About us

MEDTEC Society - Medical Technology, Entrepreneurship, and Consulting We are the MEDTEC Society, a dynamic community dedicated to transforming healthcare through innovation, interdisciplinary collaboration, and entrepreneurship. We are committed to bridging the gap between traditional STEM disciplines and the rapidly evolving medical field. Our main mission is to act as a centre for interdisciplinary learning and collaboration. The society cultivates an environment of innovation where diverse ideas come together to address complex healthcare challenges. By harnessing the unique strengths of various fields, we strive to advance patient care, optimize healthcare delivery, and make a meaningful difference in global health and well-being.

Industry
Higher Education
Company size
11-50 employees
Headquarters
Birmingham
Type
Educational

Locations

Employees at UoB MedTEC

Updates

  • Outreach insights week 4: AI-Powered Precision Surgery at John Hopkins & Stanford At the intersection of AI and medicine, innovation is unlocking possibilities we once only dreamed of. Researchers at Johns Hopkins and Stanford have developed an AI that learns surgical procedures by watching videos and paving the way for AI-powered precision surgery. Imagine the impact this could have in underserved areas, where access to skilled surgeons is limited. This breakthrough highlights the immense potential of combining technical innovation with medical expertise, a space where collaboration is key. As students passionate about MedTech, entrepreneurship, and consultancy, we have an incredible opportunity to drive such advancements forward. Let’s think beyond the tech: How can collaboration across disciplines create solutions that truly benefit society? At MedTEC Society, we’re inspired to explore how AI and medicine can transform healthcare. What are your thoughts on AI in surgery? #Innovation #MedTech #AIinMedicine #StudentCollaboration #FutureOfHealthcare

    View profile for Sam Obeidat, MGM, graphic

    AI Strategist, Product Visionary, Tech Innovator, and Angel Investor. We Co-create AI Workers with 50+ Forward-thinking Enterprise!

    A new frontier in medicine: Researchers at Johns Hopkins and Stanford have created an AI that learns surgical procedures by watching videos. AI-powered robots trained through imitation learning could make that possible, bringing precision surgery to underserved areas. Would you trust a robot to operate on you? How do we regulate such innovations? 🤔 #AI #Medicine #HealthTech

  • UoB MedTEC reposted this

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    162 followers

    *Opportunity for anyone job searching * 🎯 Tips to Join a Startup - An EWOR Online Webinar Join us for an exclusive session with Qumarss Bagheri (Q): - Part of YOUNI’s founding team, an innovative student community platform that gained 4k+ users and 60+ society partnerships within 3 months - Led GTM strategy resulting in 15+ sold-out events in 6 months - Secured a £270k pre-seed round while wearing multiple hats across marketing, sales, and product - Currently serving as Partner Manager at EWOR - Mentor at Jumpstart 🤝 Proudly presented in collaboration with UoB MedTEC & UoB FinTech Society EWOR is a founder launchpad backed by €12BN+ companies (SumUp, Adjust, ProGlove, Felyx). Join our community of innovators building impactful companies! 📅 Thursday, 28 November ⏰ 7-8PM GMT 🔗 https://lu.ma/qbn62qpd Limited spots - Register now!

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  • As a part of the MedTEC Society, I am fascinated to see the continued use of surgical robots and how they are transforming healthcare. These devices are perfect examples of the overlap between medicine and engineering and how it can lead to much better patient care. There are many advantages for the use of surgical robots. One of the key advantages is that it allows for enhanced precision, enabling surgeons to perform intricate and delicate procedures. Another key advantage is the ability to use a minimally invasive approach. This means the initial surgical incision will be smaller, enabling a faster recovery from surgery. However, there are some disadvantages. The machines are generally very costly to purchase and then have further costs in terms of maintenance. Furthermore, to operate the machines, the surgeons must undergo training, which can be lengthy. Additionally, like with all technology, there is the potential for malfunctions and system errors. Overall, I am excited to see how these robots and the Versius can continue to transform the surgical landscape in the future. The intersection of medicine and engineering is one of the most intriguing frontiers in the MedTech space, and it will be interesting to see how it further develops.

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    67,152 followers

    The Versius robotic surgery programme at HCA Healthcare UK's The Wellington Hospital reached a new milestone this week - expanding their offering with #Versius. Consultant Urologist Mr Sonpreet Rai successfully completed a radical nephrectomy, marking the first Versius urology procedure in the private sector. The Wellington Hospital – one of the largest private hospitals in the UK and the first hospital in the UK private sector to offer robotic assisted surgery with Versius - introduced Versius in January, initially using the system to perform a range of complex colorectal procedures including anterior resections and hemicolectomies. Congratulations to Sonpreet and the entire team at The Wellington for enabling more patients to benefit from robotic-assisted minimal access surgery with #Versius!

