Level 6 Diploma in Medical Laboratory Technology – Three Years (360 Credits)

This qualification includes 18 key topic areas designed to develop advanced competence in medical laboratory technology:

1. Medical Laboratory Science and Human Biology: Establishes the scientific foundations of human biology, disease processes and laboratory medicine.

2. Clinical Chemistry and Biochemistry: Develops knowledge of biochemical investigations used in the diagnosis and monitoring of disease.

3. Haematology and Haemostasis: Covers blood-cell analysis, coagulation, haematological disorders and laboratory investigation of blood diseases.

4. Medical Microbiology: Examines bacterial, viral, fungal and parasitic pathogens and laboratory methods used for their detection and identification.

5. Immunology and Serology: Develops understanding of immune responses, immunological disorders, antigen-antibody reactions and serological testing.

6. Histopathology and Cytology: Covers tissue preparation, staining, microscopic examination and cellular investigation relevant to disease diagnosis.

7. Laboratory Instrumentation and Analytical Technology: Develops competence in laboratory equipment, analytical platforms, calibration, maintenance and appropriate instrument selection.

8. Clinical Laboratory Specimen Management: Covers specimen collection, identification, transport, storage, preparation and pre-analytical quality requirements.

9. Transfusion Science and Blood Banking: Introduces blood grouping, compatibility testing, transfusion procedures and laboratory investigation of transfusion-related issues.

10. Molecular Diagnostics and Genetics: Examines DNA/RNA technologies, molecular testing, genetic variation and molecular approaches to disease investigation.

11. Clinical Immunodiagnostics and Special Investigations: Develops advanced knowledge of specialised laboratory investigations and interpretation of diagnostic results.

12. Point-of-Care and Near-Patient Testing: Covers principles, quality requirements and operational considerations associated with point-of-care diagnostic technologies.

13. Laboratory Quality Management and Accreditation: Develops knowledge of quality control, quality assurance, validation, verification, documentation and continual improvement.

14. Biosafety, Infection Control and Laboratory Risk: Covers biological hazards, containment, personal protective equipment, waste management and safe laboratory practice.

15. Laboratory Information Systems and Diagnostic Data: Develops competence in laboratory information management, data integrity, statistics, reporting and digital laboratory technologies.

16. Clinical Laboratory Management and Professional Practice: Covers workflow management, professional communication, multidisciplinary working, ethics, leadership and laboratory governance.

17. Advanced Biomedical Laboratory Research: Develops research design, scientific literature appraisal, experimental methods, data analysis and scientific reporting.

18. Medical Laboratory Technology Research Project: Integrates laboratory science, research methodology, analytical data and professional reporting through an independent project.

• Develops advanced knowledge across the principal disciplines of medical laboratory technology and biomedical diagnostics.

• Builds technical understanding of laboratory instrumentation, specimen processing, molecular diagnostics and analytical procedures.

• Develops competence in quality control, quality assurance, laboratory safety and diagnostic data management.

• Strengthens scientific capability through research methods, data analysis and an independent laboratory research project.

• Supports progression toward advanced study and laboratory-related careers in healthcare, diagnostic services, research, public health and laboratory industries.

• Medical laboratory technicians, laboratory assistants and diagnostic laboratory personnel seeking advanced academic development.

• Learners progressing from Level 4 or Level 5 study in Medical Laboratory Technology, Biomedical Science, Clinical Laboratory Science or related disciplines.

• Healthcare and laboratory professionals seeking broader knowledge across clinical chemistry, haematology, microbiology, histopathology and molecular diagnostics.

• Learners preparing for further academic or professional development in biomedical science, laboratory medicine, clinical diagnostics and health sciences.

Assessment Format: Written examinations, laboratory-based practical assessments, specimen-processing exercises, analytical calculations, case studies, microscopy and interpretation exercises, laboratory reports, research assignments, quality-management assessments, presentations and an independent medical laboratory research project.

Total Questions: 100 questions

Passing Score: 60%

Duration: 3 Hours

Certification: Successful learners receive the HiQual UK Level 6 Diploma in Medical Laboratory Technology – Three Years (360 Credits).

To deliver this Qualification, HiQual UK Approved ATPs must demonstrate the capability to deliver, assess, and internally quality assure qualifications in line with recognised regulatory principles and the expectations of the Regulated Qualifications Framework (RQF).

Approved centres must operate effective systems to ensure the validity, reliability, fairness, consistency, and security of assessment.

