Diploma in Biomedical Equipment Technology
Uganda's health system owns far more equipment than it can keep working: assessments across the region repeatedly find a large share of medical equipment out of service, much of it for faults a trained technician repairs in hours.
Occupational profile
What you'll be paid to do
Uganda's health system owns far more equipment than it can keep working: assessments across the region repeatedly find a large share of medical equipment out of service, much of it for faults a trained technician repairs in hours.
Health facility investment keeps arriving, oxygen infrastructure scaled up nationally, and the biomedical technician corps remains one of the health workforce's thinnest lines, with districts sharing single technicians across dozens of facilities.
The graduate works as any of the following, employed or self employed, in the health system that needs them most: technician facilities, public and monthly officer programmes, donors monthly contractor serving facility clusters gap is the market
| Occupation | Where the work is | Starting earnings, observed 2026 |
|---|---|---|
| Biomedical equipment technician | Hospitals and health facilities, public and private | UGX 800,000 to 1,800,000 monthly |
| Medical equipment service technician | Equipment suppliers and service companies | UGX 900,000 to 2,000,000 monthly |
| Health projects equipment officer | NGOs, health programmes, donors | UGX 1,000,000 to 2,200,000 monthly |
| Independent biomedical contractor | Own service practice serving facility clusters | Contract rates; the district gap is the market |
The 90-Day Promise
From certification to income, stated concretely
Day Pathway Named employer categories with which the College holds or is concluding placement and hiring partnerships: referral and district hospitals; private hospital groups; equipment suppliers and service companies; health programmes and NGOs; oxygen and laboratory system programmes; and by the first cohort's year two training, each offering at least two placements.
The ninety day pathway from certification to income:
Day 0: graduation with the Capability Transcript, the mentor's reference, and a fleet programme with measured availability improvement as portfolio.
Days 1 to 30: employed route: three arranged interviews with placement hosts in a system hiring against documented shortage.
Day 0: graduation with the Capability Transcript, the mentor's reference, and a fleet programme with measured availability improvement as portfolio.
Days 1 to 30: employed route: three arranged interviews with placement hosts in a system hiring against documented shortage. Self employed route: the cluster contracts continue; the mentor reviews month one.
Days 31 to 90: employed route: probation support from the practice tutor. Self employed route: referral listing for partner overflow service and programme subcontracts, standing terms in the partnerships.
Measurement: employment or trading status recorded at day 90 and published in the annual outcomes report, per Part Two, section 2.9.
Programme structure
Every module, with its arithmetic
One credit unit equals ten notional learning hours. 240 credit units, 2400 notional hours: 695 contact, 1315 practical and 330 industrial hours, so practical and industrial hours are 69 per cent of the programme.
h nt t and al p t and and and y One t y t y and n Two ent Practical and industrial hours together are 1645 of 2400 notional hours, 69 per cent, meeting the hands on test.
Semester 1
| Code | Module | CU | Contact h | Practical h | Industry h |
|---|---|---|---|---|---|
| BME101 | Healthcare Safety and the Clinical EnvironmentThe biomedical technician works where mistakes reach patients. Before any screwdriver touches any device, the learner earns clinical conduct: infection control, electrical safety to medical standard, and the humility the ward demands. | 8 | 35 | 45 | 0 |
| BME102 | Electronics and Measurement for Medical EquipmentMedical devices are electronics wrapped around physiology: the learner builds the circuit, sensor and measurement fluency that all diagnosis and repair stands on. | 14 | 60 | 80 | 0 |
| BME103 | Anatomy, Physiology and Clinical MeasurementThe technician who understands what the machine measures serves the clinician better and troubleshoots faster: body systems and their signals, taught for the workshop, not the ward. | 8 | 40 | 40 | 0 |
| PRO201 | Professional Communication and Team LeadershipDiploma holders supervise, present and negotiate. This module upgrades the certificate's communication craft into professional leadership: briefing teams, writing for decision makers and representing an employer. | 6 | 30 | 15 | 0 |
Semester 2
| Code | Module | CU | Contact h | Practical h | Industry h |
|---|---|---|---|---|---|
| BME104 | Medical Equipment Technology One: Diagnostic and Monitoring DevicesThe workhorse fleet of every Ugandan facility: monitors, ECGs, oximeters, blood pressure devices, thermometers, scales and glucometers, mastered to repair and calibration standard. | 14 | 45 | 95 | 0 |
| BME105 | Workshop Practice and Repair Craft | 12 | 30 | 90 | 0 |
| BME106 | Medical Gas, Suction and Sterilisation SystemsThe hands of the trade: precision disassembly, soldering, connectors, enclosures, and the improvisation discipline that keeps Ugandan fleets alive without ever crossing safety lines. | 10 | 30 | 70 | 0 |
| BME107 | Power, Backup and Cooling for Health FacilitiesUgandan health technology fails as often from power and heat as from electronics: the learner masters facility power quality, backup systems and medical refrigeration, joining hands with FC-C01, FC-C04 and FC-C07 standards. | 14 | 40 | 100 | 0 |
