Guest Blog by Ciaran Horton: From Lincoln to the tropics (sort of) and how I landed a fully funded MSc

I was fortunate enough to undertake my undergraduate degree at a time when tuition fees were not what they are now. My student loan was enough to pay for halls and my fees. It was still a shock though as I was one of the first years when student loans even existed, my sister undertook her degree when the grant system was still in play. I was painfully aware of money, therefore, when I started my academic journey. To be honest, I think my academic experience would have ended there if I hadn’t been in the right place at the right time. I couldn’t afford to even consider doing a masters degree, but my old university were starting a new biophysics course and they had lots of physicists and no biologists. I was fortunate enough to be given a full stipend to be able to take my MRes, not because of my brilliance, but because of the gift of timing. My second masters was paid for as part of my Clinical Scientist training. You’ll sense a theme here. I also would never have been able to afford to take the pay cut to be able to undertake a PhD, and so worked hard to get a fully funded fellowship from the National Institute of Health Research (NIHR) that matched my salary so I could afford to do something I love and support continuing in a career I was passionate about.

This is why this blog is so important to me, and I’m so thrilled that Ciaran volunteered to write it. Being able to undertake the academic study needed to achieve your dream job shouldn’t only be open to those who have the ability to write a massive check. Access to academia should, and I know I am old fashioned here, still have routes based on merit and the ability to contribute long term to the field. Knowing that there are fully funded routes out there is the first step to be able to access one. So, massive thank you to Ciaran for sharing he experience of how it worked out for him.

Introduction by Dr Claire Walker

I am delighted to introduce a blog from one of my newly graduated third-year students, Ciaran, who is about to start a fully funded Master’s at the London School of Hygiene & Tropical Medicine.

I first met Ciaran at an Open Day in his second year of studies, where he was serving as one of the student representatives for our course. What first struck me was just how much he was getting from university. His grades were excellent, but more than that, he had gone out on placement to ensure he could gain HCPC registration on completing his degree, worked with some of my favourite researchers, and already had a clear sense of where he wanted his career to take him.

I was delighted to see him graduate just last week with a very well-earned First Class Honours degree in Biomedical Science from the University of Lincoln. He was also recently awarded the prestigious IBMS President’s Prize here at the University of Lincoln, before going on to complete a summer internship with the Oxford Vaccine Group – a fantastic opportunity and one that seems particularly fitting for someone whose enthusiasm for microbiology (and immunology, thank goodness!) shines through in everything he does.

Ciaran has had many academic successes, but I think what really makes him stand out is that none of them simply happened to him. He has made a point of getting involved, getting to know people, seeking out opportunities and, crucially, putting in the work when those opportunities came along. He is a brilliant example of what can happen when you treat a degree as much more than lectures, labs and exams.

So I was thrilled when he agreed to write about his experience of securing a fully funded Master’s. There is a lot here that other students can learn from – not just about funding postgraduate study, but about making the absolute most of the people, opportunities and experiences that university puts in your path. Ciaran certainly did.

Guest blog by Ciaran Horton

Like many people coming to the end of their degree, I have had to make many important decisions. The main one being, what is next for me? Do I want to go into work? Do I want to pursue further qualifications? Or simply, do I want a break?

For myself, I knew I wanted to pursue further postgraduate study. But in what form?

There are several different types of master’s degrees that you can study; learning these felt as if I was learning a new language. An MSc, MBio, MSci, MRes and MScR. While these all sound similar, they can vastly differ; for instance, an MSc is typically what we would consider to be a master’s with taught modules, very much like my undergraduate degree, whereas an MScR is much more research-focused with little to no taught modules.

I didn’t have my life mapped out or even a carefully constructed 5-year plan laying out pros and cons. I didn’t have a spreadsheet labelled “Ciaran’s Plan to Infectious Disease Greatness”. I was simply trying to take it one step at a time, as applications can feel as if you have a full-time job alongside your coursework.

