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==Education== | ==Education== | ||
'''McMaster University''' | |||
''Hamilton, Ontario, Canada'' | |||
''2019 – 2024'' | |||
''' | |||
B. Eng. BME | Integrated Biomedical Engineering and Health Sciences (IBEHS) | |||
'''Gems American Academy''' | |||
''Abu Dhabi, United Arab Emirates'' | |||
Full IB Diploma Program and American High School Diploma | |||
''2014 – 2019'' | |||
== Design Studio Projects and Lab == | |||
'' | === ''IBEHS Program, McMaster University'' === | ||
=== '''Portfolio:''' <nowiki>https://avani-sharma.wixsite.com/1p10portfolio</nowiki> === | |||
'''Design Project 1: Design Solutions For Improving Quality of Life''' | |||
'' | ''October 2019 to November 2019'' | ||
Design Project One required our team to improve upon the design of an everyday product prototype that may have been a challenge to use for a patient. | |||
''' | * '''Objective''' | ||
** The aim of Design Project One was to improve an ostomy bag that an ileostomy patient suffering from moderate Rheumatoid Arthritis was using. | |||
** The patient was concerned about the security and ease of the locking mechanism of the ostomy bag. | |||
* '''Role: Project Manager''' | |||
** I was required to maintain and promote promote a work environment that is equitable in terms of team member input, opinions and contributions, serve as the team's point-of-contact with instructors, and assume a leadership role in identifying and managing team conflict. | |||
* '''Accomplished''' | |||
** Our team enhanced the design of the ostomy bag to satisfy our patient’s need to confirm a secure connection between the ostomy bag and skin barrier to prevent tears causing leakage and release of odour. | |||
----'''Design Project 2: Investigating Hip Arthroplasty and Conceptual Design''' | |||
'' | ''November 2019 to December 2019'' | ||
* '''Objective''' | |||
** To build and design a hip implant for a total hip replacement for a Rheumatoid Arthritis Patient. | |||
''' | * '''Role: Subject Matter Expert''' | ||
** Act in the capacity to research and provision all information and knowledge needed and make it available to the team to support a robust process of the product design. | |||
* '''Accomplished''' | |||
** Our team collaboratively incorporated our creativity and ideas to develop a conceptual design by coding and Autodesk Inventor to produce a 3D-printed prototype of our hip implant. | |||
----'''Design Project 3: Design Solutions for Wearable applications in Health, Fitness, and Active Living''' | |||
'' | ''January 2019 to Present'' | ||
''“A group of entrepreneurial stakeholders in the wearable technology sector approached our team to design a proof-of-concept prototype for a new wearable device.”'' Design Project Three requires our team to design a wearable device that inputs data from a sensor and provides meaningful output to an end-user. | |||
''' | * '''Objective''' | ||
** Our device is required to take data input by a sensor and output it in a meaningful way that is easily understood by a user. | |||
** We are required to prototype our device, demonstrating how it will function and how it will be worn. | |||
** Our team must determine how the sensor will function, how inputted data will be interpreted using physical computing tools, build a 3D-printed support frame that securely houses all physical computing elements, and finally demonstrate functionality and correctness. | |||
* '''Role: Project Administrator''' | |||
** Responsible for development and coordination of deliverable schedule ensuring that design development and related submission of assignments remains on track as per the timeline by the assigned resources. | |||
* '''Technology To Be Used''' | |||
** Our team is provided with the following: a Raspberry Pi (with protective housing), a breakout board, and breadboard, a suite of sensors, and output devices to choose from, and Solid Model Files (*.IPT) of the given component. | |||
----'''Design Lab: Prosthetic Hand''' | |||
'' | ''September 2019 to Present'' | ||
* To acquire, practice and perfect 3D modeling, CAD and 3D printing skills as well as materials selection, H/W interface design, S/W Coding in the process of developing a product with real life applications and usability. | |||
* My assigned product for this lab is a “prosthetic hand” with all the tactile and maneuverability capabilities to mimic the versatility of human hand to the extent possible. | |||
<br /> | |||
== Leadership/Activities == | |||
== Leadership/Activities == | |||
<br /> | |||
== Skills and Interests == | == Skills and Interests == |
Revision as of 17:00, 26 January 2020
Avani Sharma
Email: avani.smnotra@gmail.com
Biography
Avani Sharma is a student at McMaster University studying Biomedical Engineering. Prior to moving to the UAE, she lived in Canada for 8 years. She is intrigued by the exploration of the field of sciences. She plans to pursue a career in the medical field especially as applied to the neurological domain of medical knowledge.
