NHS Biomedical Engineer Pay 2026/27: Band 5-7

Last updated: 2 November 2026 · Figures verified against the NHS Employers 2026/27 pay circular.

By the NHS Bands Pay editorial team

Biomedical engineer pay 2026/27: the Band 5, Band 6 and Band 7 scales

England awarded Agenda for Change staff 3.3% from 1 April 2026, and that award is already in these figures. A biomedical engineer in England in 2026/27 earns £32,073 to £39,043 at Band 5, £39,959 to £48,117 at Band 6 and £49,387 to £56,515 at Band 7, for a full-time 37.5-hour week. Each band has three steps: entry, intermediate and top. The gap between the top of Band 5 (£39,043) and the entry of Band 6 (£39,959) is only £916 a year, and the gap between the top of Band 6 (£48,117) and the entry of Band 7 (£49,387) is £1,270 a year. The real difference is in the ceiling and in the work: Band 7 tops out £24,442 a year above Band 5 entry, and the Band 7 posts carry specialist, senior or lead duties that Band 5 posts do not.

The 2026/27 England scales for a full-time 37.5-hour week. Hourly rates are annual pay divided by 52.2 weeks and then by 37.5 hours, rounded to the nearest penny, and enhancement rates on this page are calculated from that rounded hourly rate. Monthly pay is annual pay divided by 12. Weekly pay is annual pay divided by 52.2.

Progression within a band is not automatic: it depends on a satisfactory appraisal and completion of statutory and mandatory training. Band 5 moves through its three steps over around five years, and Bands 6 and 7 over a similar span, though the exact timing follows the trust's incremental progression policy and the post's gateway criteria. The jump from Band 5 to Band 6 is not a time-served step: it needs a post that carries the extra responsibility, and the post has to be vacant and applied for. The same applies from Band 6 to Band 7, where the post usually carries a lead or specialist brief that a Band 6 post does not.

What biomedical engineers actually do in an NHS post

Most biomedical engineer posts sit in medical engineering departments, sometimes called EBME departments, which stands for electro-biomedical engineering. The department looks after the medical devices of a trust or a group of sites, and the engineer is the person who keeps those devices working. The department may be based in a workshop in the hospital basement, with benches, test equipment and a store of spare parts, and the engineers work out from that base to wards, theatres, clinics and community sites.

The core work is maintenance, repair, calibration and safety testing. An infusion pump that delivers the wrong rate is a patient-safety risk, not a minor fault, so the work carries a discipline that office or estates work does not. Planned preventive maintenance runs on a schedule: each device has a service interval set by the manufacturer and by the trust's risk assessment, and the engineer works through the schedule so no device drifts past its due date. Safety testing checks electrical safety, performance and alarms, and the results are recorded against the device record. Where a device fails, the engineer repairs it in the workshop where possible, or sends it for specialist repair and issues a loan device so the ward is not left short.

Reactive work is the other half of the day. A ward calls because a pump is alarming, a monitor will not hold a reading, or a theatre device fails its pre-use check. The engineer attends, diagnoses the fault, and either fixes it on the spot or swaps the device and takes the faulty one back to the workshop. That fault-finding skill is the part of the job that takes longest to learn: the same alarm can mean a dead battery, a blocked line, a sensor fault or a software error, and the engineer has to work through the causes in order rather than swapping parts at random. Good fault records help: when the same device fails the same way twice, the record points to the cause.

The work suits an engineer who likes a mix of bench work and ward work, who is methodical about records, and who can stay calm when a theatre list is waiting on a device. An engineer who wants a purely desk-based role will find the ward calls intrusive, and an engineer who wants only hands-on repair will find the paperwork heavy. The balance between the two is the job, and the senior posts tilt it toward planning, compliance and leadership rather than away from it.

Biomedical engineer, clinical engineer, and the scientist route

Two titles cover this work, and the difference is mostly local habit. Biomedical engineer is the title most trusts use for the workshop and device-support workforce described on this page. Clinical engineer is the title some trusts and some professional bodies use for the same workforce, and it is also used for clinical scientists who work in medical physics and clinical engineering. The pay range on this page applies to the Band 5 to Band 7 engineering posts, whatever the local title. What decides the band is the work, not the title: a post that maintains devices to a schedule sits at Band 5, a post that adds specialist device knowledge and a service area sits at Band 6, and a post that leads a team or a specialist service sits at Band 7.