It all started with my BSc Biomedical Science degree at the University of Lincoln. During my degree, I fell in love with microbiology and immunology, through my lectures, practicals and seminars, I knew I wanted to gain some more hands-on experience. I can particularly remember two key sessions which challenged me and gave me some insight into how these can be applied to diagnostics, one of which was a series of microbiology practicals where we was given two unknown pathogens and, using selective agars we had to determine what the pathogen was, a microbiology Cluedo per say. The other practical was looking at immunofluorescence in ANCA associated vasculitis, looking at how immunological investigations help within the patient journey.

After these experiences, I decided to undertake a placement year within the NHS to obtain my IBMS registration portfolio. This experience gave me real-world experience in clinical diagnostics and how to conduct myself in a regulated laboratory environment. I loved my experience and learned a great deal; despite this, I fell in love with the research and development projects going on within the laboratory, whether looking at quality and service improvement or looking at methodological improvements.

Following on from this, I had the opportunity to go to New York City for one of my optional modules. As a part of the field trip, we got to attend one of the local colleges and learn how public health measures implemented during the Sars-CoV-2 outbreak were holistically applied to relieve systemic burdens. This was of great interest to me as I got to see how public policy shapes epidemiological outcomes.

Then came the turning point: my two undergraduate dissertations. The first looked at novel methods of visualising herpesvirus replication, which did not wholly go to plan, and then the other was using LAMP as a diagnostic tool for detecting equid herpesviruses. Through these projects, I gained an appreciation for working with my hands within the laboratory environment and enjoyed learning much more subject-specific detail about topics I am passionate about.

I learned to use my experiences to my advantage and reflect upon them to see what I had truly learned. For instance, my dissertation taught me how to design experiments and troubleshoot; my placement taught me how to apply quality management to my daily practice, and my work as a student ambassador taught me how to adapt my communication style with different people. This was then applied to my CV and cover letter, where I did not just list my skills but had real examples of where I applied them!

Then came the applications. I first decided which type of master’s I wanted to do and what subject within – for me this was an MSc or an MRes in Infectious Disease. Once I had shortlisted the courses I wanted to apply for, I looked at schemes with funding; most universities offer some form of alumni scholarships, so Lincoln was a great place to start. I also looked at FindAMasters as this highlighted some funded research-specific opportunities. Individual University Scholarship pages were also incredibly useful, such as Clarendon at Oxford or College-specific Scholarships at Cambridge. Once you have considered funding, then it is time to apply! – My biggest advice is to apply early and reach out to potential supervisors before you start, as they are a great resource of information and can point you in the right direction. I did this during my summer internship at Oxford, and it made me make a great deal of new connections and offers for projects (I was even on ITV about the Ebola Vaccine, well, the back of my head).

After all of the applications, the offers started to come in. An MRes at the University of York looking at bacteriophage sequencing, an MSc in Healthcare Research at Southampton and then an MSc in the Control of Infectious Disease at LSHTM. All Funded! The MRes at York had funding applied to the specific project; the funding at Southampton was through the NIHR, and the MSc at LSHTM was funded through an internal scholarship scheme for underrepresented applicants. So, it goes to show that funding is not impossible!

I had to weigh up all of my options: what course would suit me best, where is better to live, where can I actually afford to live and what is better for my future career? Once I had made my pros and cons list, I made my choice to study at LSHTM.

And then I had to deal with an entirely new problem: how I am going to fit my life into my London apartment…

All opinions in this blog are my own

Guest Blog by Megan Baines: My Journey into Healthcare Science

This week is results week, many people will have been receiving A-level, T-level, and BTEC results, and making some pretty big life choices as a result, often feeling a lot of pressure to get them right as, for some, it can feel like a point of no return.

I’ve previously written about this from my point of view:

All that being said, I graduated university over twenty years ago, and if I was an academic paper reference you’d discount me for being out of date. I was thrilled therefore when Megan volunteered to write a guest blog on her experience of entering the field of Healthcare Science.

Megan has just successfully completed a BSc at the University of Lincoln and navigated the process to apply for, and be accepted onto, the national scientific training programme (STP) in audiology and is due to start in 2026. Megan had initially thought medicine was the only way into a career in the NHS and I hope that by sharing her experiences it can help others navigate, what can be, a complex landscape into a wonderful career pathway.

Guest blog by Megan Baines

Like many people working in healthcare science, my path wasn’t quite as straightforward as I once imagined.

