Acer Medical’s Post

🌟 Meet Our Stellar Fellow at Acer Medical!🌟 SL CHUNG (AI Software Engineer/ PhD. Candidate)Ellrin Chung Reason for joining Acer Medical: During the interview and discussions with the supervisor, I was highly impressed and felt a strong resonance with my expertise from the research institute. Moreover, at that time, VeriSee DR had just obtained the first TFDA license for ophthalmic smart medical devices in Taiwan. It was astonishing to see Acer, known for its laptops, successfully embark on such a side project. I found it incredibly cool and decided to join. Professional expertise: Specializing in medical image analysis and algorithm development, including building and optimizing image segmentation models and physician annotation software. Presented research findings during doctoral studies. Perspectives on AI Application in Healthcare: In the face of Taiwan's increasingly serious aging population, maintaining a certain level of medical quality while coping with the rising dependency ratio is a challenge that the entire nation must address seriously. While we may not be able to rely solely on AI for patient treatment, AI can certainly serve as an assistant and support for healthcare professionals, allowing each healthcare worker to focus more on patient care within limited time constraints. Interests: Philosophy (Existentialism, Philosophy of Language), Writing (Essays), Theater (Stage plays, Peking Opera, Kunqu), Computer Vision, Cooking, Mixology. Life motto: Humor, Honesty, Reflection, and Being Well-fed. #MeetOurStellarFellowatAcerMedical

A recent report sheds light on an alarming issue: the inherent bias found within medical tools and devices. It reveals a stark reality - not everyone benefits from medical advances equally. This issue goes beyond mere technology; it's about societal inequality embedded in our health systems. The call to action? We need to rethink how we innovate in medical technology. Include diverse groups in the development process, understanding their unique health experiences. #MedicalDevices #Technology #TackleBias  

Why 2024 is Your Year for a Career Shift in the Medical Device Industry In the fast-evolving landscape of the medical device industry, 2024 stands out as a pivotal year for professionals contemplating a career change. Here’s why: 1. Innovation at Its Peak: The industry's commitment to innovation has never been more evident, especially with breakthroughs in cardiovascular, digital health, and neuromodulation technologies. This year, we're seeing unprecedented medical technology approvals by the FDA, highlighting a banner year for innovation. 2. The Rise of AI: Generative artificial intelligence (AI) and AI-powered technologies are setting new benchmarks in the wearable device sector and beyond. The surge in these technologies is not just reshaping product development but also opening many career opportunities for those ready to ride the wave of technological advancement. 3. Navigating Regulatory Waters: With the pandemic's public health emergency declarations behind us, the regulatory landscape is rapidly changing. This year, medical device companies are keenly focused on adapting to these changes, creating a demand for professionals who can navigate these complex regulatory environments efficiently. 4. A Global Perspective on Growth: Global market dynamics are shifting, with a significant pivot towards the U.S. due to its innovation-friendly regulatory framework. At the same time, challenges in the European market are prompting a strategic reevaluation. This geographical diversification underscores the importance of versatile professionals who can contribute to growth in varied market conditions. This is the year to leverage your skills in an industry that's not just about profit but profoundly impacts lives through innovation and technology. Whether you're a seasoned professional in Medtech or looking to bring your expertise from another sector, the medical device industry in 2024 offers a world of opportunity, growth, and the chance to be at the forefront of healthcare's future. I'd love to connect with you if you're looking for a change. #MedicalDevice #CareerChange #Innovation #AI #RegulatoryChanges #GlobalMarket #CareerOpportunities #FloodgateMedical

Who's traveling to MD&M October 16 for the education sessions? Delve is going deep into product innovation. Two times >> — Risk reduction through integrated human factors — Digital-physical medical device design processes Can't go this year? We've covered these topics before. Read about them in our recent white papers: — A Chronically Underutilized Role in Medical Device Development https://hubs.la/Q02Rmr4R0 — A Better Way to Develop a Medical Device with Digital and Physical Elements https://hubs.la/Q02Rm7xn0 If you're going, though, you'll hear something new. Message us and let's connect! In person. – Hello. We're Delve, a product innovation firm. We help companies bring bold ideas to market through human-centered expertise—strategy, design, engineering. Learn more about medical device design and development services at Delve: https://hubs.la/Q02RmGg10 #ADMMinn #MedTech #HumanFactors

