YHFS Specialised Foundation Programmes
West Yorkshire (WY)
Within West Yorkshire there are 21 Specialised Academic Foundation Training Programmes. These incorporate a standard F1 training programme and an F2 training programme which includes a 4-month academic research or medical education attachment at the University of Leeds
- 18 Specialised Foundation Programme Research Programmes.
- 3 Specialised Foundation Programme Medical Education Programmes
- Collaboration with University of Leeds School of Medicine https://medicinehealth.leeds.ac.uk/medicine-research-innovation
- Projects can be developed in a number of specialties and research areas; potential projects and their SFP supervisors are listed below. For more information https://medicinehealth.leeds.ac.uk/medicine-clinical-academic-training
The full academic rotations for West Yorkshire are available at the bottom of this page.
How to Apply
Information will be published on the UKFPO website. For details of how to apply, please see our Allocation Process section. If you have any queries, please contact england.foundation.yh@nhs.net
Specialised Foundation Academic Projects and Supervisors – West Yorkshire (for 4-month F2 projects in Aug 25-Jul 26)
West Yorkshire Academic Foundation Placements (Specialised Foundation) are available with the following supervisors in the research areas indicated below. If there is not a project offered in a particular specialty in which you are interested in pursuing research please contact Jo Bentley (J.Bentley@leeds.ac.uk) to discuss.
|
Supervisor |
Clinical Specialty |
Project description |
1 |
Dr Oliver Todd |
Geriatric Medicine |
Which patterns in wearable blood pressure recording are predictive of adverse cardiovascular events as well as syncope and falls? A range of reviews. |
2 |
Dr Oliver Todd |
Geriatric Medicine |
Optimising structure medication reviews for older people to reduce overprescribing and associated inequalities using big data sets in CPRD |
3 |
Dr Oliver Todd |
Geriatric Medicine |
Optimising blood pressure management for care home residents using big data sets in Connected Bradford |
4 |
Dr Louise Savic |
Anaesthetics |
Drug allergy: defining the role of in vitro diagnostic tests |
5 |
Dr Louise Savic |
Anaesthetics |
Perioperative allergy: understanding the patient perspective through qualitative research |
6 |
Dr Louise Savic |
Anaesthetics |
Drug allergy: improving diagnostic certainty |
7 |
Dr Louise Savic |
Anaesthetics |
Penicillin allergy: removing labels to improve health outcomes |
8 |
Dr Darren Treanor |
Histopathology (Digital Pathology) |
Evaluating new systems for digital pathology |
9 |
Dr Darren Treanor |
Histopathology (Digital Pathology) |
Are you sure it’s cancer? Cognition, error and image quality in diagnostic pathology |
10 |
Dr Darren Treanor |
Histopathology (Digital Pathology) |
Artificial intelligence and digital pathology for the diagnosis of cancer |
11 |
Prof Phil Quirke |
Histopathology |
Clinical Trials research |
12 |
Prof Phil Quirke Dr Nick West |
Histopathology |
Tumour immunology |
13 |
Prof Phil Quirke |
Histopathology |
Cardiovascular pathology |
14 |
Prof Phil Quirke Dr Nic Orsi |
Histopathology |
Gynaecological oncology/placental pathology |
15 |
Prof Phil Quirke Dr Richard Digby |
Histopathology |
Dementia |
16 |
Prof Phil Quirke Dr Kate Marks |
Histopathology |
Bowel Cancer |
17 |
Prof Phil Quirke Dr Caroline Young |
Histopathology |
Pancreatic Cancer |
18 |
Ms Grainne Bourke |
Plastic Surgery |
Patient related outcome measures in children's hand surgery. Several options for projects here to link with national and international outcomes assessments in congenital hand surgery |
19 |
Ms Grainne Bourke |
Plastic Surgery |
Functional Rotational limb range in adolescence with and without nerve injury |
20 |
Ms Grainne Bourke |
Plastic Surgery |
Patient related outcome measures after hand trauma. Is there a gender difference in evaluation |
21 |
Ms Grainne Bourke |
Plastic Surgery |
Evaluation of nerve repair after injury – imaging/clinical/neurophysiology |
22 |
Prof Hemant Pandit |
Trauma & Orthopaedic Surgery |
Sensors in orthopaedic surgery |
23 |
Prof Hemant Pandit
|
Trauma & Orthopaedic Surgery |
Pain relief in osteoarthritis. |
24 |
Prof Dermot Burke |
General Surgery |
Examining a new approach to infection prevention in colorectal surgery |
25 |
Prof Dermot Burke |
General Surgery |
