Fast-Track Your Career in Genomics & Precision Medicine

Master’s-level (UK Level 7). Designed for working professionals. Built for real-world impact.

 

Accelerate your impact in research, clinical practice, biotech and pharmaceuticals with the Diploma in Biomedical Science – Genomics & Precision Medicine (Level 7) . Request the full programme brochure to see the detailed curriculum, faculty and career pathways.

UK Level 7 (Master’s level)

Online & hybrid delivery

Designed with global experts

Ideal for : biomedical scientists, clinicians, researchers & life-science graduates.
Study mode : flexible online lectures, live masterclasses & applied projects.
Duration : 9 months · Awarding Body : NCC Education.

Future‑proof your career in precision health.

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Diploma in Biomedical Science - Genomics & Precision Medicine (Level 7)

Use the tabs to explore the curriculum, entry profile, career outcomes and practical details in more depth.

The Diploma in Biomedical Science – Genomics & Precision Medicine (Level 7) helps you progress from advanced biomedical fundamentals to cutting-edge genomic medicine, big data analytics, AI-driven diagnostics, space biomedicine and translational clinical practice.

Genomics & precision medicine

Advanced training in genomics, molecular oncology and precision health.

Academic excellence

UK Level 7 (Master’s level), with progression options towards a full MSc.

World-Class Academic Teaching Team

Faculty with research experience and affiliations from institutions and leading biotechnology organisations.

Future-proof your career in precision health.

A postgraduate diploma designed to build world-class scientists through rigorous training, hands-on research, publication opportunities and conference leadership.

 

Included experiences:
World-Class Academic Teaching Team · Genomic Medicine Research Conference · Guaranteed Research Publication · Monthly Career Coaching & Mentorship.

 

Programme emphasis

Where genomics, AI and precision medicine meet.

Biomedical fundamentals
0%
Genomic medicine & AI
0%
Research & publication
0%

The Level 7 Diploma can provide progression to the second year of an online MSc in Precision Medicine, subject to partner university admissions.

Curriculum structure: Core Block · Clinical & Translational Block · Omics & Technology · Frontier Biomedicine Block · Independent Research Project (40%).

Foundations in Cancer Genetics & Genomics
CORE BLOCK

Develop an advanced understanding of human genomics, molecular mechanisms, genomic variation, inheritance and their role in cancer development and precision oncology.

 

  • Genome architecture, gene regulation & epigenomics
  • Genetic variation (SNPs, CNVs, structural variants)
  • Mendelian, non-Mendelian & sex-linked inheritance
  • Cancer genetics, tumour evolution & genomic instability
  • Oncogenomics, biomarker discovery & personalised oncology
  • Bioinformatics tools: Ensembl, UCSC Genome Browser

Explore how genetic and epigenetic factors influence therapeutic response, how biomarkers reshape clinical trials, and how AI and genomics accelerate drug discovery.

 

  • Drug–gene interactions & personalised dosing
  • Pharmacokinetics, pharmacodynamics & genetic polymorphisms
  • Biomarker-guided therapies in oncology & major disease areas
  • Clinical trial design, precision stratification & regulatory pathways
  • AI-enhanced drug response prediction & digital biomarkers
  • ELSI considerations in pharmacogenomics (ethics, equity, regulation)

Examine how molecular alterations in tumours translate into diagnostic, prognostic and predictive biomarkers for precision oncology.

 

  • Histopathology–molecular correlations & tumour classification
  • Oncogenic signalling pathways & hallmark mutations
  • Immunohistochemistry, FISH & advanced tissue biomarkers
  • Minimal residual disease monitoring & liquid biopsy approaches
  • Molecular tumour boards & multidisciplinary decision-making
  • Case-based interpretation of integrated pathology and genomic reports

Gain practical expertise in processing, analysing and interpreting high-throughput sequencing and multi-omics datasets using advanced computational, cloud-based and AI-driven approaches.

 

  • NGS pipelines, quality control & variant calling
  • Genome alignment, annotation & functional interpretation
  • Single-cell sequencing & tumour microenvironment analysis
  • AI in biomarker discovery, digital pathology & radiology
  • FAIR data, trusted research environments & ethical governance

 

Multi-omics integration for precision diagnostics

Learn how large-scale clinical, genomic and real-world datasets are transformed into insight for precision healthcare and policy.

