Kevin Swamy
Undergraduate Student Researcher at The Wallace H. Coulter Department of Biomedical Engineering at Georgia Tech and Emory University- Claim this Profile
Click to upgrade to our gold package
for the full feature experience.
-
English Native or bilingual proficiency
-
Hindi Native or bilingual proficiency
-
Spanish Limited working proficiency
-
French Limited working proficiency
Topline Score
Bio
Credentials
-
Certified SolidWorks Professional (CSWP)
Dassault SystèmesAug, 2022- Oct, 2024 -
Certified SolidWorks Associate (CSWA)
Dassault SystèmesJul, 2022- Oct, 2024 -
The International Baccalaureate Diploma
International BaccalaureateJun, 2020- Oct, 2024 -
CITI Health Information Privacy and Security (HIPS) for Biomedical Research Investigators
CITI ProgramMay, 2021- Oct, 2024
Experience
-
The Wallace H. Coulter Department of Biomedical Engineering at Georgia Tech and Emory University
-
United States
-
Biotechnology Research
-
100 - 200 Employee
-
Undergraduate Student Researcher
-
Jun 2021 - Present
- Currently researching with postdoctoral and graduate researchers at the Cardiovascular Fluid Mechanics Lab to build, validate, and operate computational 3D simulations of heart valves and cardiac structures from patient-specific CT data. - Implementing ML and image registration algorithms to predict and prevent coronary obstruction after surgical procedures such as Transcatheter Aortic Valve Replacement (TAVR). - Reduced algorithm computational time by 30% and reduced algorithm error by… Show more - Currently researching with postdoctoral and graduate researchers at the Cardiovascular Fluid Mechanics Lab to build, validate, and operate computational 3D simulations of heart valves and cardiac structures from patient-specific CT data. - Implementing ML and image registration algorithms to predict and prevent coronary obstruction after surgical procedures such as Transcatheter Aortic Valve Replacement (TAVR). - Reduced algorithm computational time by 30% and reduced algorithm error by 60% by implementing a B Spline interpolation model. - Developed/tested an application in Python for advanced TAVR-in-TAVR surgical planning for physicians - Published research in the ‘Annals of Biomedical Engineering’ journal and received the President’s Undergraduate Research Award to conduct further research into computational solutions for TAVR surgery Show less - Currently researching with postdoctoral and graduate researchers at the Cardiovascular Fluid Mechanics Lab to build, validate, and operate computational 3D simulations of heart valves and cardiac structures from patient-specific CT data. - Implementing ML and image registration algorithms to predict and prevent coronary obstruction after surgical procedures such as Transcatheter Aortic Valve Replacement (TAVR). - Reduced algorithm computational time by 30% and reduced algorithm error by… Show more - Currently researching with postdoctoral and graduate researchers at the Cardiovascular Fluid Mechanics Lab to build, validate, and operate computational 3D simulations of heart valves and cardiac structures from patient-specific CT data. - Implementing ML and image registration algorithms to predict and prevent coronary obstruction after surgical procedures such as Transcatheter Aortic Valve Replacement (TAVR). - Reduced algorithm computational time by 30% and reduced algorithm error by 60% by implementing a B Spline interpolation model. - Developed/tested an application in Python for advanced TAVR-in-TAVR surgical planning for physicians - Published research in the ‘Annals of Biomedical Engineering’ journal and received the President’s Undergraduate Research Award to conduct further research into computational solutions for TAVR surgery Show less
-
-
-
Ethicon, Inc.
-
United States
-
Medical Equipment Manufacturing
-
700 & Above Employee
-
R&D Design Engineer
-
Jan 2023 - Apr 2023
- Optimized Firing Breadboard to compare MIMed vs Machined parts for a state-of-the-art surgical endocutter in development - Leveraged microscopes and profilometers to perform root cause analysis to evaluate device failure modes - Used Load Frame with a progressive load approach to identify part failure and eliminate device stalling - Programmed in Python (Pandas) to post-process Load Frame data and identify key failure metrics - Conducted cost-benefit analysis to reduce resources used in… Show more - Optimized Firing Breadboard to compare MIMed vs Machined parts for a state-of-the-art surgical endocutter in development - Leveraged microscopes and profilometers to perform root cause analysis to evaluate device failure modes - Used Load Frame with a progressive load approach to identify part failure and eliminate device stalling - Programmed in Python (Pandas) to post-process Load Frame data and identify key failure metrics - Conducted cost-benefit analysis to reduce resources used in optimizing testing fixture. Designed fixture in SolidWorks and used FEA to evaluate structural/stress analysis - Led Intern Technical Committee in facilitating courses on SolidWorks, Python, FEA, Plastics, 6 Sigma Method, and Biocompatibility for 60 interns Show less - Optimized Firing Breadboard to compare MIMed vs Machined parts for a state-of-the-art surgical endocutter in development - Leveraged microscopes and profilometers to perform root cause analysis to evaluate device failure modes - Used Load Frame with a progressive load approach to identify part failure and eliminate device stalling - Programmed in Python (Pandas) to post-process Load Frame data and identify key failure metrics - Conducted cost-benefit analysis to reduce resources used in… Show more - Optimized Firing Breadboard to compare MIMed vs Machined parts for a state-of-the-art surgical endocutter in development - Leveraged microscopes and profilometers to perform root cause analysis to evaluate device failure modes - Used Load Frame with a progressive load approach to identify part failure and eliminate device stalling - Programmed in Python (Pandas) to post-process Load Frame data and identify key failure metrics - Conducted cost-benefit analysis to reduce resources used in optimizing testing fixture. Designed fixture in SolidWorks and used FEA to evaluate structural/stress analysis - Led Intern Technical Committee in facilitating courses on SolidWorks, Python, FEA, Plastics, 6 Sigma Method, and Biocompatibility for 60 interns Show less
-
-
-
Zensar Technologies
-
India
-
IT Services and IT Consulting
-
700 & Above Employee
-
AI/ML Intern
-
Jun 2021 - Aug 2021
- Acquired skills in Computer Vision, Feature Detection, OpenCV, Deep Learning, Machine Learning, and AI through projects and real-world applications - Worked with ZenLabs technical specialists and researchers to learn/develop modern AI/ML solutions - Built Computer Vision algorithms to help biotech companies distinguish between specific lab hardware - Acquired skills in Computer Vision, Feature Detection, OpenCV, Deep Learning, Machine Learning, and AI through projects and real-world applications - Worked with ZenLabs technical specialists and researchers to learn/develop modern AI/ML solutions - Built Computer Vision algorithms to help biotech companies distinguish between specific lab hardware
-
-
Education
-
2020 - 2024
Georgia Institute of Technology
Bachelor of Science - BS, Biomedical/Medical Engineering -
2016 - 2020
CHS
High School Diploma
Community
