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Senior Research Jobs

Updated hourly from a 20M+ job database, this list surfaces senior research roles across scientific discovery, bioinformatics, informatics, study leadership, R&D, and technical development.

Titles can include senior or principal research scientist, principal investigator, bioinformatics scientist, informaticist, study lead, human-factors researcher, laboratory scientist, technical-development leader, and R&D director. The work may involve defining research questions, designing experiments or studies, developing computational methods, directing laboratory programs, translating findings into products, managing grants or partnerships, and leading multidisciplinary teams. Employers span biotechnology, healthcare, aerospace, engineering, social science, universities, research organizations, and industrial R&D. Their expectations differ: academic-adjacent roles may emphasize publications and funding, product research may prioritize transfer and development decisions, and regulated work may require rigorous study documentation and quality systems. External collaboration can add partnership, grant, or scientific-representation duties. Evaluate seniority through intellectual ownership, independence, program or study scope, influence on technical direction, external representation, and responsibility for people, budgets, facilities, or collaborations.

Research output provides a clearer comparison than title: discovery, validation, publication, technical transfer, and product development each imply a different role. Identify whether the position owns a study, research platform, portfolio, or team, then check advanced-degree expectations, publication or patent record, laboratory and computational methods, domain knowledge, and regulatory experience. Look for access to collaborators, equipment, data, or operational teams needed to carry the program from question to result. The source may specify a seminar, writing sample, portfolio, or technical discussion; prepare only for the process it describes. Company, location, research-field, compensation, and sponsorship filters can refine the set. Consider funding horizon, disclosed equity, laboratory or field presence, travel, publication freedom, and available resources, and verify clearance, authorization, and research-compliance requirements directly.

The list is free to browse and filter. A free account can save research roles, record application or presentation dates, and provide Copilot. Keep the research mandate and resource questions in the role record.

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This list covers senior laboratory, scientific, clinical, translational, computational, biostatistical, pharmaceutical, physical-science, and R&D positions. Every matched title must include senior.

Describe the questions, methods, studies, experiments, models, or products you owned. Include scientific impact, validation, publications, patents, regulatory contributions, technical leadership, and measurable development outcomes where applicable.

Requirements depend on the discipline and role. Some scientist and independent-research positions require advanced degrees, while many clinical, laboratory, operations, development, and technical roles value substantial relevant experience.

Expect detailed discussion of prior work, methods, evidence, limitations, and decisions. Employers may also use seminars, technical presentations, study critiques, case exercises, or discussions with cross-functional partners.

Laboratory roles emphasize experiments and assays, clinical roles support studies involving patients and protocols, computational roles use code and quantitative methods, and R&D roles connect investigation with products or processes.

Show examples of defining studies, selecting methods, resolving technical uncertainty, improving rigor, mentoring colleagues, or guiding cross-functional decisions. Explain how others relied on your scientific judgment.

Ask about funding, equipment, data access, publication practices, intellectual-property expectations, decision processes, and collaboration. Clarify whether the role emphasizes discovery, development, clinical execution, or operational delivery.

Compare scientific freedom, resources, leadership quality, program stability, publication and patent policies, regulatory responsibilities, team composition, and advancement paths. Clarify what success means during the first year.