| SPND501AI spine | AI and Data inThe spine at diploma depth: computerised maintenance systems, fleet analytics, AI assisted troubleshooting and the data duties health information demands. | 14 | 50 | 90 | 0 |
| ITRD501 | Industrial Training OneTen assessed weeks in a health facility or equipment company at the end of year one, under the Part Two policy. | 16 | 0 | 10 | 150 |
Semester 3
| Code | Module | CU | Contact h | Practical h | Industry h |
|---|---|---|---|---|---|
| BME201 | Medical Equipment Technology Two: Therapeutic and Life SupportYear two's core: the devices that treat and sustain: infusion, ventilation, anaesthesia, defibrillation, surgical and newborn care equipment, serviced to the standard lives rest on. | 18 | 55 | 125 | 0 |
| BME202 | Imaging Systems FundamentalsImaging at technician level: ultrasound and X ray systems understood, first line serviced, and radiation safety respected, with the escalation boundary to specialist engineers explicit. | 12 | 45 | 75 | 0 |
| BME203 | Laboratory Equipment TechnologyThe diagnostic laboratory's fleet: centrifuges, analysers, microscopes, incubators and the cold chain of samples, serviced to the accuracy diagnosis depends on. | 12 | 40 | 80 | 0 |
Semester 4
| Code | Module | CU | Contact h | Practical h | Industry h |
|---|---|---|---|---|---|
| BME204 | Planned Maintenance and Fleet Asset ManagementThe profession's core discipline: the planned maintenance that prevents the breakdowns Uganda's facilities suffer, run as a managed system across whole equipment fleets. | 16 | 45 | 115 | 0 |
| BME205 | Procurement, Installation and CommissioningEquipment fails at birth when specification, installation and acceptance fail: the learner joins the procurement cycle where technical truth matters most. | 10 | 35 | 65 | 0 |
| BME206 | Quality, Standards and RegulationThe profession's frame: device regulation, standards, adverse event duties and the quality systems that make a biomedical service trustworthy. | 8 | 35 | 45 | 0 |
| SPN102AI spine | Digital Work and Platform IncomeThe shortest module with the fastest payback: how a technician finds customers, prices work, invoices and gets paid through digital channels. | 4 | 15 | 20 | 0 |
| ENT201 | Enterprise Development and ManagementThe diploma's business module: not just starting an enterprise but running one: | 10 | 45 | 45 | 0 |
| ITRD502 | Industrial Training TwoTwelve assessed weeks in year two at technician level with a host project, under the Part Two policy. | 20 | 0 | 10 | 180 |
| EXPD501 | Exit Venture or EmploymThe closing argument, specified in section 11: a biomedical service enterprise trading, or a facility fleet programme delivered, defended in the oral examination room. | 14 | 20 | 100 | 0 |
The AI and Digital Practice Spine
AI, taught inside this trade
Applied Here The spine of Part Two, section 2.13 at diploma depth: 18 credit units across discipline the clinical fleet demands.
AI tools for my trade
Troubleshooting consults verified against manuals and measurement; documentation drafted and corrected; the suggestion never reaching a patient unproven
Data in my trade
The CMMS as the profession's memory; downtime and failure analytics into budget cases
Working with automation
Device self tests, monitoring systems and the CMMS as the trade's automation, commanded by the technician
Judgement, ethics and safety
Life support verification never delegated; patient data never touched; the honest record as clinical law
Digital work and platform income
The service practice profile, facility contracts and mobile money, from SPN102
Learning outcomes
What the graduate can do
- PLO 1
Work safely and correctly in clinical environments with infection control and medical electrical safety
Level 5: responsibility within regulated clinical systems
- PLO 2
Analyse device electronics and trace faults to failing stages by measurement
Level 5: applies specialised knowledge to technical problems
- PLO 3
Relate physiological measurement to device function and communicate with clinical teams
Level 5: communicates across professional boundaries
- PLO 4
Diagnose, repair, calibrate and verify diagnostic and monitoring equipment
Level 5: solves complex problems to certified standard
- PLO 5
Service therapeutic and life support equipment with verification discipline
Level 5: operates safety critical processes with accountability
- PLO 6
Service imaging and laboratory equipment at technician scope with correct escalation
Level 5: works within defined limits with judgement
- PLO 7
Maintain medical gas, suction, sterilisation, power and cooling infrastructure
Level 5: manages technical systems across domains
- PLO 8
Run planned maintenance and asset management across facility fleets on a CMMS
Level 5: manages resources and information systems
- PLO 9
Support procurement, installation, commissioning and acceptance with technical truth
Level 5: evaluates and advises within processes
- PLO 10
Apply device regulation, quality systems and adverse event duties
Level 5: works within regulatory frameworks with accountability
- PLO 11
Use AI assistance and fleet analytics with verification, handling health data lawfully
Level 5: applies new technology with professional judgement
- PLO 12
Lead maintenance teams and operate as a compliant service enterprise or high value employee
Level 5: manages own and others' work
Entry routes
Four ways in
- Academic route. UACE with a principal pass in a science subject, or UCE with a relevant National Certificate.
