Stage One

Code Title Status Action
HPE300 Medical Device Design Clinical Measurement Compulsory View
HPE301 Common Clinical Investigations Compulsory View
HPE302 Device Acquisition and Acceptance Compulsory View
HPE303 Device Maintenance and Repair Compulsory View
HPE304 Device Optimisation Compulsory View
HPE305 Device Risk Management Compulsory View
HPE306 Device Risk Management Overview Compulsory View
HPE307 High Quality Clinical Care Engineering Compulsory View
HPE308 Medical Device Information System Compulsory View
HPE309 Patient Safety Compulsory View
HPE310 Professional Advisory Services Compulsory View
HPE311 Quality Safety Improvement and Audit Compulsory View
HPE312 Rehabilitation Engineering Compulsory View
HPE313 Standards for Chartered Engineer Compulsory View
HPE314 WHO International Classification of Functioning, Disability and Health ICF Compulsory View

Stage Two

Code Title Status Action
HPE315 Computing, Clinical Bioinformatics, Genomics and Personalised Medicine Compulsory View
HPE316 Driving Technological Change Evaluation Innovation and Strategy Compulsory View
HPE317 Enabling and Benefitting Patients, Fostering Independence Clinical Biomedical Engineering Solutions Compulsory View
HPE318 Health Economics Compulsory View
HPE319 Modelling and Simulation Compulsory View
HPE320 Service Redesign, Optimisation and Horizon Scanning Compulsory View
HPE321 Systems Engineering Principles Compulsory View
HPE322 Leadership and Management in Clinical Biomedical Engineering Compulsory View
HCC20 Clinical Bioinformatics, Genomics and Personalised Medicine Compulsory View
HCC22 Innovation in Healthcare Science Compulsory View
HCC24 Patient and Public Involvement, Engagement and Partnership in Healthcare and Healthcare Science Compulsory View
HCC25 Science Communication Compulsory View
HCC26 Teaching, Learning and Assessment Compulsory View
HCC21 Doctoral Level Research Compulsory View


Programme title Higher Specialist Scientist Training Programme (HSST) — Clinical Biomedical Engineering
Division Physical Sciences & Biomedical Engineering
Normal length of programme 5 years
Outcome awards and professional eligibility

Successful candidates will be awarded:

  • Certificate of Completion of the Higher Specialist Scientist Training Programme. Awarded by the National School of Healthcare Science.
Total credits 540
Mode of study Work-based with integrated part time DClinSci or FRCPath
Programme accredited by The Academy for Healthcare Science

Programme aim

The programme has been developed to enable a selected cohort of clinical scientists to be trained to take on the role of a consultant clinical scientist. It is a programme that is both flexible and bespoke to the individual.

It includes the incorporation into the training programme of all or part of a professional doctorate award according to trainee previous experience and qualifications and comprising modules in:

  • High level scientific and clinical knowledge
  • Leadership and professionalism
  • Research and innovation

Expected programme outcomes

On successful completion of the HSST and its underpinning doctoral level academic programme graduates will possess the essential knowledge, skills, experience and attributes required of a Consultant Clinical Scientist in the NHS and will:

  • demonstrate practice that places the patient and the public at the centre of care, prioritising patient safety and dignity and reflecting NHS/health service values, the NHS Constitution and meets the professional standards defined by Good Scientific Practice;
  • demonstrate systematic acquisition and understanding of a substantial body of scientific and clinical knowledge which is at the forefront of healthcare science;
  • possess a breadth of clinical and scientific knowledge across a range of related and relevant science specialties;
  • demonstrate the general ability to conceptualise, design, lead and implement a project for the generation of new knowledge, applications or understanding at the forefront of healthcare science;
  • demonstrate an advanced and detailed understanding of applicable methods for research, innovation and advanced academic enquiry;
  • demonstrate the ability to create and interpret new knowledge, through original research or other advanced scholarship, of a quality to satisfy peer review, extend the forefront of the healthcare science/specialism, and merit publication;
  • demonstrate advanced critical thinking with a sound grasp and application of research methodology which supports vision and innovation in the application of basic science to health and an effective understanding of leadership, NHS current policy, influencing and advanced communication skills;
  • communicate clearly to specialist and non-specialist audiences including patients and the public;
  • demonstrate scientific and clinical leadership based on the continual advancement of their knowledge, skills and understanding through the independent learning required for continuing professional development.

Will be able to:

  • make informed judgements on complex issues in specialist fields, often in the absence of complete data, and be able to communicate their ideas and conclusions clearly and effectively to specialist and non-specialist audiences;
  • deal with uncertainty;
  • continue to engage in continuous personal and professional development, resulting in leading the development of new techniques, ensuring innovation and facilitation of transformational change in science and in the service through ideas or approaches that benefit the patient and NHS;
  • engage with contemporary research and analysis as a basis for critical reflection on their own and others’ professional experience and work based practice.

Will have:

  • the qualities and transferable skills necessary for employment as a Consultant Clinical Scientist, which requires the exercise of personal responsibility and largely autonomous initiative in complex and unpredictable situations, in professional or equivalent environments leading and working within teams

Learning and teaching methods

A blend of methods is used to ensure effective capture of robust evidence relating to the three components of the HSST programme.

The components of the programme are:

  • Acquisition and application of specialist scientific knowledge up to Consultant Clinical Scientist level.
  • Mastery and practice of higher clinical and scientific skills, including professionalism, and the values, behaviours and attitudes expected of leaders in healthcare science.
  • Ability to make a significant contribution to knowledge generation and innovation in healthcare science service and practice.

Assessment methods

  • Portfolio of workplace-based evidence
  • Annual Review of Progression
  • Multi Source Feedback
  • Independent Assessment of Professional Skills (IAPS) – HSST Final Assessment

Standards of proficiency

To gain entry on to the Higher Specialist Scientist Register you must demonstrate that you are able to practice within the 5 Domains:

  • Domain One: Professional Practice
  • Domain Two: Scientific Practice
  • Domain Three: Clinical Practice
  • Domain Four: Research, Development and Innovation
  • Domain Five: Clinical Leadership

Programme structure

  • Section A: Leadership and Professional Development (120 credits)
  • Section B: Specialist Scientific Clinical Programme (180 credits)
  • Section C: Research, Development and Innovation (240 credits)

Entry routes and requirements

Entry routes In England there are two routes into the programme

  • Direct entry – Trainees are competitively appointed into a training post funded through the local Health Education England training board
  • In-service entry – Trainees enter the programme with the support of their employers.
Entry requirements For both entry routes, HSST applicants must participate in the national recruitment/assessment process and meet the minimum entry requirements for the academic and work-based programme.

Applicants must be a registered Clinical Scientist with HCPC.