❓ Why Clinical Expertise is a plus in Medical Imaging The world of medical imaging is booming with cutting-edge technology. But behind the scanners and software, a surprising asset can give you an edge: clinical experience. 📃 Here's why understanding the clinical side matters: 🖼 Seeing the Bigger Picture: Tech in isolation doesn't improve patient care. Clinical experience lets you see how technology fits into the entire diagnostic or treatment process. You can anticipate workflow challenges and ensure your tech solves real problems, not creates new ones. 📣 Speaking the Language: Medical professionals have their own vocabulary and priorities. Clinical experience bridges the communication gap. You can translate complex technical features into clear benefits for doctors and technicians, ensuring adoption and maximizing impact. 👩⚕️ User Empathy: Imagine designing a scanner that takes 20 minutes longer per patient – a disaster in a busy ER. Clinical experience fosters empathy for real-world limitations and user needs. You can prioritize features that streamline workflow and improve patient care efficiency. 📄 Example: A product manager with clinical experience can champion features that reduce scan times or improve image clarity, directly impacting patient outcomes. #medicalimaging #healthcare #clinicalexperience

🔬 Elevating Medical Technology: Prioritizing Innovation for Breakthroughs! Do you or your company have a great idea for a medical technology but are struggling to develop a winning strategy to realize that idea into a working medical technology? 🚀 Having recently joined Tecan's highly successful, technology development team, Emphysys, I can share our core priorities in developing cutting-edge medical devices. This approach has proven remarkably successful for our clients and I'm sure will work for you. Our approach revolves around three key pillars, each aimed at ensuring our technology achieves remarkable outcomes: 1️⃣ Clear, Outcome-Driven Problem Statements: We start by crystalizing our vision through well-defined problem statements. Understanding the precise challenges faced by healthcare professionals and patients is paramount. By articulating clear, outcome-driven problem statements, we lay the foundation for targeted innovation. This approach allows us to align our efforts with real-world needs, ensuring that our solutions make a tangible and positive impact on patient care. 2️⃣ Fundamental Science and Multiphysics Simulation Approach: The backbone of our development lies in a commitment to fundamental science and a multiphysics simulation approach. We delve deep into the intricacies of biological systems, combining physics, chemistry, and engineering principles. Through multiphysics simulations, we model and analyze complex interactions, enabling us to iterate rapidly in the virtual space. This meticulous approach ensures that our devices are not just technologically advanced but rooted in a profound understanding of the underlying science. 3️⃣ Rapid Idea Realization for Testing and Iterating: In the fast-paced world of medical technology, agility is key. We prioritize rapid idea realization, swiftly moving from concept to prototype. This allows us to conduct real-world testing and gather valuable feedback promptly. Our iterative process ensures that we learn, adapt, and enhance our solutions at an accelerated pace. By embracing agility, we stay ahead of the curve, turning ideas into tangible breakthroughs that transform the landscape of healthcare. At Emphysys, we believe that a strategic fusion of clear problem statements, scientific rigor, and rapid prototyping is the recipe for groundbreaking medical technology. Join us on this journey as we redefine what's possible in healthcare innovation! 💡🌐 #MedicalInnovation #CTOInsights #HealthTechRevolution #AgileDevelopment #ScienceDrivenInnovation

Medical Engineering Market Size, Share, Trends & Competitive Analysis Global Report 2024-2032 Medical engineering integrates engineering principles with medical and biological sciences to advance healthcare. This field focuses on the development and improvement of medical devices, diagnostics, and treatment methods. Medical engineers work closely with healthcare professionals to create innovative solutions that enhance patient care and treatment outcomes. Read Full Report@ https://lnkd.in/dpBYCxxg Innovative technologies such as AI, robotics, and minimally invasive surgical techniques are revolutionizing patient care, increasing efficiency, and improving outcomes. Furthermore, the rising prevalence of chronic diseases necessitates advanced medical devices and diagnostic tools, fueling market demand. Government investments in healthcare infrastructure and research further bolster this growth, creating a robust environment for innovation and expansion. #MedicalEngineering #HealthcareInnovation #MedTech #MedicalDevices #Bioengineering #HealthTech #MedicalTechnology

Just 150 years ago, X-rays came on the scene. Fast forward another 70 years, and we got CT scans and MRIs. In the grand scheme of medical history, these technologies are still in their infancy. I’ve heard even the most seasoned radiologists - who are retiring today - marveling at the rapid advancements they’ve witnessed over their careers. It’s a powerful reminder of how quickly technology evolves. Now, let’s picture the next 50 years. If we’ve already moved this far ahead in just a few decades, what will medical imaging look like in the future? We’re on the brink of moving from basic imaging to incredibly detailed, cellular-level diagnostics. This shift will completely transform how we understand and treat diseases, and that is so amazingly valuable to human health. And, if I had to guess, I’d say advanced diagnostics are just the beginning. Healthcare technologists, keep looking back. By keeping an eye on history, we can better understand the scope of what’s possible… and prepare for the changes and opportunities of our lifetime.