912 reference standards & impurities catalogued · custom synthesis on request
Careers
We are a small team doing genuinely difficult chemistry on a deadline. That suits some people enormously and others not at all — the roles below say plainly which is which.
Why here
Multi-step synthesis on molecules that have never been made in-house before — not the same three reactions on repeat.
NMR, LC-MS, HPLC and GC are working tools here, not a queue you submit samples into and wait a week.
Ideas reach a decision the same week. Nobody is three approvals away from trying a different route.
Structure elucidation, pharmacopoeial interpretation and regulatory context — taught, not assumed.
Open roles
No matching role? Send an open application anyway — we keep good CVs on file and the team grows in steps.
M.Sc. or Ph.D. in Organic Chemistry with hands-on multi-step synthesis experience. You will own routes end to end, from literature survey to characterised compound.
Method development and validation experience on HPLC and LC-MS platforms, ideally including impurity profiling and forced degradation work.
Documentation control, batch release review and audit readiness. Familiarity with ICH guidance and pharmacopoeial monographs expected.
Technical selling into pharmaceutical QC and R&D teams. A science background and comfort with a chromatogram are both required.
Applying
Keep it short. We read every application ourselves.
A CV
One or two pages. Techniques and instruments you have actually operated, not the ones your department owns.
Two reactions you are proud of
A sentence each on what was hard about them and what you changed.
When you could start
And whether you need relocation support.
Email applications to careers@synthesisanalytics.com, or use the form — attachments can follow by email once we reply.
Tell us which kind of work you want to be doing in two years.
Next step
Send us the compound name, the CAS number, or simply the chromatogram you are trying to explain. Our chemists will come back with availability, scale and a realistic timeline.
