Kyle Daines Email & Phone Number

Mississauga, ON, CA

Mississauga, Ontario, Canada

My work at Boston Scientific is focused around developing new and existing medical devices in cardiology. I work with and lead multidisciplinary teams to develop cutting edge technology, primarily for the purposes of transseptal procedures and left atrial access. This includes: - Leading R&D sustaining projects and efforts, including being a product owner.

As part of the 2nd Lab, I mentor newly or soon to be graduated students in STEM to assist in their transition from academia to industry. I have been with The 2nd lab starting when I was myself a mentee in the program. I have since joined as a mentor, to give back to the group that supported me during the difficult transition from academia to industry, or.

Mississauga, Ontario, Canada

Baylis Medical Cardiology was acquired by Boston Scientific in February 2022.

Ottawa Ontario

During my time at The Ottawa Hospital Rehabilitation Centre, I investigated the impact of assistive devices on lower limb mechanics during locomotion. Clinical Testing of Microprocessor Controlled Assistive Devices - I simulated and clinically tested medical devices such as microprocessor controlled knee ankle foot orthoses, lower limb prostheses, and.

Basingstoke, UK

While at Blatchford, I guided and assisted with clinical trials of new products being developed. I helped to streamline the gait analysis process by introducing Visual3D pipelines and reports. I gained valuable experience in the industry, allowing me to better understand how product development occurs and the process of getting an idea from concept to.

505 Smyth Road, Ottawa

During my undergraduate thesis, I studied human gait, and impact of trans-tibial prosthetics on gait. I analyzed human gait using Vicon Nexus software and Visual 3D. Data collected using these software were statistically analyzed in Matlab, to provide feedback to developers on movement strategies and structural adjustments.

320 Sussex, Ottawa ON

As part of the R&D team, I researched new coin ideas and innovative mechanical and electrical solutions to developing new coins. I built and 3D printed models through CAD software such as SolidWorks as a method of prototyping ideas, and then presented the ideas to upper management along with budget requests. I then developed experimental procedures for.

3701 Carling Avenue

I modelled antenna designs through Matlab by using vectored variables to discourage use of loops. I then developed virtual testing spaces in AutoCAD for use with simulated signal propagation.

320 Sussex, Ottawa Ontario

I researched new products and coin designs using innovative technologies. I developed models through the use of SolidWorks to then 3D print samples as prototypes for potential designs.

Master'S Degree, Applied Science - Biomedical Engineering, 9.75/10

Activities and Societies: Treasurer for the Canadian Biomaterials Society - Ottawa Student Chapter I graduated from a Biomedical.

Biomedical Mechanical Engineering, Biomedical/Mechanical Engineering, 9.36/10

Graduated Summa Cum Laude Awarded “Chancellor’s Scholarship” and “Merit Scholarship” through University of Ottawa