The scientist route is separate. Clinical scientists train through the Scientist Training Programme, enter at Band 7, and work across medical physics, clinical engineering and other specialties, often with direct patient contact and research duties. The clinical scientist salary guide covers that route, and the biomedical scientist salary guide covers the laboratory workforce, which is a different profession despite the similar name. An engineer in a medical engineering department who wants the scientist route usually applies for the training programme as a new post, rather than converting the current post, because the training, the registration and the duties differ from the engineering post described here.

For the wider band ladder, the Band 5 pay guide, the Band 6 pay guide and the Band 7 pay guide set out what each band means across the NHS, and the engineering posts on this page follow that same ladder.

Band 5, Band 6 and Band 7: what actually changes

At Band 5, the post is built around direct device work: planned maintenance, safety testing, fault repair and the records that go with them. A Band 5 engineer works to the department schedule, with a senior engineer available for complex faults and for decisions about condemning a device. The role needs care, method and a steady approach to fault-finding, but it does not carry responsibility for the service, for other engineers' work, or for procurement decisions.

At Band 6, the post adds specialist knowledge and a service area. A Band 6 engineer may own a device fleet, such as infusion devices across a trust, lead on a specialty such as anaesthetic or imaging support, supervise junior engineers and trainees, or manage the maintenance contracts for a set of devices. The judgement is heavier: deciding whether a device is safe to return to service, whether a fault pattern needs a manufacturer alert, and whether a replacement device is worth the cost against repair. That judgement, and the responsibility for other people's work, is the reason for the higher band.

At Band 7, the post leads. A Band 7 engineer may lead a team across sites, manage the medical equipment budget for a service, lead on compliance with device safety standards, or hold the specialist brief for a high-risk fleet such as ventilators or anaesthetic machines. The work shifts toward planning, audit, business cases and incident investigation, though a Band 7 engineer still attends the serious faults personally, because the service cannot afford to lose that experience from the front line. A Band 7 post is the usual ceiling for a clinical engineering career that stays in device services; beyond it, the routes are department management and trust-level medical device safety roles, each a separate post with its own banding.

On-call: the defining extra for this workforce

Biomedical engineers are one of the groups most likely to be on call, because medical devices fail outside office hours and a ward cannot wait until morning for a ventilator or an infusion pump. A typical rota covers evenings, nights and weekends, with one engineer on call for a trust or a group of sites, and the on-call engineer carries a phone and a response-time commitment. The rota is the reason many engineers accept the unsocial pattern: the devices they look after do not keep office hours, and neither does the rota.

On-call availability payments and any call-out payment are set locally, so this page quotes no rate for them: no national on-call rate for engineers exists in the pay data file, and a rate quoted from one trust would mislead readers in another. What is national is the pay for hours actually worked when called in: those hours are paid at the plain rate plus the unsocial-hours enhancement for the window worked. A Sunday call-out of 3 hours at Band 7 entry is worth £121.11, because the Sunday hourly rate is £40.37. A Saturday night call-out of 4 hours at the top of Band 7 is worth £150.12, because the Saturday and weekday-night hourly rate is £37.53. Hours worked on call that fall in plain weekday hours are paid at the plain rate, with overtime rates applying above 37.5 hours in the week.

Engineers weighing two posts should compare the rota, not just the band. A Band 6 post with a one-in-four rota and a Band 7 post with a one-in-eight rota can pay differently in practice once on-call payments are counted, and the rota frequency also decides how often evenings and weekends are interrupted. The on-call guide explains how availability and call-out payments are structured, and the advert should state the rota pattern. Where it does not, ask before accepting: the rota is part of the pay, even though it is not part of the banded salary table.

Unsocial hours and overtime

Section 2 of Agenda for Change pays time plus 30% for Saturdays and weekday nights (8pm to 6am) and time plus 60% for Sundays and bank holidays, for Bands 4 to 9. Most workshop work runs in weekday hours, but on-call call-outs, weekend planned maintenance and theatre support fall in the unsocial windows, and every such hour attracts the enhancement. A Saturday hour at Band 5 entry is worth £21.29, against a plain hourly rate of £16.38, and a Sunday hour at the top of Band 7 is worth £46.19.

Overtime follows the band. Hours above 37.5 a week are paid at time and a half, and double time on bank holidays, at Bands 5, 6 and 7. An overtime hour at Band 5 entry is worth £24.57 (£16.38 times 1.5), at the top of Band 6 £36.87, and at the top of Band 7 £43.31. On a bank holiday the double-time rates are £32.76 at Band 5 entry, £49.16 at the top of Band 6 and £57.74 at the top of Band 7. Staff may elect time off in lieu instead of overtime pay, which suits engineers who would rather bank the hours after a heavy on-call weekend. The full rules are on the unsocial hours and overtime guide.