Core Competencies
Avani's work ethics are commitment, hard work, and passion for knowledge. She has great interest in leadership and contributing to her community by developing her organization and management skills. She is always prepared to go the extra mile for precision and accuracy in her work and is determine to grow and succeed in the career of her choice. A global citizen, she has traveled extensively across India, Canada, and the United Arab Emirates. She wants to make a difference in the world by making a positive contribution to the betterment of society and lesser privileged communities.
Education
McMaster University
Hamilton, Ontario, Canada
2019 – 2024
B. Eng. BME | Integrated Biomedical Engineering and Health Sciences (IBEHS)
Gems American Academy
Abu Dhabi, United Arab Emirates
Full IB Diploma Program and American High School Diploma
2014 – 2019
Design Studio Projects and Lab
IBEHS Program, McMaster University
Portfolio: https://avani-sharma.wixsite.com/1p10portfolio
Design Project 1: Design Solutions For Improving Quality of Life
October 2019 to November 2019
Design Project One required our team to improve upon the design of an everyday product prototype that may have been a challenge to use for a patient.
- Objective
- The aim of Design Project One was to improve an ostomy bag that an ileostomy patient suffering from moderate Rheumatoid Arthritis was using.
- The patient was concerned about the security and ease of the locking mechanism of the ostomy bag.
- Role: Project Manager
- I was required to maintain and promote promote a work environment that is equitable in terms of team member input, opinions and contributions, serve as the team's point-of-contact with instructors, and assume a leadership role in identifying and managing team conflict.
- Accomplished
- Our team enhanced the design of the ostomy bag to satisfy our patient’s need to confirm a secure connection between the ostomy bag and skin barrier to prevent tears causing leakage and release of odour.
Design Project 2: Investigating Hip Arthroplasty and Conceptual Design
November 2019 to December 2019
- Objective
- To build and design a hip implant for a total hip replacement for a Rheumatoid Arthritis Patient.
- Role: Subject Matter Expert
- Act in the capacity to research and provision all information and knowledge needed and make it available to the team to support a robust process of the product design.
- Accomplished
- Our team collaboratively incorporated our creativity and ideas to develop a conceptual design by coding and Autodesk Inventor to produce a 3D-printed prototype of our hip implant.
Design Project 3: Design Solutions for Wearable applications in Health, Fitness, and Active Living
January 2019 to Present
“A group of entrepreneurial stakeholders in the wearable technology sector approached our team to design a proof-of-concept prototype for a new wearable device.” Design Project Three requires our team to design a wearable device that inputs data from a sensor and provides meaningful output to an end-user.
- Objective
- Our device is required to take data input by a sensor and output it in a meaningful way that is easily understood by a user.
- We are required to prototype our device, demonstrating how it will function and how it will be worn.
- Our team must determine how the sensor will function, how inputted data will be interpreted using physical computing tools, build a 3D-printed support frame that securely houses all physical computing elements, and finally demonstrate functionality and correctness.
- Role: Project Administrator
- Responsible for development and coordination of deliverable schedule ensuring that design development and related submission of assignments remains on track as per the timeline by the assigned resources.
- Technology To Be Used
- Our team is provided with the following: a Raspberry Pi (with protective housing), a breakout board, and breadboard, a suite of sensors, and output devices to choose from, and Solid Model Files (*.IPT) of the given component.
Design Lab: Prosthetic Hand
September 2019 to Present
- To acquire, practice and perfect 3D modeling, CAD and 3D printing skills as well as materials selection, H/W interface design, S/W Coding in the process of developing a product with real life applications and usability.
- My assigned product for this lab is a “prosthetic hand” with all the tactile and maneuverability capabilities to mimic the versatility of human hand to the extent possible.
Leadership/Activities
Leadership/Activities
Skills and Interests
Technical: User Interface of Design, Adobe, Microsoft Office, JavaScript, Final Cut Pro, iMovie
Languages: Fluent- English, Hindi | Conversational- French, Arabic
Arts: Violin (2012- present), Flute (2011- present), Oil Painting, Acrylic Painting