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Research / problem-solvingResearch / problem-solving
Other Laboratory Technicians
As an Other Laboratory Technician, you play a pivotal role in supporting scientific research and development across various industries, from pharmaceuticals to environmental science. Your expertise ensures that experiments are conducted safely, accurately, and efficiently, making a significant impact on advancements that benefit society globally.
No degree needed for many routesApprenticeship route
AI impact: low££ payApprenticeship route
22
AI impact
how much AI is reshaping it
Robin · your guide
Curious about being a other laboratory technicians? Here's the honest picture - what you'd really do, what you'd earn, and every way in. No need to decide anything yet.
What you'd actually do
The role of an Other Laboratory Technician is both dynamic and essential in the scientific community. These professionals work behind the scenes, facilitating groundbreaking research that can lead to innovative solutions in healthcare, environmental conservation, and various technological advancements. Your contributions ensure that experiments are conducted under optimal conditions, which is crucial for obtaining reliable results and making informed decisions based on scientific data.
In a typical work environment, you will find yourself surrounded by cutting-edge technology and a team of dedicated professionals. Your day will begin with reviewing the experimental protocols and preparing the necessary equipment. This could involve calibrating machines, setting up samples, or even preparing chemical solutions. Attention to detail is paramount, as even the slightest error can lead to significant discrepancies in results.
- Equipment Preparation: You will be responsible for ensuring that all laboratory instruments are functioning correctly and are properly calibrated. This includes routine maintenance and troubleshooting of any issues that arise.
- Conducting Tests: Your primary responsibility will be to perform a variety of tests, which may include chemical analyses, microbiological assays, or physical property measurements. Accurate documentation of these results is crucial for future research.
- Collaboration: Working closely with scientists and other technicians, you will assist in developing new methodologies and refining existing ones. Your insights can help improve the efficiency and accuracy of experiments.
- Health and Safety Compliance: Adhering to strict health and safety protocols is a critical aspect of your role. You will ensure that all laboratory practices meet regulatory standards to protect yourself and your colleagues.
- Inventory Management: Keeping track of laboratory supplies is essential. You will monitor stock levels, reorder materials, and ensure that all necessary items are available for ongoing projects.
The challenges you may face in this role include managing tight deadlines and troubleshooting unexpected issues during experiments. However, the rewards are equally significant. You will have the opportunity to contribute to meaningful scientific discoveries and advancements that can have a lasting impact on society. Moreover, as you gain experience, there will be ample opportunities for professional development and career progression within the scientific field.
1Prepare and maintain laboratory equipment and instruments for experiments and tests.
2Conduct routine tests and analyses, documenting results with precision and accuracy.
3Assist in the preparation of chemical solutions, cultures, and samples for research purposes.
4Ensure compliance with health and safety regulations, maintaining a clean and organized workspace.
5Collaborate with scientists and other technicians to troubleshoot experimental protocols.
6Monitor inventory of lab supplies, ordering materials as necessary to ensure uninterrupted operations.
7Participate in training sessions and workshops to stay updated on new techniques and technologies.
8Maintain detailed records of experiments, procedures, and findings for future reference.
Career progression & pay
01
Getting in
Junior Laboratory Technician
£22,000 - £27,000
A-levels in science subjects or a relevant vocational qualification.
As a Junior Laboratory Technician, you will assist in basic laboratory tasks, including sample preparation and equipment maintenance. This entry-level role is ideal for those looking to gain hands-on experience in a laboratory environment.
02
Building up
Mid-Level Laboratory Technician
£28,000 - £35,000
A degree in a relevant scientific field and experience in a laboratory setting.
In a Mid-Level role, you will take on more complex tasks, including data analysis and project management. You will work closely with senior scientists and may supervise junior technicians.
03
At the top
Senior Laboratory Technician
£38,000+
Extensive experience in laboratory work and possibly a higher degree (e.g., MSc or PhD) in a relevant field.
As a Senior Laboratory Technician, you will lead research projects, mentor junior staff, and ensure the laboratory operates efficiently. Your expertise will be crucial in driving innovative research and development.
