Niamh Donnelly has built a reputation as one of Ireland’s leading technology entrepreneurs. As the co-founder of Akara Robotics, she has helped bring advanced robotics and artificial intelligence into healthcare settings where they can solve practical problems and support medical professionals. Her journey is not simply a story about technology. It is a story about curiosity, determination, and a desire to make everyday systems work better for people.
Over the years, Donnelly has combined expertise in engineering, software development, machine learning, and robotics to create solutions that improve efficiency in hospitals and care facilities. Her work has attracted international attention and earned major innovation awards, but her focus has remained remarkably consistent. She believes technology should solve real problems and make life easier for the people who use it.
Today, through Akara Robotics, she continues to explore how intelligent machines can support healthcare workers, improve hospital operations, and help healthcare systems meet growing demands.
Early Life and Interest in Technology
Niamh Donnelly grew up in Bayside, a coastal suburb of Dublin, Ireland. From a young age, she showed a strong interest in science, mathematics, and problem-solving. She was naturally curious about how things worked and enjoyed finding solutions to technical challenges.
Her interest in engineering was encouraged by her family environment. She has spoken about the influence of her father, who worked as an engineer. Seeing engineering applied in the real world helped her understand that technology could be used to solve practical problems and create positive change.
A key turning point came when she attended a robotics summer camp at Dublin City University at the age of thirteen. The experience introduced her to the possibilities of robotics and automation. For the first time, she saw how machines could interact with people and perform useful tasks. The experience left a lasting impression and helped shape the direction of her future career. At a time when relatively few girls were choosing engineering-related fields, Donnelly developed the confidence to pursue her interests and follow a path that genuinely excited her.
Education and Building Technical Skills
After finishing school, Donnelly enrolled at Dublin City University to study Mechanical and Manufacturing Engineering. The course provided a strong foundation in design, problem-solving, and systems thinking.
During her time at university, she found herself increasingly interested in software and computing. While engineering gave her an understanding of physical systems, she became fascinated by the growing role of software in modern technology. Rather than limiting herself to her formal coursework, she began teaching herself programming. She spent countless hours learning coding skills and exploring how software could be combined with engineering principles. This willingness to learn beyond the classroom would become one of the defining characteristics of her career.
After completing her engineering degree, she continued to expand her knowledge and later earned a Master’s degree in Artificial Intelligence and Machine Learning at University College Dublin. By this stage, she had developed expertise across several disciplines, including engineering, software development, data science, and artificial intelligence. This combination of skills would later give her a unique advantage. Few professionals possess deep knowledge of both physical systems and advanced software technologies. Donnelly’s ability to bridge these worlds became one of her greatest strengths.
Early Career and Professional Experience
Before becoming an entrepreneur, Donnelly gained valuable experience in the technology industry. She worked in software and data-focused roles that exposed her to modern product development, machine learning, and technology operations. One of her most notable early roles was at Etsy, the global online marketplace. Working in a technology-driven company allowed her to see how large-scale software systems are built, managed, and improved over time.
These experiences helped her develop practical business skills alongside her technical knowledge. She learned how successful products are created, how teams collaborate, and how technology can deliver measurable value when it addresses genuine user needs. At the same time, artificial intelligence was rapidly evolving. Donnelly became increasingly interested in the opportunities created by machine learning and robotics. She saw the potential for intelligent systems to move beyond digital environments and solve challenges in the physical world. This growing interest eventually led her toward entrepreneurship.
The Beginning of Akara Robotics
The foundations of Akara Robotics were established through research activities connected to Trinity College Dublin and the ADAPT Centre. The team behind the company explored how robotics and artificial intelligence could be used to improve people’s lives and support healthcare services.
Donnelly became involved in this work and helped transform research ideas into practical technologies with commercial potential. Instead of focusing on robotics as a laboratory exercise, the team wanted to create products that could operate in real environments and solve meaningful problems. One of the most widely known projects associated with the team was Stevie, a social robot designed to assist older adults and support care staff. Stevie attracted international attention because it demonstrated how robots could interact naturally with people in healthcare and care-home settings.
Developing the robot required more than technical expertise. Donnelly and her colleagues spent significant time working directly with care providers, residents, and healthcare professionals. They wanted to understand how people responded to the technology and what features would be genuinely useful. This user-focused approach became an important part of Akara’s culture. Rather than starting with technology and searching for a problem, the company focused on understanding problems first and then building solutions around them.
Evolving the Business and Finding New Opportunities
As Akara Robotics continued to grow, the team identified broader opportunities within healthcare environments. Hospitals around the world face challenges related to efficiency, staffing pressures, infection control, and operational workflows.