Looking back, I’ve always been academically minded. As a child, I was the one who preferred curling up with a book rather than running around outside. I enjoyed classroom lessons far more than active lessons (forever hopeless at PE), and I found genuine excitement in learning new things. While my interests changed over the years, one subject consistently stood out above the rest: science. From a young age, science fascinated me. I knew that I wanted to pursue a career where science was at the heart of what I did. I didn’t yet know exactly what that career would look like, but I knew it would involve science and hopefully a hospital.

As I approached the end of sixth form, I encountered something that many aspiring healthcare professionals experience. When you tell a careers adviser, teacher, or family member that you’re interested in healthcare, the conversation almost inevitably turns to medicine or nursing. Both are incredibly rewarding professions, and the dedication of those working within them cannot be overstated. However, they are far from the only careers that make a meaningful difference to patients.

At the time, though, I wasn’t aware of the breadth of opportunities available. Like many students, I assumed medicine was the obvious route. So, I applied to four medical schools, with Biomedical Science as my fifth UCAS choice, thinking of it simply as a backup plan if I was rejected. In my mind, I had mapped out my future: I would study medicine, become a doctor, and that would be that.

However, as I attended university open days, rather than becoming more excited, I found myself feeling increasingly uncertain with each visit leaving me with an uncomfortable sense of dread. It wasn’t that medicine wasn’t interesting (it absolutely was) but I realised I couldn’t picture myself enjoying the course or the career in the way I had hoped. The more I reflected on it, the more I recognised that I had been pursuing an idea of what I thought I should do, rather than what genuinely inspired me.

Though, everything changed during my final open day at the University of Lincoln.

Walking around the Biomedical Science department, speaking with staff and students, and learning more about the course, I felt something I hadn’t experienced during any of the medical school visits: genuine excitement. The programme combined everything I loved about science with the opportunity to contribute directly to healthcare through research, diagnostics, and laboratory medicine. It immediately felt like the right fit.

Making the decision to withdraw my medical school offers wasn’t easy. After years of working towards what I believed was my dream, changing direction felt daunting. But it was also one of the best decisions I have ever made. I accepted my offer to study Biomedical Science at the University of Lincoln, and I have never looked back.

The three years I spent there were some of the most rewarding of my life. I was fortunate to be part of an incredibly supportive cohort, many of whom remain close friends today. My lecturers were not only excellent teachers but accomplished scientists whose enthusiasm for their work was infectious. They demonstrated that there are countless ways to make a meaningful impact within healthcare beyond the roles most people immediately think of and often had meandering paths into their dream careers.

One lecturer, in particular, had previously completed the Scientist Training Programme (STP). Through her teaching and conversations about her own career, I was introduced to the STP for the first time. Until then, I had never even heard of it. Like many students, I had been completely unaware that such a pathway existed. Discovering the STP opened my eyes to an entirely different career that perfectly combined my love of science with patient care.

Perhaps that’s a rather long-winded way of saying that careers are rarely as linear as we expect them to be. When I first started university, if you had told me that one day I would be training to become an audiologist, I probably wouldn’t have believed you. Like many Biomedical Science students, I assumed my future would lie in pathology, research, or another laboratory-based discipline. Audiology wasn’t even on my radar.

Yet that’s exactly where I found myself. Looking back, from choosing Biomedical Science over medicine, to discovering the Scientist Training Programme, to ultimately finding my place in audiology has led me to a career that genuinely excites me. I feel more motivated than I ever have before.

It’s funny how the opportunities you never knew existed can end up being the ones that suit you best. That’s one of the reasons I wanted to start writing. I remember how little I knew about healthcare science careers when I was applying to university, and if sharing my experiences helps even one person discover a path they hadn’t considered then I’ve done something right. It’s truly a privilege to now be writing for a blog that I have long enjoyed reading, while also beginning a blogging journey of my own.

So, cheers to us!

