With previous success of our Data Strategy, this new role creates more scope & responsibility to continue the positive transformation data is having on our product. Promoted to include all aspect of data in Endotronix. Namely our three Data competencies; Data Science, Data Engineering & Data Analytics. With our FDA PMA approval for the Cordella Sensor System, the Data Group is a key area identified for major investment.My specific responsibilities are; • Data strategy to ensure sustain impact on our business and patients o Ensuring high impact, targeted and balanced portfolio of Data projects o Cross functional and business unit Data opportunity identification • Lead and build out a world class Data Group across the three areas: o Data Science (Algorithm development, ML/AI models etc) o Data Engineering (Data Infrastructure, Data Warehouse, Data pipelines etc) o Data Analytics (Regular product reporting, performance insights, targeted investigations etc) • Leadership of large, cross departmental innovation projects which have data aspects at their core

With increasing patient growth, the company has an immediate need to build out a robust data infrastructure. This role will focus on building a team to scale our current solutions to a more flexible data warehouse infrastructure to be deployed company wide. This initiative combined with the expanded reporting and visualisation will enable greater insight and performance monitoring of our entire system. My specific responsibilities are;• Define & lead our Data Strategy • Expand and build the team to handle; 1) Data Warehouse creation and maintenance 2) Data Visualisation & Reporting• Building & expanding our data team

Asked to focus solely on expanding our Data Science & Analytics team to scale with our growing patient base. My team will create usable insights from our numerous dispersed data sources (field data, clinical data, performance etc).My specific responsibilities are;• Create and curate a centralised data pipeline from a wide range of sources• Define and implement a scalable data analytics infrastructure• Identify/Create a range of toolsets to automate manual processes & reporting functions• Develop clinical insights into patient monitoring to enable publications and better patient management• Provide actionable insights into our users and field product performance of our remote digital health monitoring system

Maintaining my Advanced Research & Development portfolio, this role has been expanded to also include support of European clinical trials. My team is also tasked with analysing our expansive patient dataset to develop further insights for the treatment of Heart Failure.My responsibilities include;• Oversight & management of all Endotronix Advanced R&D programs • Scoping & evaluation of new collaborations & partnerships• Data analytics of trial metrics and research into advanced hemodynamic data • Supporting physicians and patients in our ongoing European clinical trials

Tasked with establishing and leading the new Endotronix research lab in Dublin. Responsible for building out the research team to create the next generation of technology and IP for our innovative medical devices. Partnering with numerous universities in Ireland & EU to advance our software and hardware products.My responsibilities include;• Oversight & management of all Endotronix Advanced R&D programs • Management of the technology roadmap and building out our future portfolio• Scoping & evaluation of new collaborations & partnerships• Hiring and building out an innovative, dynamic research team• Supporting product rollout and operations in Ireland & the rest of Europe

Part of the Global Device Engineering team responsible for all Mallinckrodt medical devices. R&D project manager leading multidisciplinary teams working across Therakos, INOmax specialty hospital brands and our Single Use Devices portfolio. This involves investigating and delivering projects from concept phase right through to customer release and support. My breath of experience composes of;• Creation of new medical devices for clinical trials• Building out a device from clinical trial success to full commercial launch• Leading the single use devices team for in-vivo and single use injectors• Scoping and investigation new business opportunitiesWorking within design control systems (ISO 13485) and with devices to a range of standards (ISO 10993, IEC 60601 etc)