Improving outcomes for patients with intestinal failure. |
26 |
Mr Yazan Khaled |
General Surgery |
Systematic review on quality of life after Total Pancreatectomy. Analysis of the literature and local data. |
27 |
Mr Yazan Khaled |
General Surgery |
Neutrophil/lymphocyte ratio as a predictor for response to neoadjuvant chemotherapy in patients with pancreatic cancer. |
28 |
Mr Yazan Khaled |
General Surgery |
20-year review of Leeds Pathology Protocol margin analysis post Pancreaticoduodenectomy- longest FU series. |
29 |
Mr Yazan Khaled |
General Surgery |
Outcome of 20-year series of venous + pancreatic resection at Leeds Pancreatic Unit. |
30 |
Prof David Jayne Mr Joshua Burke |
General Surgery |
Investigating novel therapies for gastrointestinal anastomotic healing |
31 |
Dr Faisal Mushtaq Mr Ryan Mathew |
Neurosurgery |
Using Virtual and Augmented Reality to support surgical training and performance |
32 |
Mr Chris Derham Mr Ryan Mathew |
Neurosurgery |
Biomechanical stability of the cervical spine. Pathological processes implicated in degenerative cervical disc disease. |
33 |
Prof Julian Scott Mr Marc Bailey Mr Patrick Coughlin Mr Henry Davies |
Vascular Surgery |
Multi-morbidity and its effect on decision making processes in patients with complex vascular disease. |
34 |
Mr David Russell Mr Alex Jones Mr Tom Wallace |
Vascular Surgery |
Reliability and impact of bone biopsy in management of patients with suspected osteomyelitis: a systematic review and service evaluation |
Mr Tom Wallace Mr David Russell |
Vascular Surgery |
Optimising surgical outcomes in patients undergoing major lower limb amputation |
|
Mr Jonathan De Siqueira Prof Julian Scott Mr Henry Davies |
Vascular Surgery |
Frailty and co-morbidity in patients considered for surgically created vascular access.: is the apparent survival advantage in surgically created vascular access related to patient factors |
|
37 |
Mr Marc Bailey Mr Patrick Coughlin Mr Tom Wallace Mr David Russell |
Vascular Surgery |
Optimising equity of access and outcomes in CLTI within a regional vascular surgery network; the role of the multidisciplinary team |
38 |
Mr Patrick Coughlin Mr Marc Bailey Mr David Russell Mr Tom Wallace |
Vascular Surgery |
Optimising medical therapy in patients with threatened limbs. Can a protocolised service improve adherence and improve patient outcomes? |
39 |
Prof Simon Howell Dr Richard Wakefield Prof Ai Lyn Tan |
Anaesthesia/Intensive Care
|
Assessment of frailty and sarcopenia in surgical patients using ultrasound imaging of muscle |
40 |
Prof Simon Howell |
Anaesthesia |
Pain management in patients undergoing major body cavity surgery: do opiate sparing strategies improve quality of recovery? |
41 |
Prof Simon Howell |
Anaesthesia |
Targeting exercise prehabilitation strategies in older surgical patients. Is effective training feasible in a limited time window? |
42 |
Prof Simon Howell |
Anaesthesia |
Health informatics Assessing co-morbidity in surgical patients using routine hospital data |
43 |
Prof Ramzi Ajjan
|
Endocrinology |
Improving vascular outcomes in overweight people with type 1 diabetes: Role of adjunctive therapies in double diabetes |
44 |
Prof Ramzi Ajjan Dr Afroze Abbas |
Endocrinology |
Steroid therapy and cardiometabolic risk: are we doing enough? |
45 |
Prof Ann Morgan |
Rheumatology/Cardiology |
Assessing FcgRlla signalling events in platelets: a therapeutic target in autoimmunity and cardiovascular disease. |
46 |
Prof Ann Morgan |
Rheumatology |
Optimising therapeutic monoclonal antibody design for autoimmunity and cancer |
47 |
Prof Ann Morgan |
Rheumatology |
Unravelling how autoantibodies potentiate autoimmunity and modulate treatment response through studying Fcg receptor biology. |
48 |
Prof Ann Morgan |
Rheumatology |
Can blindness and ischaemic symptoms in giant cell arteritis be predicted molecular or proteomic signatures? |
49 |
Prof Ann Morgan |
Rheumatology |
Does macrophage and T-cell polarization in giant cell arteritis tissue biopsies predict response to treatment? |
50 |
Prof Ann Morgan |
Rheumatology |
Can we identify giant cell arteritis patients who require additional immunosuppressant therapy/biologics at presentation? |
51 |
Prof Ann Morgan |
Rheumatology |
Identifying genetic predictors of GCA, PMR and disease complications |
52 |
Prof Philip Conaghan |
Rheumatology |
What is the relationship between metabolic syndrome and joint pain?