All opinions in this blog are my own

Guest Blog by Dr Claire Walker: Can artificial intelligence pass your Genetics exam? Not this one

Everywhere I look at the moment people are talking about ChatGPT and artificial intelligence (AI). On LinkedIn this week everyone was sporting ChatGPT produced images, and I have to say I felt completely out of things as I’d have no idea where to even start. The challenge is, the same cannot be said for our students. As an external examiner I see how the AI creep is really beginning to impact on assessments, so I reached out to my great friend and educationalist Dr Claire Walker, who is actively working to think about how we can respond to the AI challenge when it comes to our assessments.

Dr Walker who is a paid up member of the Dream Team since 2013, token immunologist and occasional defector from the Immunology Mafia. Registered Clinical Scientist in Immunology with a background in genetics (PhD), microbiology and immunology (MSc), biological sciences (mBiolSci), education (PgCert) and indecisiveness (everything else). Now a Senior Lecturer in Immunology at University of Lincoln. She has previously written many great guest blogs for the Girlymicrobiologist, including Exome Sequencing and the Hunt for New Genetic Diseases.

Blog by Dr Claire Walker

So, there’s a new problem in higher education. The elephant in the room that we’re all talking about, or sometimes pretending doesn’t really exist: our chatty friend, generative AI. When I first encountered it, I suspected the impact might be overstated. Students do not come to university simply to cheat; they come for authentic learning experiences and to gain transferable skills. I mean, they want real jobs eventually, right?! But the reality facing educators is more complicated. Alongside the rise of AI, we are also facing another persistent challenge: do more with less. Larger cohorts, less time, fewer staff and an increasing pressure to design assessments that genuinely measure skills rather than copy-paste ability. Many of our classic approaches to assessment – lab reports, literature reviews, and even theses can be generated with just a few of the right kind of prompts.

Our chatty friend or the nemesis of lecturers everywhere

So how can we create authentic learning experiences that are difficult to outsource to AI while still being practical to run and mark? At the University of Lincoln in our Genetics and Bioethics module, we have developed one approach: AI-supported patient roleplay combined with pedigree analysis and ethical reflection. One of the long-standing challenges in genetics education is giving students meaningful practice in family history taking and pedigree construction. Traditional simulated patient encounters are highly effective but expensive and logistically demanding, often requiring trained actors and significant coordination. As a result, many students learn pedigree analysis primarily through static textbook cases. I can’t say this isn’t useful, but it’s pretty far removed from the realities of genuine clinical conversations.

Our solution was to create interactive patient roleplay scenarios in which students interview a simulated patient using Claude.AI during a live teaching session. The students interact with a “patient” presenting with features of the genetic condition hereditary haemochromatosis. They gather the relevant family history by asking structured clinical questions of our AI bot pre-programmed with a real clinical case. The information they need does not exist in advance as a written case study; it emerges through the interaction, requiring students to listen carefully, probe appropriately, and adapt their questioning strategy in real time. This immediately changes the learning dynamic. Students are no longer passively interpreting a pre-constructed pedigree; they must build the dataset themselves by asking the right questions. Mistakes become learning opportunities, and repeated questioning helps them to refine both clinical reasoning and communication skills. Following the roleplay session, students translate the collected information into a formal pedigree diagram using a clinical pedigree-drawing software fortunately available for free online. This requires them to apply standardized genetic notation accurately while organizing complex family information into a clear visual representation that can be assessed objectively, and delightfully quickly. Most importantly – right now ChatGPT can’t draw this from a script. Maybe one day, but for today this assessment is one step ahead.

A medical family history drawing tool from Health Education England

The assessment does not stop at technical skills. Students are also asked to reflect on the family scenario and the issues raised during the session to consider a realistic counselling question: would they personally choose to undergo testing for a variably penetrant mutation associated with hereditary haemochromatosis? The genetic test used in the module looks for two common changes in the HFE gene known as C282Y andH63D. In simple terms, the test examines a person’s DNA to see whether they carry gene variants that can affect how the body regulates iron absorption. Certain combinations, particularly inheriting two copies of the C282Y variant, increase the likelihood of developing iron overload, but they do not guarantee disease. Many individuals with these genetic results remain healthy, illustrating the concept of variable penetrance; genetic changes that influence risk rather than determine destiny. Environmental and lifestyle factors such as diet, alcohol intake, blood donation habits, and biological sex also affect whether symptoms develop and how severe they become. Students are therefore encouraged to reflect on how genetic risk, environmental influences, and personal values shape decisions about predictive testing taking into account what they learnt from their virtual patient experience. At the end of the module, they are offered the opportunity, within the academic teaching setting, to undergo testing themselves so they can engage directly with the ethical, psychological, and practical considerations that accompany real-world genetic screening decisions.