Donnelly and her colleagues recognized that robotics and AI could help address some of these challenges. The company expanded its focus toward technologies that improve hospital operations and support healthcare workers. Instead of replacing people, Akara’s systems were designed to assist them by automating repetitive tasks and providing valuable operational insights.
This shift reflected Donnelly’s belief that technology works best when it enhances human capabilities rather than attempting to replace them. Over time, Akara attracted support from innovation programs and funding initiatives that helped accelerate product development. The company received backing from organizations including Enterprise Ireland and the European Innovation Council. This support allowed the team to continue refining its technology and bringing solutions to market.
As healthcare systems increasingly searched for ways to improve efficiency while maintaining high standards of patient care, Akara’s work gained greater relevance.
Leadership Style
One of the reasons for Donnelly’s success is her practical and collaborative leadership style. She is known for combining technical expertise with a strong understanding of user needs. Rather than focusing solely on engineering challenges, she consistently asks how technology will affect the people who use it. This approach has shaped the way Akara develops products. The company places significant emphasis on understanding healthcare workflows and identifying areas where technology can make a meaningful difference.
Donnelly also believes in continuous learning. Throughout her career, she has repeatedly expanded her skills, moving from engineering into software development, artificial intelligence, and robotics. Her own experience demonstrates the value of adaptability in a rapidly changing technology landscape.
Colleagues often describe her as a leader who can connect technical teams with business goals. She understands complex technologies but also appreciates the importance of solving practical problems and delivering measurable outcomes. Her leadership style encourages innovation while maintaining a clear focus on real-world impact.
Industry Expertise and Vision
Donnelly’s expertise spans several disciplines, including robotics, artificial intelligence, machine learning, computer vision, software development, and healthcare technology. This broad knowledge allows her to understand both the technical and operational aspects of innovation. She sees technology not as an isolated field but as a tool that can improve systems and processes across industries.
Her vision for healthcare is particularly clear. She believes hospitals and care facilities should be able to use intelligent technologies to reduce inefficiencies, improve resource management, and free healthcare professionals to spend more time on patient care. As healthcare systems around the world face increasing pressure from ageing populations, workforce shortages, and rising demand, she sees robotics and AI playing an increasingly important role.
However, she also advocates responsible innovation. She frequently highlights the importance of designing technologies that are safe, trustworthy, and beneficial to society. For Donnelly, success is not measured simply by technological achievement. It is measured by whether a solution genuinely improves people’s lives.
Achievements and Recognition
Throughout her career, Donnelly has received significant recognition for her contributions to technology and innovation. In 2022, she won the European Innovation Council Rising Innovator Award. The award recognized her work as an entrepreneur developing technologies with meaningful social and economic impact.
Her achievements continued to gain attention in the years that followed. In 2023, she was named Irish Tatler STEM Woman of the Year, an award that celebrates outstanding contributions in science, technology, engineering, and mathematics.
Her work has also helped bring international attention to Irish innovation and entrepreneurship. Through Akara Robotics, she has demonstrated how research developed in Ireland can be transformed into practical technologies with global relevance. These recognitions reflect not only her technical abilities but also her commitment to using innovation to address real-world challenges.
Personal Approach
Despite her achievements, Donnelly’s approach remains grounded and practical. She has often emphasized the importance of curiosity, learning, and persistence. Her career shows that expertise is not built overnight. Instead, it develops through continuous effort, experimentation, and a willingness to embrace new challenges. She is also passionate about encouraging greater diversity in technology and engineering. As someone who studied engineering when women were still significantly underrepresented in the field, she understands the importance of visibility and role models.
Through speaking engagements, industry participation, and public advocacy, she continues to inspire future generations of engineers, entrepreneurs, and innovators. The future of healthcare technology is likely to be shaped by many of the areas where Donnelly has already established expertise. Robotics, artificial intelligence, automation, and data-driven decision-making are becoming increasingly important across healthcare systems worldwide.
Akara Robotics continues to develop solutions designed to improve efficiency and support healthcare professionals. As these technologies mature, the company’s work may play an increasingly important role in helping hospitals and care facilities operate more effectively. For Donnelly, the goal remains clear. She wants technology to solve practical problems, support people, and create measurable improvements in everyday life.
Her journey from a curious young student in Dublin to an internationally recognized technology entrepreneur demonstrates what can be achieved through determination, continuous learning, and a commitment to meaningful innovation. Through her work at Akara Robotics, Niamh Donnelly has helped show that the most powerful technologies are often the ones that quietly make complex systems work better. Her contributions to robotics and healthcare innovation continue to influence the future of both industries, and her impact is likely to be felt for many years to come.