London weighting: the cap binds from the top of Band 6

Engineers in London trusts receive the High Cost Area Supplement on top of basic pay: 20% of basic in inner London (minimum £5,794, maximum £8,746), 15% in outer London (minimum £4,870, maximum £6,137) and 5% in the fringe zone (minimum £1,346, maximum £2,270). At Band 5 entry the outer minimum binds, so the supplement is £4,870 outer rather than the raw 15%. From the top of Band 6 the inner maximum binds, so the supplement is £8,746 inner rather than the raw 20%, and the outer maximum binds too, so the supplement is £6,137 outer. That pattern, minimum-bound at the bottom and cap-bound at the top, is worth checking on a payslip: an engineer who moves from Band 5 entry to Band 7 top gains basic pay at every step, but the supplement stops growing once the cap is reached.

Read the table as total pay, basic plus supplement. An engineer at Band 5 entry in inner London earns £38,487.60 a year, and at the top of Band 7 in inner London £65,261. In the fringe zone the same two posts pay £33,676.65 and £58,785. For the full London weighting rules and the calculator, see the London weighting and HCAS guide and the HCAS calculator.

Pension: the 10.7% tier starts at the top of Band 7

On the provisional 2026/27 England and Wales tiers, Band 5 entry and Band 5 intermediate sit in the 8.3% tier, and Band 5 top, all three Band 6 steps and Band 7 entry and Band 7 intermediate sit in the 9.8% tier. Only the top of Band 7 crosses into the 10.7% tier. The employer contributes 23.7% on top of basic pay in every case. The tier is set by whole-time-equivalent salary, so a part-time engineer is tiered on the full-time rate for the post, not on part-time earnings, and the monthly contribution below is the full-time figure unless the post is part time.

The 2026/27 tiers are provisional, calculated from the published 2025/26 tiers, not yet published as final. An engineer who crosses the 9.8% to 10.7% boundary, which happens between Band 7 intermediate (£51,932) and Band 7 top (£56,515), will see the monthly contribution jump by more than the pay rise alone suggests: from £424.11 to £503.93 a month. That is normal tier behaviour, not a payroll error. For the full tier table and the calculator, see the pension contributions guide and the pension calculator.

Part time, multi-site travel and uniform costs

Part-time working is possible in medical engineering departments, though rotas and on-call cover make it less common than in ward-based roles. Pay and annual leave are pro rata to the contracted fraction. At 0.8 whole-time equivalent, Band 5 entry pays £25,658.40 a year and Band 7 entry pays £39,509.60 a year. At 0.6 whole-time equivalent, the top of Band 7 pays £33,909.00 a year. Hours above contracted hours up to 37.5 a week are paid at plain time, with any unsocial-hours enhancement that applies, and overtime rates only apply above 37.5 hours.

Engineers who travel between sites can claim business mileage under Section 17: 59p a mile for car travel up to 4,500 miles a year, then 36p a mile above that threshold, for journeys on or after 1 July 2026. An engineer who drives 4,000 miles in the year claims £2,360, one who drives 5,000 miles claims £2,835, and one who drives 6,000 miles claims £3,195 (59p for the first 4,500 miles, 36p for the remaining 1,500). Mileage is reimbursement for travel costs, not pay, and it is paid separately from salary. The full rates and worked examples are on the mileage rates guide.

Uniform costs are a smaller item. HMRC flat-rate expenses allow a tax claim where the employer gives no laundry service or allowance and the job requires a uniform. The data-file list does not name biomedical engineers separately, so this page does not transfer a named figure across: an engineer whose role is not named in the list falls under the default £60 a year, worth £12 a year in tax relief at the basic rate and £24 at the higher rate, claimable for up to four previous tax years.

Scotland, Wales and Northern Ireland

Scotland awarded 3.75% from 1 April 2026 under its two-year deal, and moved to a 36-hour week from April 2026. The data file holds the Scotland Band 5 range, £34,494 to £42,977, but it does not hold Scotland Band 6 or Band 7 steps, so this page does not quote them. On the 36-hour week, Scotland Band 5 pays £18.36 an hour at the bottom of the range and £22.87 at the top, against £16.38 to £19.95 in England, and £2,874.50 a month at the bottom and £3,581.42 a month at the top. Scotland also has its own nine-tier pension structure, at 5.7% to 12.7%, with thresholds that differ from the England and Wales tiers quoted above.