Instructions to Claude.Ai for how to behave as a patient and a excerpt of the transcript of the interview

An additional advantage of this approach is assessment authenticity. Because the key information is generated dynamically during a live interaction, the task cannot easily be completed using generative AI alone. Students must attend, participate, and apply lecture knowledge in context, meaning the assessment evaluates what we actually want to measure: their ability to gather relevant genetic information, interpret it, and think critically about its implications. Equally important, the approach remains scalable and low-cost. No actor recruitment is required, sessions can be delivered across large cohorts, and students can practice interviewing skills in a structured but flexible environment. What once required substantial logistical planning can now be implemented with minimal additional resources. Moreover, all modules must have some laboratory component, and this one falls into a middle of our usual price point.

I’m not offering a complete solution to this huge challenge facing higher education, but it is a step toward something we increasingly need: assessments that measure real skills, encourage real engagement, and prepare students for the complex clinical and ethical conversations they will eventually have with real patients.

TL/DR – If AI can take the assessment, change the assessment.

All opinions in this blog are my own

Healthcare Science Education 2024: Embracing Your Authenticity

Today is a bit different, today is about celebrating all of who we are and what we bring to everything we do. Friday was also the day for Healthcare Science Education 2024 (#HCSEd24) which was conveniently titled ‘Embracing your authenticity’. As I know that not everyone could make it I thought it might be useful to share what the sessions contained. To do this, the organising team have come together to each blog about their key take aways from each session. So grab yourself a cup of tea and have a read, and hopefully you will finish reading this post as inspired and as happy as the day made me.

Barriers and facilitators in Healthcare Science careers – Aimee Pinnington (Keele University)

Aimee gave a superb talk covering her diverse career pathway, from her experience as a Biomedical Scientist to transferring to a professional doctorate. Despite a long list of achievements, unfortunately there was a lack of support from the department, building in barriers. After a move to a teaching fellowship, this lack of support continued, with additional barriers becoming apparent. This prompted a further move to a full time lectureship, Aimee began her PhD looking at how to improve biomedical science as a profession and empower the workforce.

Her PhD research focuses on the impact Biomedical Scientists have on the patient, with there being a lack of direct evidence on the quantifiable impact on diagnostic pathways on patient outcomes. Furthermore, a lack of training posts and placement opportunities can hamper progression. There is further ambiguity of how to progress through the Biomedical Scientist profession to advanced roles. Her research has so far highlighted accreditation, registration, student preparedness, training capacity, clinical impact and career advances as key area of importance to the profession as part of focus groups.

Her research has focused on career advances in the biomedical science profession, which when done well and encouraged, can benefit all areas of the profession and support students entering clinical laboratories. To address this, the project is looking deeper into investigating behavioural traits that impact career progression. Are the opportunities clearly available? Do staff members feel empowered within their departments to take on opportunities for progression? It is also important to consider how barriers to progression change as someone moves through the profession, looking at how a trainee may feel compared to a more senior staff member.

Getting the room actively engaged in the session, a poll identified management support as a key barrier when done poorly, and excellent facilitator for progression when done well. One comment stated how there can be an expectation from managers for staff to progress, without actively facilitating this progression.

Blogged by Sam Watkin

The students dilemma: how to reduce bias in student peer and self-assessments – Dr Neil Holden (University of Lincoln)

Neil brings a fresh perspective to the conference with a background of academia and international pharmaceutical industry experience. He’s passionate about what placements can bring to the academic journey. A key theme developing through our talks this morning is finding our barriers and how we can overcome them. Neil has been asked to talk today about authentic assessment and how to engage our students in this work. How we might bring them into the fold of University culture. We need to acknowledge how education is changing and how we can keep up. Neil feels an essential part of this is bringing the students into the process, and learning how they might assess themselves. The view inwards is becoming more important in this modern AI generated world.