|
53 |
Prof Philip Conaghan |
Rheumatology |
What interventions work for MSK hand, wrist and elbow problems?
|
54 |
Prof Anne-Maree Keenan |
Rheumatology/Diabetes |
Foot Stress Fractures in Peri-menopausal Women: incidence and impact |
55 |
Dr Yuzaiful Yusof |
Rheumatology |
The value of repeated ultrasound of major salivary glands in Sjogren disease to screen for lymphoma: a longitudinal cohort study |
56 |
Dr Kulveer Mankia |
Rheumatology |
How can we improve risk stratification in individuals at risk of rheumatoid arthritis? |
57 |
Dr Peter Swoboda |
Sports Cardiology |
Mechanisms and significance of cardiac fibrosis detected by MRI in endurance athletes |
58 |
Dr Richard Cubbon |
Cardiology |
Exploring Lipoprotein lp(a) in cardiovascular disease and infection |
59 |
Dr Andrew Walker |
Cardiology |
Understanding factors that promote healthy cardiovascular ageing |
60 |
Dr Richard Cubbon |
Cardiology |
Understanding the predisposition to infection in people with cardiovascular disease |
61 |
Dr Saw Straw Dr John Gierula |
Cardiology Clinical (patient facing) research |
Heart failure with preserved ejection fraction - is targeting contractility.
|
62 |
Prof Francesco Del Galdo |
Rheumatology |
Biomarkers associated with Raynaud’s for early detection of Connective Tissue disease |
63 |
Prof Francesco Del Galdo |
Rheumatology |
Multidisciplinary care of Connective Tissue Diseases: Rheumatologist led comprehensive patient care |
64 |
Prof Francesco Del Galdo |
Rheumatology |
Cold induced Endothelial cell damage as driver of autoimmunity in Systemic Sclerosis : a multiomic approach to organ on chip models |
65 |
Prof Francesco Del Galdo |
Rheumatology |
AI based scoring of CTD-ILD, a new approach to predict progression
|
66 |
Dr Rebecca Spencer |
Obstetrics and Gynaecology/Maternal/Fetal Medicine |
Placental extracellular vesicle cargo as a prognostic marker in severe early-onset fetal growth restriction |
67 |
Dr Rebecca Spencer |
Obstetrics and Gynaecology/ Maternal/Fetal Medicine |
Placental extracellular vesicles as a non-invasive placental biopsy: comparing the protein and RNA cargo with the placental transcriptome and proteome in the first and third trimesters |
68 |
Dr Rebecca Spencer |
Obstetrics and Gynaecology/ Maternal/Fetal Medicine |
Longitudinal assessment of maternal anxiety in ‘normal’ and complicated pregnancies |
69 |
Dr Rebecca Spencer |
Obstetrics and Gynaecology/ Maternal/Fetal Medicine |
Development of new maternal and fetal adverse event terms and standard grading criteria using a modified Delphi approach |
70 |
Dr Rebecca Spencer |
Obstetrics and Gynaecology/ Maternal and Fetal Medicine
|
Retrospective validation of standard maternal and fetal adverse event severity grading criteria using anonymised adverse events from clinical trials in pregnancy |
71 |
Dr Katherine Paradine and Prof Mark Kearney |
Cardiology (subspecialty Heart Failure) |
How do disease-related changes in microvascular endothelial cells affect the function of adipose tissue? |
72 |
Dr Natalie Haywood and Prof Mark Kearney |
Cardiology (subspecialty Lab based). |
Healing the Gut: Targeting Microbiome Disruption in Obesity and Type 2 Diabetes – a role for microvascular endothelial cells |
73 |
Dr Natalie Haywood and Prof Mark Kearney |
Cardiology (subspecialty Heart Failure) |
Using organoids to explore the impact of disease-related changes in microvascular endothelial cells on human adipose tissue function |
74 |
Dr Stuart Currie
|
Clinical Radiology |
Quantitative assessment of glioma using MRI fingerprinting" |
75 |
Prof Adam Glaser |
Paediatrics |
Prevalence of cardiometabolic syndrome in adult survivors of cancer diagnosed before the age of 30 |
76 |
Prof Adam Glaser |
Paediatrics |
Defining the unmet needs of young people living with and beyond a diagnosis of Sickle Cell disease or Thalassaemia |
77 |
Prof Adam Glaser |
Paediatrics |
Outcomes of Paediatric Intensive Care e.g. impact of socioeconomic factors |
78 |
Prof Adam Glaser |
Paediatrics |
Addressing the unmet reproductive health needs to childhood cancer survivors |