R&D Program Manager & Senior Member of Technical Staff. Overall responsibility for inkjet printing cartridge programs & Integrated Printhead [IPH] Printing Technology development- Technology Development -I lead the worldwide forum for technology development with one of printing systems (Integrated Printhead). This involves leading a team of technical experts from a number of different businesses (software, hardware, Silicon etc) with the aim to define, forecast and develop new print inventions & innovations for a 5+ year horizon. Ideas are evaluated, invested and aided through the development framework, IP & stage gate process.- Program Management - Program lead for all functions (finance, marketing, engineering, supply chain etc) and accountable for the success of the project. These are large worldwide projects with across teams in multiple time zones (US, SGP, MYS etc) and segregated engineering assets/teams. Keys bodies of work revolve around alignment of worldwide cross business partners and stakeholders, defining & implementation of the multi year program plan, assessing financial impact, budgeting & communications to Stakeholders/VP’s etc. - Additional Areas of Involvement -With such a large site in Leixlip (Central EMEA Printing Hub) & over 1200 employees there are a number of initiatives ongoing. I manage the university internship program across the printing engineering and businesses. I’m also very active in employee engagement and play an active part in organizing site activates (Kids Xmas party, bring your child to work etc).

R&D Engineering project manager for new consumer inkjet printing cartridges. Lead a worldwide team of engineering across multiple different programs to develop new cartridge technology. These teams cover a range of functions from early fluidics & silicon performance evaluations right through to manufacturing challenges and ramping the product for release to the regions/customers. Direct responsibility for the technical delivery of the new products along with budgeting, scheduling and communications to Directors/Stakeholders/Management.I also have responsibility for a range of research areas to further push and enhancing printing technology. These teams are currently working on areas from materials development, sensing & silicon systems/circuitry. LEAN manufacturing processes, ensuring quality and design for manufacturing play a key role in this work.

Working within a small research team to develop prototype use cases for sensing systems networks and 'Internet Of Things' [IOT] initiative. The role was leading the design and layout of discrete level sensor measurement circuits and architecture of SOC wireless systems for real world prototypes. Role skills would have been: embedded firmware coding [C++], wireless protocols & communications stacks, analog/digital sensor measurement etc. The novel development and integration of chemical and mechanical sensors was a key component of this work. Electrical characterization and extensive automation of testing was required, this involved a wide range of tooling along with an indepth knowledge of LabVIEW.

Working with Hp Labs in Bristol, Palo Alto & a Hp business group based in Oregon USA our research team was tasked with development of transparent flexible electronics on plastics. The other site focused mainly on reflective colour display technology whereas our remit was on the flexible transparent backplane and passive circuitry. This research encompassed invention at the fundamental level and a vast breath of areas of expertise to develop materials, processes and testing to bring early stage prototypes together. Within this work I would have had weekly hands on experience with: photolithography, electroplating, electrophoretic deposition, electrical testing & design of integrated passive components & filters.A second stream within this focus was our collaboration with the CRANN institute in Trinity college Dublin. We worked with researcher there to advance flexible transparent conductors and scale them to a viable high volume process. Our work entailed inkjet & spray deposition & analysis of solutions of both carbon nanotubes [CNT's] & Silver nanowires [AgNW]

Building on internship placement, I expanded my role as a Reliability Engineer for new products within the inkjet printing development group. This role involved design test & experiments to mimic real world customer situation to ensure robustness of design and prototype suitability for purpose. The complexity of the systems required a breath of knowledge across all areas (Silicon, Photolithography, electroplating, plastics etc) in the pursuit of design or material weaknesses. Program time constraints and limited samples sizes meant an understanding of statistical analysis & significance along with extensive accelerated testing formed the core function of the role.

Pilot internship program supported by the Higher Education Authority [HEA] to better transition university students into the workplace. For the final two years of my degree I worked 2 days a week in Hp and full time during the summer. My placement was within the R&D Reliability team for consumer inkjet cartridges. The role consisted of failure analysis (mechanical, electrical etc), statistical analysis and reporting of results.

Requested to act as a panel member for a sub-committee of the Institute Academic Council to conduct a review of the School of Physics. The aim of which was to assess the current structures, courses and staff while identifying any improvements or recommendations which could be formally put to the school & Institute. This culminated in a detailed report and a range of recommendations which was presented to the DIT academic council and Governing Body.