MSc Haematology

Course overview

The MSc Haematology is focused on advanced study of blood, blood science and disorders of the blood. The course aims to develop your understanding of how blood and its components change in different diseases and clinical situations. It also develops skills in: • interpreting scientific and clinical literature • applying evidence-based practice • research and scientific writing • science communication • clinical and laboratory data interpretation • research methodology and biostatistics The course includes a “Meet the Expert” webinar series, in which international experts contribute to selected teaching sessions. The programme finishes with a Research Dissertation, which is assessed through a research article written in a publication-style format and an oral presentation. Depending on your interests, the project can be literature-based, data-based or laboratory-based. The university says graduates may progress into areas including biomedical or clinical research, medicine, physician associate roles, PhD study or teaching.

Course details

Degree level

Master's

Duration

1 year

Intake

January 2027

Tuition fee

£15,500 / year

Initial deposit

£1,500 initial deposit is required to proceed with the interview. 100% tuition fee deposit/payment is required to receive the CAS letter.

Country

England

Campus

Exton Park

About this information

The details on this page have not yet been checked against the official course page by our team. Fees, intakes and requirements can change, so always confirm them on the official course page before you apply.

Not recorded here yet: Pakistan-specific requirements.

English Language Requirements

Main English Requirements

Alternative English Requirements

Only the tests listed here are shown as accepted for this course.

Entry requirements

General entry requirements

For this particular MSc, the university states that applicants should normally have: An appropriate first degree with a minimum of 2:2 honours, for example: • Medicine • Biomedical Science • Dietetics • Human Biology Alternatively, applicants may hold appropriate professional qualifications and demonstrate suitable relevant knowledge and skills. The university specifically invites applications from: • graduates of related undergraduate degrees • people with equivalent professional qualifications and relevant experience • junior doctors • NHS staff • international students with appropriate qualifications • international doctors and healthcare professionals For international applicants, Chester says your qualification should be broadly equivalent to a UK Bachelor's degree for postgraduate study, and applications are assessed individually. Relevant work experience may also be considered where appropriate.

Scholarships & discounts

PG: Up to £2,250 £1,250 confirmed tuition fee discount Additional £1,000 Merit Scholarship for students with 65% or above UG: Up to £1,000 Merit Scholarship 75% required for Science subjects 80% required for Humanities subjects

Pre-CAS interview

Required

Yes — a Pre-CAS / credibility interview is part of the process

Interview type

On CAS Shield

Stage

After the initial deposit is paid

Format

Recorded interview

Deposit

£1,500

Course modules

The current course page lists seven core modules, totalling 180 credits. 1. Evidence Based Medicine — 20 credits Module code: MD7001 This module develops your ability to find, critically analyse and evaluate research and apply evidence-based medicine. Main areas include: • scientific research and methods of enquiry • analytical, descriptive, experimental and qualitative research • sampling and measurement • research and data-collection methods • critical appraisal of primary and secondary literature • research ethics and confidentiality • development of research questions • literature searching and evaluation • statistical concepts and interpretation • development of a research project 2. Analysis and Interpretation of Clinical Data — 20 credits Module code: MD7002 This module covers analytical and molecular techniques relevant to biomedical and molecular laboratory science. It includes: • sample collection, transport and storage • assay development • method validation • precision, accuracy, specificity and sensitivity • quality control • SOPs and COSHH • risk assessment • data recording and statistical analysis • interpretation of reference values Techniques may include: • gel electrophoresis • Western blotting • flow cytometry • PCR and other molecular biology techniques • immunoassays such as ELISA • histology and microscopy • cell culture • bacterial culture • cell-counting techniques 3. Clinical Medicine — 20 credits Module code: MD7003 This module examines the patient journey through the NHS, particularly how diagnostic procedures influence treatment decisions. It uses a precision-medicine approach, following the pathway from initial presentation and symptoms through diagnosis and treatment. The diseases/pathology studied are tailored to the programme, in this case haematology. 4. Blood Sciences — 20 credits Module code: MD7005 This module focuses on laboratory investigations used to diagnose and manage patients. It covers investigations from: • haematology • coagulation • transfusion • biochemistry It also covers Haemato-oncology Diagnostic Service (HODS) areas, including: • immunophenotyping • molecular investigations Conditions discussed include: • haematological malignancies • non-malignant haematological disorders • renal disorders • liver disease • clinical disorders of lipid metabolism 5. Therapeutic Advances in Treating Haematological Problems — 20 credits Module code: MD7022 This module examines treatments for different haematological disorders and the evidence supporting treatment decisions. Topics can include: • UK standards and guidelines for haematological treatment • blood-transfusion and bone-marrow guidelines • haemostasis and its monitoring • bone-marrow transplantation • diagnosis and treatment of anaemias • diagnosis and treatment of blood cancers • platelet disorders • plasma disorders • novel haematological therapies 6. Clinical Research Methods and Biostatistics — 20 credits Module code: MD7123 This module prepares you for conducting and analysing scientific research. It covers: • scientific research • research and data collection methods • research ethics • SPSS and/or other statistical software • types of data • parametric and non-parametric tests • dependent and independent variables • P-value interpretation • selection of appropriate statistical tests • descriptive and experimental data analysis • sample-size and power calculations • meta-analysis • survival analysis • hazard ratios • odds ratios • relative risk • research-project development 7. Research Dissertation — 60 credits Module code: MD7100 This is the largest module and the final research component. You undertake a research project relevant to haematology and your interests. The university says the results are presented as: • a research article in a format suitable for submission to a journal • an oral presentation The dissertation topic is agreed with an appropriate supervisor and can relate to an area relevant to the programme. Total credits 20 + 20 + 20 + 20 + 20 + 20 + 60 = 180 credits