Neil has instigated a peer review assessment in his popular Pharmacology and Toxicology module. Peer review is hugely beneficial – it has enhanced performance, and it massively helps with social skills and ownership. It can have greater impacts than even the lecturers feedback, when it is done well. But how can we ensure that it is done well? How do we identify and overcome bias to create an authentic assessment?

Neil’s approach to this covers around 180 students per year from a really wide range of disciplines – Bioveterinary through to Chemistry students. He makes use of real-world toxicology case studies and asks students to work on a group presentation in small seminar groups. Neil walks us through an arsenic poisoning case as an example of the materials the students engage with – it’s surprising just how funny the odd case of poisoning can be (!)

In this approach three different assessors are used; the tutor, their peers and self assessment. They all mark on a number of criteria, with the opportunity to add in constructive peer comments to justify their responses. To avoid bias in the marks the tutor mark, the median peer mark and the student’s self mark are all recorded. Calculation of the final mark is a fairly complex process! If all three marks are within 5% of each other, they get the highest of the three marks. But if they are >5% but lower than 10% they get the average of the three marks. Furthermore, if the self mark is >10% but the tutor and peer marker are within 10%, the mean of the tutor and the peer is awarded. This inventive process really encourages self reflection, and an understanding of the students skills in the difficult area of group presentation. and it works! Last year half the students were within 5% of Neil’s mark, whilst only 7 were awarded with the outlier removed. It’s amazing to see how rarely students are inclined to massively over or under estimate themselves.

Student feedback – they feel engaged, and just about all of them come out of it with a net positive experience. This is a second year module which really helps develop the students skill prior to their third year work. What a nice note to end the final session of the morning on! Authentic assessment leading to such positive benefits to our next generation of pathologists.

Blogged by Dr Claire Walker

Navigating educational comfort zones for impactful teaching – Dr Claire Walker (University of Lincoln)

We are all being asked to do more with less, but that means we may need to acknowledge that this will require us to step out of our comfort zone. Comfort zones are about delivery teaching in areas where we feel relaxed and at ease – either linked to topic or style. Many of us who are of a Healthcare Science background feel comfortable delivering 1:1 training or teaching within the lab, this is less possible however if you end up teaching tens or hundreds of students. Claire is a paediatric immunologist, but acknowledges that in her current lecturing role she will only get to give teaching on that topic once a year, all of the rest requires her to become comfortable with stepping out of her preferred teaching area.

Although stepping out of your comfort zone has many benefits, as it expands and supports your learning, that doesn’t stop it being challenging. So how do you create an authentic learning experience? How does this relate to the education and learning that most of us experienced during our training, where most of us learnt from a didactic teaching i.e. standard lecture style, but that often doesn’t work for the topics or students of the day. Claire’s comfort zone is narrative style teaching where she uses stories to communicate, weird wonderful and gross stories, although memorable however it could still be considered didactic. Students love it, but sometimes they find it difficult to tie the stories they remember to the facts that they will need to be able to answer assessments and therefore apply it in practice.

It was suggested by Neil (previous speaker) that it might be worth using an interactive learning approach based on a top trumps style gaming method. It was so out of her comfort zone that when it was first run she ran the game as effectively a lecture, that sat within her comfort zone, delivering for eight hours with limited engagement. It made her reflect that her comfort was actually impacting on what students’ experience of the session actually was. Some of the student feedback was positive, but some of it included that watching someone passively playing a game was not engaging, or that they felt uncomfortable interacting in big groups, which limited their participation. So, for the same session the next year she acknowledged that it did need to truly change. Therefore Immunity: the race to the cure was born. She made it really clear to students that this was an experiment and tried again. Students fed back that they really like the engagement but also gave extra feedback about how it could improve.

Version 3, Claire changed the way the session was constructed again, and put students much more in control of the session and the game. It vastly improved the student feedback, it improved their comfort and feeling of safety. The students now play the game in order to revise in small groups where they full interact with each other. Although, it still feels out of her comfort zone, the feedback makes it worth it. There is also a shared understanding that this is an iterative process where both Claire and her students need to reflect on the session and improving it, with Claire also focusing on why it felt so uncomfortable in the first place. It’s about expanding your comfort zone, but also about understanding yourself. As part of this process it’s really important to take on the feedback. Growing with that feedback, even if it’s bad, and even if it isn’t pleasant to hear. It is an essential part of any process. Learning to take on what serves you and using it to develop is the best possible approach for both yourself and for those you teach/train.