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  • Outreach Insights Week 3: Revolutionising Healthcare: A.I. and the Future of Diagnostics A recent study highlighted in The New York Times has revealed a groundbreaking insight: AI tools like ChatGPT-4 are not just supplementary but often outperform physicians in diagnosing complex medical cases. While doctors using the chatbot achieved slightly better outcomes than those without it, ChatGPT alone outperformed both groups. This showcases the untapped potential of artificial intelligence in healthcare. As students, this study offers a profound lesson: the tools of tomorrow are already here, but the challenge lies in learning how to leverage them effectively. AI isn’t about replacing human expertise but enhancing it. By embracing AI, medical professionals can refine their diagnostic accuracy and decision-making. However, the study also underscores a crucial gap: even skilled practitioners may not fully harness the potential of these tools without proper training and an open mindset. As future innovators and consultants, how can we bridge this gap? Let’s focus on integrating AI into medical curricula, fostering interdisciplinary learning, and encouraging a culture of curiosity and adaptability. The future of healthcare is collaborative—human intelligence amplified by artificial intelligence. Let’s lead the way. #MedTech #AIinHealthcare #Innovation #StudentLeadership https://lnkd.in/dBtD8qZU

    A.I. Chatbots Defeated Doctors at Diagnosing Illness

    A.I. Chatbots Defeated Doctors at Diagnosing Illness

    https://www.nytimes.com

  • Outreach insights week 2: Revolutionising Radiology. Here at UOB MedTEC we keep a keen eye out for new and exciting news in regards to the use of AI in medicine. Radiology is a key field in medicine revolving around interpreting different imaging technologies to diagnose and treat disease. The potential use of AI can revolutionise this field leading to more optimal patient care. One of the key benefits of using AI in this field is the ability to achieve enhanced image analysis. AI can analyse medical images with greatly increased precision- detecting potentially subtle abnormalities that could be overlooked by human observers. This could lead to earlier detection of pathology. Furthermore, AI could also be used to recognise different patterns of disease leading to diagnostic certainty and predicting potential health risks enabling early intervention and more personalised treatment. However, there are some potential drawbacks of using this technology. AI would need to be trained using large data sets which could lead to problems such as privacy concerns and data leaks. Moreover, AI is limited in its interpretation of imaging as it cannot consider the clinical context of the patient and how this can alter the medical image. Overall, while AI does have tremondous promise in the field of radiology, it’s clear that there is still a large amount of work for it to fulfil its potential and play a role in patient care.

    View profile for Jan Beger, graphic

    Global Head of AI Advocacy @ GE HealthCare

    This paper explores the current challenges and potential strategies for effectively integrating AI in diagnostic radiology, highlighting how AI can enhance accuracy and efficiency but also faces significant limitations, especially in incorporating clinical context and prior imaging data. 1️⃣ AI in radiology offers benefits like improved diagnostic accuracy, workflow efficiency, and predictive analytics but struggles with real-world implementation due to dataset limitations. 2️⃣ Current AI models often fail to incorporate clinical context and prior imaging, leading to diagnostic errors, particularly in complex cases like chronic infections, trauma, and oncology. 3️⃣ Limited training data can lead to biases, reduced generalizability, and domain shifts, which affect AI’s performance in diverse clinical environments. 4️⃣ Integration challenges include workflow disruption, increased reporting times, and issues like false positives, especially in cases involving medical devices or post-operative findings. 5️⃣ Emerging strategies include multimodal AI models that combine imaging and clinical data, natural language processing for extracting relevant medical information, and domain adaptation to improve robustness. 6️⃣ To avoid over-reliance on AI and potential misinterpretations, optimized protocols are needed, allowing radiologists to review images independently before considering AI input. 7️⃣ Collaboration between radiologists and AI developers is crucial for refining algorithms, addressing biases, and ensuring AI tools align with clinical needs and practices. ✍🏻 ✍🏻 Benjamin York, Sanaz Katal, Ali Gholamrezanezhad. AI in radiology: From promise to practice − A guide to effective integration. European Journal of Radiology. Pre-proof 2024. DOI: 10.1016/j.ejrad.2024.111798