- Vocational route. FC-C04, FC-C07 or FC-C10 or an equivalent National Certificate, with credits recognised toward cognate modules.
- Recognition of prior learning. Practising equipment technicians assess against year one outcomes; advanced standing follows demonstrated competence, with clinical safety modules never exempted.
- Mature age route. Applicants of twenty five and above with technical health sector history enter through the access assessment.
Industrial training
Assessed weeks inside a working organisation
- Duration and placement
- Ten weeks in year one (ITRD501, 16 credit units, 150 hours minimum) and twelve weeks in year two (ITRD502, 20 credit units, 180 hours minimum).
- Host organisation types
- Referral and district hospitals, health centre networks, equipment suppliers and service companies, health NGOs and programmes, and regional maintenance workshops.
- Learning objectives
- Year one: general fleet maintenance and repair under supervision. Year two: therapeutic fleet, planned maintenance and CMMS work at technician level with a host project of measured value.
- Supervision
- A named host supervisor technician or engineer; the practice tutor visits at least twice per placement; clinical incidents escalate immediately under the Part Two policy.
- Logbook
- Daily entries against the objectives, countersigned weekly by the host supervisor, reviewed by the practice tutor at each visit, kept on the platform.
- Assessment
- Joint workplace assessment against the practice rubric each year, plus logbooks and the year two host project.
Assessment and certification
Continuous practical, plus UVTAB
A human assessor confirms every AI-avatar oral examination result before it stands, and the trainer who taught a learner never marks that learner's summative assessment.
- Internal continuous assessment, 60 per cent: workshop task assessments, module projects, logbooks and oral checkpoints, marked under the separation rule of Part Two.
- UVTAB external assessment, 40 per cent: the Board's written and practical occupational assessments for this qualification, taken at the gazetted sittings.
- Practical competency assessment: every practical outcome is assessed by observed performance against published criteria; evidence is retained.
- Oral examination option: any module checkpoint and the exit project defence may be taken in the AI avatar oral examination room, with human confirmation of every result.
- Grading scale: Distinction 80 to 100; Credit 65 to 79; Pass 50 to 64; Not Yet Competent below 50, with the right to reassessment.
- Pass and progression: every core module at Pass or above, all practical competencies demonstrated, industrial training completed, exit project at Pass or above.
- Resit rules: two reassessment opportunities per module without repeating attendance; a third attempt repeats the module; reassessment covers only the outcomes not yet demonstrated.
Exit project
A real venture, or a real employer brief
Venture route: launch a biomedical service practice: the ENT201 business plan, registration, at least one facility cluster service contract executed with documented fleet improvement, and a twelve month cash plan.
Employment route: deliver a fleet programme for a real facility: the asset register built or verified, a planned maintenance programme designed and one full cycle executed, priority repairs completed and verified, and the facility's downtime measurably reduced, to employer standard.
Deliverables:
The programme file: register, schedules, procedures and the CMMS record The technical work: repairs and maintenance executed, verified and The evidence of value: downtime and availability measured before and after, facility signed The defence: presentation and oral examination, human confirmed Grading criterion Weight What excellent looks like Technical quality 30% Repairs and maintenance Defence 10% Every decision explained
- The programme file: register, schedules, procedures and the CMMS record
- The technical work: repairs and maintenance executed, verified and
- The evidence of value: downtime and availability measured before and after, facility signed
- The defence: presentation and oral examination, human confirmed Grading criterion Weight What excellent looks like Technical quality 30% Repairs and maintenance Defence 10% Every decision explained
Progression
Where this qualification leads next
No Forward College learner ever meets a dead end.
Within Forward College: graduates enter FC-H05, the Higher Diploma in Health Technology Management, the designed next step, with the diploma's 240 credit units recognised toward cognate modules.
Into Forward University: the staircase runs through FC-H05 into the University's biomedical and engineering degrees with credit transfer of up to one third