Hi, I'm Noura, I am a Second year Electrical Engineering and Society student at McMaster university in Hamilton ON, Canada. I am striving to become a Electrical Engineer for Sustainable automobile, areonautical and design companies.
✏️ Adobe Photoshop
📏 Autodesk Inventor
💻 Python
💼 Microsoft Office
I really enjoy photography, and making art! Here are some examples of my art pieces and photos.
The wind turbine challenge consisted of my team receiving a scenario which describes us as a team of professional engineers who were contracted to design a wind turbine for a new farm in Wolfe Island, Kingston ON. The task was to design a wind turbine blade capable of generating large amounts of electric power for the neighboring Kingston area. In order to generate large amounts of energy the goal is to take advantage of the wind pressures in the area, this causes my team to design a turbine blade that minimizes inertia to maximize efficiency. The wind turbine also had to be durable in order to withstand the weather of the Kingston area.
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Wind Turbine deflection simulation using Autodesk Inventor.
Our final Design Report!
Autodesk Model of Wind Turbine
Using foundational basics to design and model a wind turbine blade on Autodesk inventor.
Using MPI Index values to perform a material selection.
Taking on an administrative role made me responsible of ensure the team remains on track to meet deadlines. As well as being responsible for submitting all team deliverables
Estimating and calculating the deflection of the turbine blade using a derived formula.
Noura Elsabagh on LinkedIn: ENG 1P13 Project 1 Newsletter
The ENG 1P13 Project 1 Newsletter, with our team having a featured page.
In Project Two, my team worked to design a system for securely transferring a surgical instrument to an autoclave for sterilization. This project introduced me to the principles of rapid prototyping (3D printing) and physical computing. As being part of a modeling team, I designed and prototyped a container such that it can securely hold a surgical instrument in place during transfer. Throughout the project, we explored the conceptual design and preliminary design phases of the Engineering Design Process and demonstrated the functionality of our design to our Instructional Assistant Interns during a project interview.
Autodesk Sterilization Container Design.
3D printing was a relatively new skill that I got the opportunity to develop during this project. In order to print out the container prototype we used the PrusaSlicer software and then exported our G-code so that it can be printed.
Short clip of our Container Assembly.
Short clip of our Container Assembly.
Assembly of solid model container, with out assigned surgical tool.