consistently focus on your past research, scientific problem-solving, and adaptability within a corporate R&D environment.

Technical & Project Deep Dives

These questions evaluate your command of your specific scientific discipline, your experimental design choices, and your ability to defend your research decisions.

• Can you walk me through the experimental design of your most recent project, specifically explaining why you chose those particular methodologies over alternatives?
• Describe a time when an experiment yielded unexpected or contradictory data. How did you troubleshoot the issue, and what was the outcome?

To succeed in the Syntes hiring process, you must prepare to demonstrate a balance of technical rigor, structured thinking, and collaborative leadership. The hiring committee looks for candidates who can seamlessly transition from deep scientific execution to high-level strategic discussions.

Scientific Rigor & Domain Expertise – You must demonstrate a flawless understanding of your core research area. Expect interviewers to probe deeply into the "why" behind your past projects, testing your grasp of experimental controls, statistical significance, and scientific literature.

Structured Problem-Solving – When presented with hypothetical research bottlenecks or ambiguous data, you need to show a systematic approach to troubleshooting. Break down complex biological or computational problems into logical, testable hypotheses.

Scientific Communication – Your ability to deliver a compelling, clear, and well-structured research seminar is critical. You must be able to articulate the clinical or scientific relevance of your work, clearly define your individual contributions, and handle rigorous Q&A from a diverse panel.

Collaborative Agility – Syntes operates as a highly matrixed corporate entity. You must show that you can build strong working relationships across departments, navigate corporate structures with diplomacy, and maintain a resilient, positive attitude when project directions pivot.

The interview process for a Research Scientist at Syntes is thorough, structured, and designed to evaluate both your scientific depth and your cultural alignment. While there may be minor variations depending on whether you are interviewing in the United States, Europe, or Asia, the core framework remains highly consistent.

The journey begins with an initial recruiter screen, which focuses primarily on aligning your background with the job description's key requirements. This is typically followed by a technical screening call with the hiring manager or a senior team member, where you will discuss your past projects and research interests in detail.

The final stage is an intensive on-site or virtual panel interview. This stage is characterized by a formal scientific seminar where you present your research to the department, followed by a series of 30-minute one-on-one or small panel interviews with team members, managers, and department directors.

This visual timeline illustrates the typical progression from your initial application to the final decision. Candidates should use this roadmap to pace their preparation, ensuring they allocate sufficient time to polish their research seminar before reaching the intensive final rounds. Note that while the initial stages move relatively quickly, the final panel stage requires significant coordination and deep technical readiness.

Scientific Presentation & Seminar

The research seminar is the most critical component of the Syntes on-site interview. It is your opportunity to showcase your scientific identity, your communication skills, and your ability to handle live academic rigor.

Be ready to go over:

• Project Context & Impact – Clearly state the clinical or biological significance of your research. Do not just explain what you did; explain why it matters to the broader field.
• Individual Contribution – Clearly delineate your personal contributions from those of your collaborators or lab mates. Interviewers want to know exactly what you drove.
• Methodological Defense – Be prepared for highly specific questions regarding your experimental design, controls, sample sizes, and statistical analyses.
• Advanced concepts (less common) – Translational modeling, novel assay development, and integration of machine learning workflows in target discovery.

Example scenarios:

• Defending your choice of a specific animal model or cell line during the Q&A session.
• Explaining how you addressed a major confounding variable in your data set.

Technical Project Defense

Following your presentation, individual one-on-one sessions will dive deeper into the technical specifics of your resume and past publications.

Be ready to go over:

• Troubleshooting & Resilience – Discussing specific instances where assays failed or data was inconclusive, and how you systematically resolved these issues.
• Data Integrity & Analysis – Your approach to managing large datasets, ensuring reproducibility, and utilizing statistical software.
• Equipment & Platform Familiarity – Demonstrating hands-on experience with the specific instrumentation or computational tools relevant to the role.

Example scenarios:

• Walking a senior scientist through the step-by-step optimization of a difficult protocol.
• Discussing the limitations of your computational models and how you validated them in vitro.

Collaborative & Corporate Competency

Because Syntes is a large, matrixed organization, interviewers place a heavy emphasis on how you fit into a corporate structure and work across multidisciplinary teams.

Be ready to go over:

• Cross-Functional Communication – How you translate your findings for stakeholders in clinical, regulatory, or commercial roles.
• Conflict Resolution – Navigating scientific disagreements within a project team productively.
• Adaptability – Demonstrating a flexible mindset when organizational priorities shift or projects are discontinued.

Example scenarios:

• Describing how you managed a project when a key collaborator failed to deliver their portion of the data on time.
• Explaining how you aligned your research goals with the broader strategic objectives of your previous organization.

As a Research Scientist at Syntes, your day-to-day activities will bridge the gap between early-stage discovery and preclinical development. You will design, execute, and analyze complex experiments that validate therapeutic targets and advance candidates through the pipeline.

Collaboration is central to this role. You will regularly meet with cross-functional project teams to share data, brainstorm solutions to technical bottlenecks, and align on project milestones. You will also be expected to maintain meticulous documentation of your experimental workflows and results, ensuring compliance with corporate and regulatory standards.

In addition to laboratory or computational execution, you will play an active role in shaping the scientific direction of your team. This involves staying at the forefront of scientific literature, proposing novel methodologies, and presenting your findings to internal leadership and at international scientific conferences.

To be competitive for a Research Scientist position at Syntes, you must possess a strong foundation in scientific research, supported by a track record of peer-reviewed publications or impactful industrial contributions.

Technical Skills

• Must-have skills – Deep expertise in your specific scientific domain (e.g., molecular biology, immunology, computational biology, or biochemistry); proficiency with standard data analysis software (R, Python, Prism, or equivalent); hands-on experience with relevant laboratory instrumentation or computational pipelines.
• Nice-to-have skills – Experience working in a high-throughput screening environment; familiarity with automation and liquid handling systems; knowledge of drug discovery pipelines and regulatory requirements (GLP/GMP).

Experience & Background

• Education – A Ph.D. in a relevant scientific discipline (e.g., Biology, Chemistry, Bioinformatics, Pharmacology) is typically required, though exceptional candidates with a Master's degree and extensive industry experience will be considered.
• Industry Experience – Postdoctoral training or prior industry experience in a biotechnology or pharmaceutical setting is highly preferred, particularly for mid-to-senior level roles.
• Soft Skills – Outstanding oral and written communication skills; a proven track record of successful cross-functional collaboration; strong project management and organizational abilities.