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  • Outreach Insights Week 2: Expanding Knowledge & Sparking Innovation at MEDTec  At MEDTec, we’re dedicated to fostering entrepreneurship by creating events, programs, and opportunities for ambitious students. It's incredibly inspiring to see entrepreneurial minds here at the University of Birmingham taking on groundbreaking fields like AI and neuroscience! Today, we’re celebrating two of our own: Ben Ward and Jonathan Graham, who have developed StudyStash, an AI-powered learning platform that personalises study content through cutting-edge neuroscience. What started as a passion project for their Computer Science exams has grown into a powerful tool to boost student success. Now, with support from the University’s start-up program, they’re launching a year-long pilot to bring StudyStash to students across campus! Ben and Jonathan’s journey showcases how the University of Birmingham Students are capable of such innovative work, and encourages MEDTec’s mission to translate entrepreneurial growth into real-world impacts. We’re proud to support the spirit of innovation here at Birmingham and look forward to more amazing ventures like StudyStash! #MEDTec #Entrepreneurship #EdTech #Innovation #UniversityOfBirmingham #AI #Neuroscience

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    366,076 followers

    Meet Ben Ward and Jonathan Graham two of our student entrepreneurs who have developed an innovative learning platform that combines AI and cutting-edge neuroscience to personalise study content. StudyStash was created while revising for their second year Computer Science exams based on their own study experiences and aims to reduce exam stress, boost confidence and improve academic performance. Now, with the support of the University's student start-up programme, the pair are rolling our a year-long, University-wide pilot of their programme. Ben said: “The platform has evolved to provide everything students need to smash their exams. It’s like having a personal tutor on hand 24/7, learning from how you study and helping you to revise like a pro.” The young entrepreneurs have also gained the support of high-profile alumni. Read more about their innovative start up: https://lnkd.in/epxhtu3s #UniversityofBirmingham #Entrepreneurs #Innovation

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  • Amazing to see our MedTEC team at Encode Club’s Hackathon 🎉

    View profile for Siddharth Shringarpure, graphic

    AI & Computer Science @ University of Birmingham

    After 48+ hours of intense hacking 🧑💻, plenty of free pizza 🍕, and just a few hours of sleep 😴, my team and I proudly secured 3rd place at the Encode London Hackathon! 🏆 Last weekend, I had the incredible opportunity to dive deep into Web3’s latest innovations at Encode Club's Conference and Hackathon. The event was a fantastic blend of teamwork, energy, and insight into the blockchain landscape. 🌐 Collaborating with my amazing teammates (Shay, Ashprit, Adwit, Maska, and Ayush), we developed TicketChain, a project designed to revolutionise the ticketing experience by tackling the key issues faced by centralised platforms. 🚀 Some of TicketChain’s key outcomes include: • True Ticket Ownership: Users can easily transfer their tickets, just like a physical one. 🔑 • High Scalability: Everyone can finally buy tickets to a [Insert your favourite artist here] concert without the site crashing. 💡 • Transparent Pricing: No hidden fees; users see exactly what they’re paying for, upfront.🔒 I’m proud to announce that our project earned 3rd place for the best dApp utilising Flare’s enshrined Data Protocols! 🥳 I was also honoured to represent UoB MedTEC during a special session where societies pitched their initiatives — allowing us to connect and learn from other innovators. 💬 A big thank you to Encode Club for organising this event, in partnership with the Oxford Blockchain Society, and the Cambridge Blockchain Society! I appreciate my teammates for their expertise and making this experience memorable, and a special shoutout to Flare Network for enabling decentralised protocols that empowered projects like ours (as well providing as the flamboyantly pink, yet comfy hoodies)! A huge congratulations to all participants and speakers! 🙌 Excited to continue building on these experiences as I explore new ways to contribute to impactful projects! 🔮 #EncodeLondon #EncodeClub #London #Hackathon #Blockchain #Web3 #Decentralisation #Decentralization #Flare #BlockchainInnovation #Networking #Innovation #Tech #Teamwork

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  • As part of my new role as Entrepreneurship Lead for UoB MedTEC, I had the pleasure of organizing a webinar featuring Adam P. who shared his outlook on the evolving landscape of drug discovery and the role of Contract Research Organizations (CROs). Adam discussed the significance of high-quality data in driving successful drug development and showcased how Arctoris is utilizing cutting-edge technology and automation to deliver precise, reproducible data for their clients. It was a fantastic session filled with insights on how CROs are transforming drug discovery. Thank you so much to Adam for sharing his expertise and time! Hadar Ash Entrepreneurship Lead UoB MedTEC

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  • MedTEC hosted its very first event from the consulting blueprint series🎉 We were thrilled to announce that the Intro to Consulting event with our special guest speaker Vandan Somani was a resounding success. Vandan shared his invaluable experiences in consulting along with tips for interviews, case studies and finished the evening off which mock case studies providing valuable feedback to the attendees. We are grateful for the enthusiastic participation and look forward to hosting more events in the future!!

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