All jobsScience & Research

30 Science & Research Jobs in New Zealand

Experiments yield results through methodical troubleshooting, careful documentation, and hours spent refining protocols.

Science & Research jobs by city

• Callao34
• Basel32
• Aurora28
• Shanghai25
• Colombia22
• Arequipa21
• Karachi21
• Beijing21
• Mengeš18
• Visp18
• Brussels16
• Barcelona15
• Singapore15
• Ljubljana14
• Saskatoon14
• Oslo14

Specialities in Science & Research

• Health and Medical Research586
• Scientific Technicians521
• General Research515
• Chemical and Physical Science352
• Environmental and Climate Science320
• Biological Science205

Questions

• What qualifications do entry-level Science & Research roles typically require?

  Most entry-level positions require a bachelor's degree in a relevant scientific discipline such as biology, chemistry, or environmental science. Some laboratory technician roles may accept candidates with associate degrees or relevant certifications, though a four-year degree remains standard for most postings.

• How does a typical day differ across different Science & Research disciplines?

  A pharmaceutical researcher might spend time in cells or computer modeling, while an environmental scientist conducts field sampling and soil analysis. Physics researchers may work with specialized equipment or theoretical modeling, whereas clinical research coordinators manage patient protocols and data collection.

• What skills matter most for progression in Science & Research careers?

  Technical proficiency with instruments and software specific to your discipline forms the foundation, but problem-solving and attention to detail determine advancement. Ability to communicate findings clearly and work collaboratively with cross-functional teams becomes increasingly important at senior levels.

• How much time in Science & Research roles is spent at a desk versus in the laboratory or field?

  This varies significantly by role and discipline. Bench scientists may spend 60-70% of time in the lab, while theoretical researchers or data analysts work primarily at desks. Environmental or geological roles often involve substantial fieldwork, whereas pharmaceutical quality control might be lab-intensive year-round.

• What distinguishes Science & Research roles from teaching or technical support positions in academic settings?

  Science & Research positions focus on original investigation and discovery, whereas teaching roles prioritize education and technical support centers on troubleshooting existing systems. Researchers design experiments and generate new knowledge; others apply or explain established knowledge.

• How does working in biotech differ from academic Science & Research environments?

  Biotech roles typically follow shorter project timelines with commercial endpoints, whereas academic research may explore fundamental questions over years. Biotech positions usually involve more structured teams and stricter regulatory documentation, while academic roles often offer greater autonomy in directing investigations.

• What certifications or licenses are relevant for Science & Research work?

  Most laboratory roles require no specific licenses, but positions in clinical research, environmental monitoring, or quality assurance may require specialized certifications. Some roles qualify practitioners for credentials like Certified Clinical Research Coordinator or environmental professional certifications depending on jurisdiction and employer.

• How does contract research organization work compare to in-house corporate Science & Research roles?

  Contract research organizations manage multiple projects for different clients simultaneously, requiring flexibility and rapid protocol adaptation. In-house roles typically focus on a single organization's research pipeline with longer-term project involvement and deeper company-specific knowledge development.

• What preparation helps transition from academic coursework to Science & Research employment?

  Hands-on laboratory experience through internships, undergraduate research, or capstone projects provides the most direct preparation. Familiarity with standard instruments, data management systems, and documentation practices in your specific discipline accelerates the adjustment to professional work.

• How does Science & Research work in government laboratories differ from private sector roles?

  Government laboratories typically operate on multi-year funding cycles with emphasis on fundamental research or regulatory compliance, whereas private sector roles often balance research with commercial viability. Government positions may offer greater job security and standardized schedules, while private roles often involve faster-paced innovation cycles.