79 |
Prof Adam Glaser |
Paediatrics |
Outcomes of Paediatric Intensive Care e.g. impact of socioeconomic factors |
|
There are additional projects available:- |
||
80
|
Mr Chris Mannion |
Medical Education |
Please contact christopher.mannion@nhs.net |
81
|
Prof Andy Scarsbrook |
Clinical Radiology |
Please contact A.F.Scarsbrook@leeds.ac.uk |
82
|
Dr Harriet Wallace |
GU Medicine |
Please contact harriet.wallace@nhs.net |
Projects and Supervisors
West Yorkshire Rotation: Specialised Foundation Programme in Medical Education
The Leeds Institute of Medical Education (LIME) is a vibrant environment for learning and teaching with an international profile of excellence. The Institute holds 6 ASPIRE to excellence awards from the Association for Medical Education in Europe (AMEE) and benefits from a wealth of experience and a strong track record of scholarship in medical pedagogy. Successful candidates will work within the Medical School during a dedicated 4-month FY2 rotation to support teaching across the MBChB course. Specialised Foundation Programme (SFP) Med Ed trainees should have a passion for education and be keen to expand their knowledge and skills in teaching through bespoke training, feedback, and mentoring from experts at the University.
What will I do?
SFP Trainees will teach core elements of the MBChB course during a dedicated 4-month Medical Education FY2 rotation. Sessions will include anatomy demonstrating, practical skills instructing, small group facilitation, communication skills training, lecturing, and bedside teaching. There will also be opportunities to contribute to curriculum development and assessment. Research projects in clinical education will be encouraged and supported with expenses available to present at pedagogic conferences such as AMEE and ASMEE. Examples of key active research themes within the Institute include the digital delivery of teaching, curriculum development, the involvement of students in their education, patients as educational partners, innovation in assessment, and the use of cutting-edge technologies such as ProximieTM and HololensTM in the delivery of teaching. Trainees will have study leave to attend relevant training and CPD opportunities during the F2 year of Foundation Programme post.
Who should apply?
We expect a highly competitive application process for the scheme recruiting high calibre trainees with a passion for education. We hope to attract trainees interested in a career in medical education keen to further their existing knowledge, skills and experience. Successful completion of an SFP in Medical Education will prepare trainees for competitive application to Academic Clinical Fellowships in Medical Education and provide a stepping-stone towards the study of higher degrees in the speciality (Masters, PhD etc).
Is this an official University position?
The SFP Med Ed programme is a valuable opportunity for formal training in and experience of student education within the University of Leeds. A University Visiting Worker ‘honorary’ contract entitles trainees to the use of UoL resources including the Library, CPD courses and online journal access.
What training will I receive?
SFP Med Ed Trainees will receive bespoke training and mentorship from experienced educators within the School of Medicine. Sessions will be focussed on ensuring trainees develop their teaching skills through hands-on practice with peer and expert feedback to improve performance. Successful applicants will receive feedback on their teaching practice over the period of the scheme. Training will include practical skills teaching, small group facilitation, lecturing, online delivery of teaching (hybrid), feedback, and assessment.
How do I apply?
Please apply through the Oriel application process for Foundation training and complete the Speciality programme section.
For queries about the programme, please contact Dr Andrew Walker
a.m.n.walker@leeds.ac.uk. For application queries please contact the Foundation team at Foundation.yh@hee.nhs.uk