Accomplished Industrial Designer, with a proven record in efficient, high-quality Medical Device design and delivery. Utilising outstanding creativity and technical knowledge to consistently enhance product and process innovation.
Overview
8
8
years of professional experience
5
5
years of post-secondary education
Work History
Industrial Designer
Tympany Medical (Start-Up)
03.2022 - Current
Executed summative usability testing and design verification testing in simulated surgery cases and on cadavers at the Mayo Clinic in Rochester, MN, USA, as a crucial part of FDA submission for device approval onto the market
Successfully organized formative usability test sessions, demonstrating initiative by cold-calling surgeons to form user groups, designing testing protocols, and executing protocols
Applied workshop techniques, including 3D printing, spray-painting, and water-slide decal application, to create high-fidelity interactive prototypes for innovative product features
Took responsibility for maintenance and fixing of 3D printers, ensuring continuous functionality for prototype development
Designed testing jigs and test methods to validate that the device met its intended goals for FDA approval
Presented design concepts to business stakeholders and internal teams, effectively communicating the rationale behind usability decisions
Developed medium-fidelity (Figma) and high-fidelity (VVVV) interfaces for the computer control unit using Figma software, conducting contextual inquiries with surgeons to refine and evaluate designs
Rigorously tested and evaluated synthetic alternatives to blood, mucus, and bone for a pre-clinical testing jig, de-risking animal trials and ensuring regulatory compliance.
Followed ergonomic principles to develop user-friendly designs.
Supervised stress testing to assess product limitations.
Designed innovative endoscope concept products, collaborating effectively with production departments to ensure feasibility.
Illustrated design concepts via hand sketches or Affinity Design diagrams.
Developed harmonious, comprehensive designs encompassing technical, functional and aesthetic considerations.
Produced original and iterative design concepts for endoscopic computer interface (UX/UI).
Design Engineer
Nelipak Healthcare Packaging
11.2021 - 03.2022
Developed technical drawings, maintaining an organized design history filing system
Conducted design workshops with clients, actively iterating and evaluating designs in real-time to ensure alignment with client expectations
Ensured that designs met the needs of all stakeholders, including clients, operators, and end-users
Utilized SolidWorks (CAD) to construct virtual models of design concepts, presenting them to clients for evaluation
Implemented 3D printing and vacuum forming for prototype tool development, refining tools through iterations to achieve well-defined features and secure device placement
Designed aluminium tools to optimize manufacturability on vacuum-forming machines
Generated die-card concepts using DraftSight and CNC machines, evaluating product fit within folded-up patterns and making necessary redesigns
Assessed design usability through testing, ranging from product assembly ease for operators to ease of removing products from packaging for surgeons.
Applied time management strategies to deliver projects within tight deadlines.
Summarised findings by compiling accessible technical reports.
Used 3D CAD software to present concepts for new product lines.
Industrial Designer
Stryker Innovation Centre
Cork, Cork
04.2020 - 08.2020
Analysed complaints from on-market products for usability-related issues.
Executed human factors engineering activities within device development including, contextual inquiry, use-related risk analysis, and formative usability assessment.
Collected and analysed detailed information about how users interact with products through various techniques including physician interviews, simulations, surgery observation, and task analyses.
Cold-called surgeons to get interviews/surgery visits to get a better understanding of how they used medical devices and translate these to design insights.
Presented research findings such as insights established from contextual inquiry to the Stryker.
Utilised ethnographic research to ensure the product was compliant with universal usage.
Translated user-based research data into viable design solutions via hand sketching and marker rendering.
Tested sketch models with users to investigate the feasibility of designs, and refined models using workshop machineries such as milling, sanding, and wire cutting to optimise the usability of the models.
Ensured that concepts were compliant with international standards such as HE75 and IEC 62366.
Used processes such as 3d printing, sketch modeling, and iterative prototyping to produce a high-fidelity model for the final design concepts.
Created hyper-realistic models of different design solutions using a combination of CAD, rendering (Keyshot), and Adobe Photoshop.
Produced a detailed report (thesis) on how the device was researched, developed, and iterated.
Rosstemple Boarding Kennels - Kennels Assistant
04.2016 - 08.2019
Stryker Neurovascular - Product Development Student Internship