Degrees that lead here via Biological Sciences
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Who hires - top UK employers
NHS
The National Health Service is the largest employer in the UK, providing a wide range of healthcare services and employing numerous laboratory technicians.
GlaxoSmithKline
A global healthcare company that researches and develops a broad range of innovative medicines and vaccines.
AstraZeneca
A leading biopharmaceutical company that focuses on the discovery, development, and commercialisation of prescription medicines.
Eurofins Scientific
A global group of laboratories providing laboratory services to the pharmaceutical, food, environmental, and consumer products industries.
Thermo Fisher Scientific
A global leader in serving science, providing a range of laboratory products and services.
AI & the future of this job
Laboratory technicians occupy a genuinely resilient position in the AI landscape because their work is fundamentally physical, contextual, and safety-critical. Preparing chemical solutions, calibrating instruments, and maintaining sterile environments requires hands-on precision that robotic lab systems are only beginning to approximate, and even then only in highly specialised, well-funded facilities. AI tools are already assisting with data logging, results analysis, and protocol documentation, but these are peripheral to the core technician role rather than replacements for it. The human judgement required to troubleshoot unexpected experimental behaviour, notice environmental anomalies, or adapt safely mid-experiment remains genuinely difficult to automate.
Within 5 Years
Moderate workflow assistance
Over the next five years, AI will meaningfully reduce the documentation burden for lab technicians, with tools auto-generating test reports, flagging anomalies in results data, and streamlining compliance paperwork. Automated liquid handling systems and basic robotic platforms will take over some repetitive sample preparation tasks in larger facilities. However, the bulk of hands-on bench work, equipment maintenance, and safety oversight will remain firmly human-led. Technicians who learn to operate and interpret AI-assisted instruments will be more productive rather than redundant.
Within 10 Years
Skilled oversight becomes central
By the mid-2030s, robotic laboratory automation will be more widespread in pharmaceutical and academic research settings, handling high-throughput sample processing and routine assays with greater consistency. This will likely shift the technician role towards supervising automated systems, validating outputs, and managing exceptions that machines cannot handle. Smaller labs, NHS settings, and field-based environmental work will remain largely unchanged due to cost and practicality barriers. Technicians who upskill into lab informatics, quality assurance, or specialist analytical techniques will find their roles expanding rather than contracting.
Within 20 Years
Redefined but sustained demand
Twenty years out, the laboratory technician role will look different but will not have disappeared. Fully autonomous labs may handle standardised, high-volume testing in large commercial environments, reducing headcount in those specific contexts. However, novel research environments, regulatory oversight, bespoke experimental work, and crisis response situations will continue to demand skilled human technicians who can apply adaptive reasoning in unpredictable conditions. Those who position themselves as specialist operators, data validators, or cross-disciplinary scientists will remain highly employable across a broadening range of sectors including synthetic biology, climate science, and personalised medicine.
How to stay ahead
Build data literacy alongside bench skills
Learn to work with laboratory information management systems (LIMS), basic Python or R for data handling, and AI-assisted analytical tools. Technicians who can interpret automated outputs and quality-check algorithmic findings are significantly harder to replace and more likely to progress into senior or specialist roles.
Specialise in a high-growth sector
Target areas where demand is structurally rising: NHS pathology, environmental compliance testing, pharmaceutical manufacturing, or emerging fields like genomics and cell therapy. Specialist technicians in regulated sectors command better pay and face less competition from automation because their work requires certified human accountability.
Gain quality assurance and regulatory credentials
Qualifications in GMP (Good Manufacturing Practice), GLP (Good Laboratory Practice), or ISO standards make you essential to any lab that operates in a regulated environment. AI cannot sign off on compliance, and organisations face real legal consequences for failures in this area, so qualified technicians remain indispensable.
Develop troubleshooting depth over procedural breadth
Routine procedures are the most automatable part of this job, so invest in developing genuine diagnostic expertise for when experiments fail or instruments behave unexpectedly. Scientists and research teams depend heavily on technicians who can identify root causes quickly, and this problem-solving capacity is exactly what automated systems cannot replicate in novel situations.
How to get in - your routes
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