 

  • Electronic health records & registry data for research and quality improvement
  • Population-scale genomic and biobank resources
  • Real-world evidence, outcomes analytics and patient stratification
  • Risk prediction models and clinical decision support tools
  • Data governance, privacy, security & global regulatory frameworks
  • Translating big data findings into clinical implementation and service design

Study how microgravity, radiation and spaceflight alter genomic and epigenetic regulation, cancer risk, immune function and AI-driven health monitoring.

 

  • Spaceflight-induced genomic & epigenetic changes
  • 3D genome architecture, chromatin organisation & gene expression
  • Space radiation, DNA damage & mitigation strategies
  • Microgravity effects on tumour biology & stem cell behaviour
  • AI for astronaut risk prediction & liquid biopsy analysis
  • Organoids, bioprinting & next-generation space biomedicine

Undertake a supervised project in genomics, AI-driven diagnostics, precision oncology, multi-omics analysis or space biomedicine.

 

  • 8,000–10,000-word dissertation
  • Online oral defence
  • Options: AI/bioinformatics project, systematic review, data analysis or lab-based omics research

Teaching & assessment

 

  • Flexible online lectures with guided reading and self-paced content.
  • Interactive live masterclasses and research clinics.
  • Applied coursework, data analysis tasks and written assignments.
  • Independent research project with oral defence.

 

Full assessment details and final grading information are available in the brochure.

Full admissions criteria and guidance are included in the brochure, with examples tailored to international qualifications.

 

  • Typically a 2:1 undergraduate degree (or equivalent) in a relevant discipline.
  • Applicants with substantial professional experience may also be considered.
  • Evidence of English language proficiency where required.

 

If you are unsure whether your academic or professional background is suitable, request the brochure for detailed examples or contact the admissions team for personalised guidance.

The diploma is ideal if you are ready to step into leadership roles in genomics, translational research, diagnostics or the biotech and pharmaceutical sectors.

 

This programme is a strong fit if you are:

 

  • A biomedical scientist, clinician or healthcare professional.
  • A life-science graduate seeking a genomics-focused pathway.
  • A researcher aiming to strengthen your translational impact.
  • Working in pharma, biotech or diagnostics and expanding your expertise.
Clinical & laboratory professionals
Hospital & diagnostic labs

Upgrade your skills in genomics, molecular oncology and AI-based diagnostics while continuing to work.

Strengthen your research profile with postgraduate training and conference and publication experience.

Develop cross-cutting expertise in omics, data science and precision medicine for future leadership roles.

Build a competitive profile for roles and further postgraduate study in the UK and worldwide.

The Level 7 Diploma in Biomedical Science – Genomics & Precision Medicine can support progression into a wide range of roles in research, healthcare, industry and digital health.

Research & Academia
  • Research Assistant (Cancer Genomics)
  • Research Assistant (Molecular Biology)
  • Computational Biology Support Officer
  • Laboratory Research Intern
  • Scientific Writer (Genomics, Oncology, Biotech)
  • Clinical Research Associate
  • Genomics Laboratory Technician
  • Molecular Diagnostics Scientist
  • Precision Medicine Analyst
  • Clinical Trials Coordinator
  • Medical Laboratory Scientist
  • Genomics Data Analyst
  • Bioinformatics Technician / Associate
  • Variant Interpretation Assistant
  • NGS Pipeline Associate
  • Multi-Omics Research Assistant
  • Biotech R&D Associate
  • Pharmaceutical Research Technician
  • Biomarker Development Assistant
  • Regulatory Support Associate
  • AI/ML Healthcare Technician
  • Health Data Analyst
  • Digital Health Associate
  • AI-Assisted Diagnostics Technician
  • Precision Diagnostics Associate
  • Clinical Data Coordinator

Included with the programme:

 

  • Monthly career coaching.
  • Job application & interview support.
  • CV & LinkedIn optimisation.
  • Conference presentation experience.
  • Research publication (book chapter).
  • Digital certificates & verified micro-credentials.

In addition to technical and scientific expertise, you will develop research communication, project management and collaboration skills through your dissertation, conference presentation and publication experience.

 

The brochure includes further examples of job descriptions and sample career pathways in research, industry and healthcare.

Yes. Teaching is delivered via a flexible online format, combining pre‑recorded lectures with live interactive masterclasses and virtual practicals.

The diploma is at Level 7 on the UK framework, the same academic level as Master’s study. It can also provide progression towards a full MSc, subject to partner university requirements.

The structure is designed with working professionals in mind. The brochure outlines recommended weekly time commitments and example study patterns.

Admissions steps are detailed in the brochure. You will also find a dedicated email address for application support.

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