Blogged by Girlymicro

The London Healthcare Science (HCS) collaborative project – Ant De Souza (Great Ormond Street Hospital)

Anthony De Sousa (Lead Educator for HCS at GOSH) gave a wonderful presentation updating us around the work of London Healthcare Science Education Collaborative Project. This is a consortium of HCS at various London NHS Trusts who have secured funding to provide opportunities for HCS workforce education across NHS sites, with a focus on bringing people together to develop networks and to actively form collaborations. Ant illustrated the impact and reach this approach has had for London HCS.

Ant told us that the collaborative formed in 2018 as a result of a Healthcare Science Education event. Post pandemic it is has provided opportunity to re-engage with each other. He showed how, when viewed through the lends of authenticity, there were four key pillars of authenticity: Self Awareness, Unbiased processing, behaviour, rational orientation.

The first event was led by Dr Jo Horne where the concepts of buddying, coaching and mentoring (team mentoring) were introduced. There was small and large group working, alongside individual activities and reflection and listening activities. Ant showed that the learners feedback was overwhelmingly positive. He also discussed how many HCS have never been exposed to mentoring or coaching.

Event two was led by a playwrite called Nicola Baldwin. Nicola explored ways of communicating, encouraging reflection on strengths and weaknesses, and building confidence when communicating in all its forms. Challenging role play was utilised alongside small/large group and individual activities. The key points from learner feedback was that HCS already communicate in different ways in different situations but had never reflected on this and understanding how those decisions were made. Overwhelmingly, learners felt reassured that others were in similar situations with in difficult communicative arenas.

Event three focused on the pillars of professional development:

  • Leadership
  • Education
  • Scientific
  • Clinical
  • Research

Key points included:

  • Senior staff wanted more strategic leadership, educational development and inter-professional education
  • Juniors wanted sessions on career pathway progression, technical and digital skills, resulting and analytical skills

Event 4 on women in leadership was led by Betty Adamou and Dr Claire Walker. This session aimed to tackle impostor syndrome, encouraging women to say sorry less and to celebrate more. Sessions aimed to enable connection, collaboration, ownership, and encouragement of success. Ant shared that learners at this event felt empowered and had never encountered a celebratory event like this before.

Ant summarised the benefits felt by HCS learners who attended all the events:

  • Self-awareness – learners worked out how they react, what their values are, and how not to work against themselves (Johari Window)
  • Unbiased processing – learners were able to objectively self-assess without blame or denial. He showed how attendees learned to hold themselves to accountability and to not to get in their own way and filter out noise
  • Behaviour – Learners explored their values and if they were crossed how they would react. They learned how to be aware of the way they are reacting
  • Rational Orientation – attendees learned how to develop close relationships & have difficult conversations.

Ant summarised that learner feedback during these sessions indicated that they:

  • Wanted to feel seen and heard
  • Valued a sense of belonging
  • Were seeking connections
  • Valued time for self reflection
  • Thrived in a supportive space.

Blogged by Dr Stuart Adams

Being authentically us – Dr Jane Freeman and Dr Kerrie Davies (Leeds University)

To close the day we had the incredibly inspiring duo of Jane and Kerrie talking about how we are more than the sum of the professional hats we wear, and why it’s important to acknowledge who we are as people, not just professionals. They also emphasised the importance of giving yourself time and the use of tools to reflect on who you are, both as individuals and leaders. Not just because this is important in allowing you to find your place, but also in order to understand how it might impact how we interact with others. It’s also important to appreciate how much strength there is in diversity and bringing all sorts of different approaches together for the best possible outcomes.

This was such a brilliant way to end the day and to encourage us to think more, strive more and be more. Thank you to everyone who contributed to the day, but also to those who guest blogged today. You guys are the best! We hope you can join us next year for #HCSEd25!

All opinions in this blog are my own