Undergraduate Industrial Analyst Scientist Month Fixed Term

This is a paid, fixed-term placement (usually 6 or 12 months) for an undergraduate taking a year out of their degree to work as a laboratory or data analyst in an industrial setting — typically pharmaceuticals, chemicals, food and drink, materials, energy or consumer goods. You run analytical tests on samples (things like chromatography, spectroscopy or physical testing), record and check the results, and pass them to the scientists, engineers or quality teams who need them. It is a real job with real deliverables, not a shadowing scheme, but it is time-limited and you return to university at the end of it.

Starting salary: £18k–£24k
Live graduate jobs: Search all jobs
Main way in: The main route by far
They usually ask for: A science degree in progress

Approximate graduate salary

Paid undergraduate placements in industrial science typically pay somewhere around £18,000–24,000 pro rata to start, though this varies widely by employer, sector and location — large pharmaceutical and energy employers tend to pay towards or above the top of that range, smaller labs and contract testing companies towards the bottom. Some placements also offer relocation help or subsidised accommodation; many do not. Treat these figures as rough approximations only.

What you'd actually do

Preparing samples for analysis — weighing, diluting, filtering, extracting — following a written method exactly, because analytical results are only as good as the sample prep
Running instruments such as HPLC (high performance liquid chromatography, used to separate and quantify the components of a mixture), GC (gas chromatography), UV-Vis or IR spectrophotometers, or titration and physical-testing rigs, depending on the sector
Processing raw instrument output in the software package that comes with the instrument, then transferring results into a LIMS (Laboratory Information Management System — the database that tracks every sample from arrival to result) or into spreadsheets
Checking results against specification limits and flagging anything out of range to a supervisor, rather than quietly re-running it until it looks right

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Writing up work in a lab notebook or electronic equivalent so that someone else could repeat it — this is a legal and audit requirement in regulated sectors, not just good practice
Routine instrument housekeeping: calibration, running standards and control samples, logging maintenance, ordering consumables
Attending team meetings and, in most placements, presenting your project or a summary of your work to the department near the end of the placement

How graduates get in

The main route by far: applying during your second year of a sandwich degree (a course with a built-in placement year) in chemistry, biochemistry, biomedical science, pharmacology, forensic science or a related subject. Applications typically open in the autumn of the year before the placement starts and larger employers fill positions early.
Applying independently even if your course does not formally include a placement year — many universities will let you intercalate a year out, but you need to check with your department first, as some will not, and an unaccredited year out can complicate student finance.
Summer internships in an industrial lab used as a stepping stone — doing one after first or second year makes a 12-month placement application noticeably stronger.
University placement offices and departmental tutors, who often circulate opportunities that are never advertised widely. This is a genuinely underused route.

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Occasionally, employers recruit for these roles through recruitment agencies that specialise in scientific staffing. Less common for undergraduate placements than for permanent lab jobs, but it happens.
A small number of these roles are open to recent graduates rather than current undergraduates, despite the 'undergraduate' title — read the eligibility wording carefully, because some employers require you to be returning to study.

What employers ask for

A science degree in progress — chemistry and biochemistry are the most common, but biomedical science, pharmaceutical science, forensic science, food science, materials science and some biology courses all lead here. The subject genuinely matters more than for most graduate roles, because you need the underlying theory.
Typically an expectation that you are on track for a 2:1 or above, though some employers ask for a 2:2 minimum and others do not screen on predicted classification at all. Grade requirements vary a lot between employers.
A-level chemistry (or equivalent) is often expected for chemistry-heavy analytical roles even though you are a degree-level candidate. Some employers still list A-level grades in their criteria; many no longer do.
Practical lab experience from your degree — you will be asked what techniques you have actually used with your own hands, not just studied. Named techniques on your CV carry real weight.

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For most of these roles you must be an undergraduate returning to complete your degree afterwards. Confirm this before applying, as it is a hard eligibility rule at many employers.
No professional exams are required. Some employers will support student membership of a professional body such as the Royal Society of Chemistry or the Royal Society of Biology, but this is optional and does not gate entry.