1. Centre Recognition and Legal Compliance

Centres must be formally recognised by HiQual UK prior to the delivery or assessment of any qualification. To maintain recognition, centres must: Be a legally constituted organisation operating in compliance with applicable legislation and regulatory requirements. Demonstrate effective governance, management oversight, and clear lines of accountability. Comply with all HiQual UK policies, procedures, and conditions of centre recognition. Notify HiQual UK promptly of any material changes that may affect delivery, assessment, or internal quality assurance arrangements.

2. Resources, Facilities, and Learning Environment

Centres must ensure that sufficient and appropriate resources are in place to support learning and assessment. This includes: Learning environments appropriate to the mode of delivery, including classrooms and, where applicable, specialist or practical facilities. Access to learning and assessment resources that enable learners to meet qualification outcomes. Secure systems for managing learner data, assessment records, and certification claims. Arrangements that support equality of access and reasonable adjustments for learners where required.

3. Staff Competence and Occupational Expertise

Centres must ensure that all staff involved in delivery, assessment, and internal quality assurance are competent and suitably qualified. Centres must: Appoint tutors with appropriate subject knowledge, teaching competence, and relevant occupational or professional experience. Ensure assessors are trained and competent in applying HiQual UK assessment requirements and standards. Appoint a qualified Internal Quality Assurer (IQA) responsible for monitoring assessment practice and decisions. Maintain records of staff qualifications, experience, training, and continuing professional development (CPD).

4. Assessment Practice and Internal Quality Assurance (IQA)

Centres must operate robust internal quality assurance systems to ensure assessment integrity. Centres must: Ensure assessment is valid, fit for purpose, and conducted in line with HiQual UK requirements. Implement effective IQA procedures to monitor assessor performance and confirm the consistency of assessment decisions. Maintain accurate, complete, and auditable records of learner registration, assessment evidence, and outcomes. Carry out regular internal reviews and standardisation activities to support continuous improvement.

5. Integrity, Risk Management, and Malpractice

Centres must take appropriate measures to protect the integrity of assessment. Centres must: Maintain policies and procedures for the prevention, identification, and management of malpractice and maladministration. Ensure secure handling, storage, and retention of assessment materials and learner evidence. Report any suspected or confirmed malpractice to HiQual UK in accordance with published procedures.

6. Health, Safety, Safeguarding, and Learner Protection

Centres must provide a safe, inclusive, and supportive learning environment. Centres must: Comply with applicable health and safety and safeguarding legislation. Conduct risk assessments for learning activities, particularly where practical or technical work is involved. Maintain procedures to safeguard learner welfare and wellbeing.

7. Learner Information, Support, and Fair Treatment

Centres must ensure learners are informed, supported, and treated fairly. Centres must: Provide clear and accurate information on programme requirements, assessment methods, and certification. Ensure learners receive timely and constructive feedback on assessment outcomes. Operate transparent complaints and appeals procedures aligned with HiQual UK requirements. Manage learner information securely in compliance with data protection legislation.

Successful learners who achieve the HiQual UK Level 6 Diploma in Medical Laboratory Technology may progress to:

• Further postgraduate study in Biomedical Science, Medical Laboratory Science, Clinical Laboratory Science, Laboratory Medicine, Molecular Diagnostics, Microbiology, Clinical Biochemistry or related disciplines, subject to the receiving institution's entry requirements.

• Relevant Level 7 postgraduate diplomas or master's degrees in biomedical science, laboratory medicine, molecular biology, microbiology, clinical research, public health or related fields.

• Specialist professional development in clinical chemistry, haematology, transfusion science, medical microbiology, histopathology, molecular diagnostics, immunology or laboratory quality management.

• Laboratory-related employment and professional development in medical laboratories, pathology services, diagnostic centres, research laboratories, pharmaceutical organisations, biotechnology companies and public-health laboratories, subject to the employer's requirements.

• Further development toward professional roles associated with biomedical laboratory science, where the learner subsequently satisfies the applicable statutory registration, education, training and professional requirements.

Completion of this qualification does not by itself confer HCPC registration as a biomedical scientist in the United Kingdom. The HCPC states that biomedical scientists must meet the relevant standards of proficiency to register, while the Institute of Biomedical Science explains that the UK registration route normally involves an IBMS-accredited BSc biomedical science degree, an HCPC-approved honours degree, or an assessed equivalence route with any required supplementary education.