Alex Mann
Vice President of Patient Care Systems, Medtronic
Medtronic Patient Care Systems: building technology with heart, where every line of code contributes to protecting and improving the lives of people we love most.
Ireland’s west coast has long been known as one of the world’s great medical technology clusters. For decades, Galway and the surrounding region have designed and manufactured life-saving medical devices. What’s less recognised is what’s happening alongside it. The same medtech hub is increasingly becoming a place where software engineering and healthcare innovation are converging.
Where software engineering and healthcare innovation converge
For companies like Medtronic, that convergence reflects a broader shift in how modern medical technologies work. The devices remain critical, but the software and connected platforms around them play a bigger role in how patients are monitored, treated and supported. Medtronic has been part of Ireland’s medtech landscape since 1982, when it established one of its first manufacturing operations outside the United States. Over the decades, the company’s presence in Ireland has grown into a critical global hub for manufacturing, engineering and innovation.
Now, the company is beginning to expand its focus to include software development capabilities in Galway, building on the region’s deep pool of engineering talent. “What started as a manufacturing presence has evolved significantly,” said Alex Mann, Vice President of Patient Care Systems at Medtronic. “Ireland has become a global centre for medical technology, and the growing intersection of healthcare and software represents a natural next chapter. With that momentum, we’re expanding our team in Galway across a range of software roles. If you’re a software engineer interested in applying your skills to technologies that save lives, visit here — or share this article with someone who is.
Every line of code we write ultimately supports someone’s parent, spouse, child or friend
” At first glance, devices like pacemakers and implantable defibrillators may sound like purely medical hardware. In reality, they’re sophisticated mini computers, constantly monitoring heart rhythms and delivering therapy to correct potentially dangerous abnormalities. “People who receive these devices typically have them for life,” Mann said. “What’s becoming increasingly important is the digital ecosystem that supports them and the software that helps clinicians monitor and manage those patients over time.” This includes technologies like tablet-based programmers used by clinicians in hospitals, bedside monitors placed in patients’ homes, smartphone apps that connect patients with their care teams, and cloud platforms that securely manage and analyse device data.
Through Medtronic’s CareLink network, more than three million patients worldwide who live with and benefit from implantable cardiac devices are already supported through remote monitoring technologies. Software plays a role from the moment a device is implanted. “At implant, each device is programmed specifically to the needs of that individual patient,” Mann said. “Software in both the implanted device and the clinician programmers helps ensure that therapy is tailored to address each patient’s condition.” Once patients leave the hospital, that digital connection continues. “As patients move on with their lives, software in their smartphone app or bedside monitor helps them stay connected to their clinic,” Mann explained.
“Whether they’re at home or travelling, that link allows clinicians to keep an eye on the device and the patient’s condition, and intervene if needed.” The technology can even help address situations that were once more complicated for patients with cardiac implants. Embedded software in newer devices allows many patients to safely undergo MRI scans, something that historically required special precautions.
Unique engineering challenge for software developers
Every line of code we write ultimately supports someone’s parent, spouse, child or friend,” Mann said. “That connection to real patient outcomes gives the work a very clear sense of purpose.” For developers who might never have considered a career in medtech, Galway offers a compelling proposition: work on modern software platforms, tackle complex engineering challenges and see your work directly improve people’s lives. Or, as Mann puts it: “If you’re a software engineer who wants your work to matter in a very real way, this is the kind of place where your code can truly make a difference.”
Info Box:
To find out more visit https://www.medtronic.com/en-us/our-company/careers.html
Alex Mann is Vice President of Medtronic Patient Care Systems. With more than three decades of deep technical experience in digital product engineering, platform strategy, and organisational leadership, Alex leads a team of nearly 1,000 people globally whose goal is simple: help care teams make faster, better decisions so more patients get the best possible outcome.