Skills that matter

Careful, repeatable practical technique

Analytical results are compared against tight specification limits, so small inconsistencies in pipetting, weighing or dilution show up directly as failed or unreliable results.

Accurate record-keeping

In regulated sectors such as pharmaceuticals and food, your notebook and LIMS entries can be inspected by auditors or regulators, and undocumented work effectively did not happen.

Data handling in Excel, and increasingly some scripting

You will spend a real share of your week reformatting instrument output, building calibration curves and spotting trends across batches; Python or R is not usually required but is a clear advantage in more data-heavy labs.

Basic statistics and understanding of measurement uncertainty

You need to judge whether a result is genuinely out of specification or within normal instrument variation before you escalate it.

Troubleshooting instruments

Chromatography systems drift, leak and produce odd peaks constantly, and the placement students who add most value are the ones who work out why rather than immediately fetching a supervisor.

Knowing when to escalate

Flagging an unexpected result early is valued; quietly repeating an analysis until it passes is a serious problem in a quality-controlled environment.

Putting these on a CV? We counted which skills 12,914 live graduate adverts ask for, and what to do with the answer — part of our application advice.

Where it leads

Finish the placement, return to complete your final year, and use the placement work as the basis for a stronger final-year project or dissertation — this is the intended path and the main immediate benefit.
Many employers offer returning placement students a graduate role, a fast-tracked application, or at least a direct route back into their recruitment process. How formal this is varies enormously — at some it is close to a standing offer for strong performers, at others there is no link at all and you apply from scratch.
Typical first graduate destination: analytical scientist, QC (quality control) analyst, R&D scientist or laboratory technician in industry — or a related non-bench route such as regulatory affairs, quality assurance, technical sales or scientific data analysis, all of which value the industrial exposure.
From an analytical scientist role, common next steps are senior analyst, then team leader or laboratory manager on the technical management track, or specialising as a method development scientist. Timeframes vary widely by employer and sector, so treat any specific number you see with suspicion.
A substantial minority go on to a PhD or an industrially sponsored postgraduate route instead, often having found a research area they like during the placement.

What people get wrong

“'Industrial Analyst Scientist' means analysing business or market data.”

In this context 'analyst' means chemical or biological analysis of physical samples. The word 'industrial' signals that it is in a company rather than a university, not that it is a business analysis role. Some versions of the job do involve significant data work, but it sits on top of laboratory analysis.

“It is a work-experience placement where you observe and do small tasks.”

You are usually given a defined project or a share of the routine testing workload, with results that other people depend on. Placement students in industrial labs are commonly treated as junior members of staff, paid a real salary, and held to the same documentation and safety standards as everyone else.

“Industrial lab work is more intellectually free than university research.”

Often the reverse. Much industrial analysis follows validated standard methods that you are not permitted to deviate from, and in regulated sectors changing a method requires formal approval. The variety comes from the range of samples and problems, not from designing your own experiments.

“A fixed-term placement is a weaker credential than a graduate scheme.”

For lab-based science careers it is one of the strongest things you can have on a graduate application, because employers can see you have worked to industrial standards on real instruments. Candidates without any industrial placement often find lab roles harder to get.

Where this varies

The work differs sharply depending on sector and on whether the lab is regulated. In pharmaceutical QC, food testing and contract analytical labs, you follow validated methods under strict documentation rules (GMP or GLP — formal quality systems governing how regulated lab work is done) and the emphasis is on consistency and traceability. In R&D or materials labs, method development and problem-solving make up more of the job and the paperwork burden is lighter. Company size matters too: in a large organisation you may work on one instrument or one product family in depth, while in a small lab you are likely to touch many techniques but with less specialist supervision. The 'fixed term' length also varies — 12-month sandwich placements are the most common, but 3-month summer and 6-month arrangements exist, and a shorter placement will realistically mean less independent project work.

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General guidance about the role across the UK market, not about any specific employer. Entry routes and requirements vary — always check the individual job advert.