Wales awarded 3.3%, implemented 1 April 2026 and paid on time. The data file holds the Wales Band 5 example, £32,557 at entry, £35,114 at the intermediate step and £39,631 at the top, which is £2,713.08 a month at entry, £2,926.17 a month at the intermediate step and £3,302.58 a month at the top, but it does not hold Wales Band 6 or Band 7 steps, so this page does not quote them. The Real Living Wage floor of £13.45 an hour applies to the lowest bands in Wales and does not bind at Band 5, Band 6 or Band 7.

Northern Ireland is different: the 3.3% award was recommended but had not been implemented at the time the data file was last checked, so Northern Ireland engineer pay should not be budgeted on the England figures. The Scotland pay guide, the Wales pay guide and the Northern Ireland pay guide carry the nation positions in full.

NHS or manufacturer: the honest comparison

There is no single answer, because the two settings pay in different ways. An employed NHS post pays a banded salary with the pension, sick pay, annual leave and unsocial-hours structure described on this page, and the salary is the same regardless of how many devices are serviced in a week. Manufacturer and service-company work is usually a salaried field-service role, where pay depends on the employer and the territory, and where pension, sick pay and leave terms are set by that employer rather than by Agenda for Change. This page quotes no manufacturer rates, because no verified national figure exists for them.

An engineer who values a predictable monthly salary, an NHS pension and paid leave will usually prefer the employed route. An engineer who wants to specialise in one manufacturer's range, travel across a region and work on the newest devices as they launch may prefer manufacturer work, accepting the loss of employed benefits. Many engineers combine the two over a career, starting in the NHS for breadth and moving to a manufacturer for depth, or returning to the NHS for a senior or lead post. An engineer who also works for a manufacturer should declare the second job under the rules on the second-job guide, because the conflict checks apply even when the second job is in a different organisation.

Frequently asked questions

What band is a biomedical engineer in the NHS?

In England in 2026/27, biomedical engineers, also called clinical engineers, in NHS medical engineering and equipment services sit mainly at Band 5, Band 6 and Band 7 on Agenda for Change. Band 5 pays £32,073 at entry, £34,592 at the intermediate step and £39,043 at the top, for a full-time 37.5-hour week. Band 6 pays £39,959 at entry, £42,170 at the intermediate step and £48,117 at the top. Band 7 pays £49,387 at entry, £51,932 at the intermediate step and £56,515 at the top. A newly qualified engineer usually starts at Band 5. Engineers with specialist device knowledge, responsibility for a service area or a small team, and a track record in safety and compliance usually sit at Band 6 or Band 7. The exact band is set by the job evaluation for each post, so check the advert rather than assuming the band from the job title.

How much does a biomedical engineer earn a month?

In England in 2026/27, a full-time biomedical engineer at Band 5 earns £2,672.75 a month at entry, £2,882.67 a month at the intermediate step and £3,253.58 a month at the top, before tax, National Insurance and pension deductions. At Band 6 the monthly figures are £3,329.92 at entry, £3,514.17 at the intermediate step and £4,009.75 at the top. At Band 7 they are £4,115.58 at entry, £4,327.67 at the intermediate step and £4,709.58 at the top. Those are gross figures for a full-time 37.5-hour week, before any unsocial-hours enhancement, on-call payment or London weighting. A part-time engineer is paid pro rata: at 0.8 whole-time equivalent, Band 5 entry pays £25,658.40 a year, and at 0.6 whole-time equivalent, the top of Band 7 pays £33,909.00 a year.

What does a biomedical engineer do day to day?

The job is keeping medical equipment safe, accurate and available. A biomedical engineer in an NHS medical engineering department maintains, repairs, calibrates and safety-tests the devices that wards and theatres depend on: infusion pumps, syringe drivers, ventilators, patient monitors, defibrillators, anaesthetic machines and the many smaller devices that fill a modern ward. The day mixes planned work and reactive work. Planned work is the scheduled maintenance and safety testing that keeps each device inside its service interval, with records that show what was checked, what was adjusted and when the next service falls due. Reactive work is the fault call: a pump alarming on a ward, a monitor that will not hold a reading, a theatre device that fails its pre-use check. The engineer diagnoses the fault, repairs it where the workshop can, or sends the device for specialist repair and issues a replacement so the ward is not left short. Asset records matter as much as spanners: every device has an identity, a location, a service history and a risk rating, and the engineer keeps that record current.

Do biomedical engineers get on-call pay?

