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6 Health and Medical Research Jobs in Denmark
Laboratory work proceeds through protocols, requiring precision as equipment cycles through measurements and analyses.
Average salary: DKK 449,200
Average salary
DKK 449,200
across 5 jobs
- Postdoc inden for evidensbaseret medicin
- University of Southern Denmark
- Odense, Denmark
- DKK 480,000 – DKK 520,000New
- PhD Candidate in Human Biomonitoring and Mixture Risk Assessment
- DTU - Technical University of Denmark
- Denmark
- DKK 400,000 – DKK 450,000New
- PhD Scholarship in Molecular and Reproductive Toxicology
- DTU - Technical University of Denmark
- Denmark
- DKK 400,000 – DKK 450,000New
- Scientist, QA Microbial (9 months cover)
- AGC Biologics
- Copenhagen, Denmark
- DKK 450,000 – DKK 550,000New
- PhD Scholarship in Assessment of Health Impact of Microbial Foods in Vivo
- DTU - Technical University of Denmark
- Denmark
- DKK 360,000 – DKK 432,000New
- QEHS Specialist
- Arla Foods
- Denmark
Health and medical research involves designing and conducting experiments, analyzing data, and documenting findings to advance understanding of diseases, treatments, and human biology. Employers typically require at least a bachelor's degree in a relevant scientific field, though many positions demand master's or doctoral qualifications. Research roles span academic institutions, pharmaceutical companies, hospitals, government agencies, and contract research organizations, ranging from entry-level technician positions through senior investigator roles leading entire projects.
Health and Medical Research jobs by city
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Questions
What qualifications are needed to start in health and medical research?
Most entry-level positions require a bachelor's degree in biology, chemistry, biochemistry, or a related field. Some technician roles accept candidates with associate degrees or relevant certifications, though advancement typically requires continued education or master's-level training.
What does a typical day involve in research laboratory work?
Days involve preparing samples, operating analytical instruments, recording data, and maintaining detailed documentation of experiments. Much time goes to troubleshooting equipment, cleaning workstations, and ensuring compliance with safety and quality protocols.
How much time is spent on actual research versus administrative tasks?
The balance varies significantly by role and institution. Senior researchers often spend considerable time writing grants and managing teams, while laboratory technicians focus primarily on hands-on experimental work and data recording.
What skills matter most in this work?
Attention to detail and systematic thinking are essential for following complex protocols accurately. Technical proficiency with laboratory equipment, strong data analysis ability, and clear written communication for documenting methods and results are equally critical.
How does career progression work in health and medical research?
Advancement typically moves from technician roles through senior technician or specialist positions, then into supervisory or project leadership roles. Pursuing advanced degrees opens pathways to principal investigator positions or senior scientist roles leading research programs.
What's the difference between working in pharmaceutical research versus academic research?
Pharmaceutical environments typically follow stricter regulatory timelines and focus on specific drug development stages with defined endpoints. Academic research often allows more exploratory investigation with longer timelines, though it generally involves more grant-writing and teaching responsibilities.
Are there opportunities for specialization within medical research?
Yes—researchers can specialize by disease area, research method, patient population, or stage of development. Specialization often deepens through additional training, publications, and years working within a particular focus area.
What are working conditions typically like in research positions?
Laboratory work often requires standard daytime hours, though some facilities operate extended schedules for continuous experiments. Physical demands include standing for extended periods, working with potentially hazardous materials, and following strict safety protocols and personal protective equipment requirements.
How does clinical research differ from laboratory-based research?
Clinical research involves direct work with patient populations, clinical data, and healthcare settings, whereas laboratory research focuses on experimental work with samples and controlled conditions. Clinical roles require additional training in human subjects research and ethical considerations.
What professional development opportunities exist in this field?
Opportunities include conference presentations, publishing research findings, pursuing advanced certifications, and cross-training in complementary techniques. Many employers support continuing education and professional memberships to maintain current knowledge.