Biomedical engineers are one of the groups most likely to be on call, because medical devices fail outside office hours and a ward cannot wait until morning for a ventilator or an infusion pump. On-call arrangements are set locally, so the availability payment for being on call and any call-out payment are trust terms, and this page quotes no rate for them because no national rate exists in the pay data file. What is national is the pay for hours actually worked when called in: those hours are paid at the plain rate plus the unsocial-hours enhancement for the window worked. A Sunday call-out of 3 hours at Band 7 entry is worth £121.11, because the Sunday hourly rate is £40.37. A Saturday night call-out of 4 hours at the top of Band 7 is worth £150.12, because the Saturday and weekday-night hourly rate is £37.53. Engineers who are on call regularly should read the on-call guide for how availability and call-out payments are structured, and should check the rota terms in the advert, because on-call frequency varies sharply between a large teaching hospital and a small community service.

Do biomedical engineers get unsocial hours pay?

Biomedical engineers on Agenda for Change are covered by Section 2, so enhancements apply to hours actually worked in the unsocial windows: time plus 30% for Saturdays and weekday nights (8pm to 6am) and time plus 60% for Sundays and bank holidays, for Bands 4 to 9. Most workshop work runs in weekday hours, but on-call call-outs, weekend planned maintenance and theatre support fall in the unsocial windows, and every such hour attracts the enhancement. A Saturday hour at Band 5 entry is worth £21.29 against a plain hourly rate of £16.38, and a Sunday hour at the top of Band 7 is worth £46.19. Overtime above 37.5 hours a week is paid at time and a half, and double time on bank holidays. An overtime hour at Band 5 entry is worth £24.57, and at the top of Band 7 £43.31.

Do biomedical engineers get London weighting?

Yes, where the post is based in a London trust. Biomedical engineers receive the High Cost Area Supplement: 20% of basic in inner London (minimum £5,794, maximum £8,746), 15% in outer London (minimum £4,870, maximum £6,137) and 5% in the fringe zone (minimum £1,346, maximum £2,270). At Band 5 entry the supplement is £6,414.60 inner, £4,870 outer where the minimum binds, and £1,603.65 fringe, giving totals of £38,487.60, £36,943 and £33,676.65. At the top of Band 7 the inner maximum binds, so the supplement is £8,746 inner and £6,137 outer where the maximum binds, giving totals of £65,261 and £62,652, with £58,785 in the fringe zone. The supplement follows the base of the post, not the site visited on a given day, so an engineer who travels to London sites from a non-London base should confirm which base the supplement is paid on.

How much pension does a biomedical engineer pay?

On the provisional 2026/27 England and Wales tiers, Band 5 entry and Band 5 intermediate sit in the 8.3% tier, at £221.84 a month on £32,073 and £239.26 a month on £34,592. Band 5 top, all three Band 6 steps and Band 7 entry and Band 7 intermediate sit in the 9.8% tier, at £318.85 a month on £39,043, £326.33 a month on £39,959, £344.39 a month on £42,170, £392.96 a month on £48,117, £403.33 a month on £49,387 and £424.11 a month on £51,932. The top of Band 7 sits in the 10.7% tier, at £503.93 a month on £56,515. The employer contributes 23.7% on top, which is £7,601.30 a year at Band 5 entry and £13,394.06 a year at the top of Band 7. The 2026/27 tiers are provisional, calculated from the published 2025/26 tiers, not yet published as final. The tier is set by whole-time-equivalent salary, so a part-time engineer is tiered on the full-time rate for the post, not on part-time earnings.

Should a biomedical engineer work for the NHS or a device manufacturer?

There is no single answer, because the two settings pay in different ways. An employed NHS post pays a banded salary with the pension, sick pay, annual leave and unsocial-hours structure described on this page, and the salary is the same regardless of how many devices are serviced in a week. Manufacturer and service-company work is usually a salaried field-service role, where pay depends on the employer and the territory, and where pension, sick pay and leave terms are set by that employer rather than by Agenda for Change. This page quotes no manufacturer rates, because no verified national figure exists for them. An engineer who values a predictable monthly salary, an NHS pension and paid leave will usually prefer the employed route. An engineer who wants to specialise in one manufacturer's range, travel across a region and work on the newest devices as they launch may prefer manufacturer work, accepting the loss of employed benefits. Many engineers combine the two over a career, starting in the NHS for breadth and moving to a manufacturer for depth, or returning to the NHS for a senior or lead post. An engineer who also works for a manufacturer should declare the second job under the rules on the second-job guide, because the conflict checks apply even when the second job is in a different organisation.

Sources: NHS Employers Agenda for Change pay circular 2026/27; NHS Employers unsocial hours payments; NHS Staff Council mileage mechanism (June 2026); GOV.UK flat-rate expenses list. Figures checked against the site pay data file for 2026/27.