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'''''MakerSpace Ninja''''' | '''''MakerSpace Ninja''''' | ||
''' | '''Major:''' Biomedical Engineering | ||
''' | '''Minor:''' Math | ||
'''LinkedIn:''' [https://www.linkedin.com/in/afsheen-sajjadi/ in/afsheen-sajjadi] | '''LinkedIn:''' [https://www.linkedin.com/in/afsheen-sajjadi/ in/afsheen-sajjadi] | ||
| Line 43: | Line 41: | ||
*Programming - [[MATLAB]], [[LabVIEW]], [[Pure Data]], [[Arduino IDE]], Python | *Programming - [[MATLAB]], [[LabVIEW]], [[Pure Data]], [[Arduino IDE]], Python | ||
*'''Maker of the Year''' 2015-2016 (Inaugural Year) | |||
===Past Contracts=== | ===Past Contracts=== | ||
==Portfolio== | ==Portfolio== | ||
===NASA Big Idea Challenge=== | |||
As a result of my MakerSpace activities, I was a member of a Tulane design team organized to answer NASA's BIG Idea Challenge for 2017. Our answer was titled '''The Sunflower: A Modular and Hexagonally Symmetric SEP Cargo Transport Spacecraft'''. The Sunflower was an innovative new concept that designed and modeled for in-space assembly of a modular solar powered spacecraft to move cargo from Low Earth Orbit to Lunar Distant Retrograde Orbit and eventually Mars. We were proclaimed finalists in December of 2016. We were announced as the first place winners out of 28 teams from across the country in February of 2017 after presenting to a panel of NASA experts at the Langley Research Center along with the other finalists. We made heavy use of the MakerSpace in making our design. Below is more information regarding the project along with other media surrounding our successes in the competition. | |||
[https://www.youtube.com/watch?v=joVTsoJ4z14 Project Concept Video] | |||
[https://news.tulane.edu/news/tulane-makes-nasa-challenge-finals Becoming Finalists Tulane Article] | |||
[https://gameon.nasa.gov/2017/02/17/tulane-university-team-receives-top-honors-in-nasas-big-idea-engineering-design-competition/ NASA News Article] | |||
[https://www.nasa.gov/feature/tulane-students-beat-out-28-schools-in-nasa-big-idea-challenge NASA Feature] | |||
[https://news.tulane.edu/pr/tulane-team-wins-nasa%E2%80%99s-big-idea-challenge-spacecraft-design Tulane PR Article] | |||
[https://issuu.com/tulaneuniversity/docs/the-collegian-2017 Newcomb-Tulane Annual Review] | |||
[http://blog.nola.com/new_orleans/2017/03/tulane_team_wins_nasas_big_ide.html NOLA News Article] | |||
[https://www.theadvocate.com/new_orleans/news/education/article_5a29a0fc-f6d7-11e6-969c-dbc78414c5da.html Advocate Newspaper Article] | |||
[https://www.wwltv.com/article/news/local/local-college-students-win-nasa-engineering-competition/410181111 Channel 4 News Spot] | |||
[https://neworleanscitybusiness.com/blog/2017/02/21/tulane-teams-spacecraft-wins-nasas-big-idea-contest/ City Business Newspaper Article] | |||
[https://www.dropbox.com/s/2diar4rvr7i3p46/TU-2017-PSA-30.mov?dl=0 TV Ad Spot during a Tulane Football Game] | |||
[https://audacious.tulane.edu/stories/all-the-ingenuity-under-the-sun/ All the Ingenuity Under the Sun] | |||
===Completed Projects=== | ===Completed Projects=== | ||
Tulane Gear Shield: [https://www.youtube.com/watch?v=ONoHosb_jJY Video] | |||
*This was my first MakerSpace project, made on the Epilog laser cutters. | |||
Life fending off Death | |||
*This originates from a hospital sculpture I found online that really inspires me as a Biomedical Engineering student. With heavy path editing and a multiple pass trace bitmap function, I was able to acquire a decent engraving. | |||
[[File:Life-vs-Death.jpg|500x888px]] | |||
*Compilation of other projects are under construction - Many have been lost to time | |||
===In-Progress Projects=== | ===In-Progress Projects=== | ||
Original Laser Cut Poker Set --- Coming Soon | |||
=== | ===Featured Promotional Videos=== | ||
[https://www.youtube.com/watch?v=oWzSFK_JPI8 MakerSpace Mission: 3D Model of Gibson Hall] | |||
[https://www.youtube.com/watch?time_continue=4&v=vbLLUD_9uUg Only the Audacious Campaign] | |||
[http://www.pageturnpro.com/Progress-Printing/77574-Tulane-March-2017/default.html#page/9 My MakerSpace ruler design featured in the Tulane Magazine] | |||
[https://issuu.com/mudbugmedia/docs/tbme_2017_newsletter-reduced/8 Featured in the Fall 2017 Tulane BME Newsletter] | |||
===Project Guides and Tutorials Created=== | ===Project Guides and Tutorials Created=== | ||
*[[File:Fusion_360_Guide_4-11-18.pdf| | *Basic 3D Modeling Tutorial | ||
**This tutorial is designed to show you the basics of using a 3D modeling software (Autodesk Fusion 360) to create a 3D printable, "Maker Coin". This workshop include Getting Familiar with Fusion, Creating Sketches, Extruding Sketches, Rounding Sharp Edges, and Cutting Out Arbitrary Shapes, Using Patterning Tools, and Engraving Objects to create a unique and customized token. See the pdf below for full instructions: | |||
[[File:Fusion_Basics_020152019.pdf|Basics of Autodesk Fusion 360]] | |||
*Intermediate 3D Modeling Tutorial | |||
**This tutorial is designed to show you the basics of using a 3D modeling software ([https://www.autodesk.com/products/fusion-360/students-teachers-educators Autodesk Fusion 360]) to create a 3D printable castle tower. See pdf below for full instructions. | |||
[[File:Fusion_360_Guide_4-11-18.pdf|Intermediate Skills for Autodesk Fusion 360]] | |||
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Afsheen Sajjadi, Class of 2019 19:32, | Afsheen Sajjadi, Class of 2019 19:32, 08 October 2018 (CST) | ||
Latest revision as of 05:28, 7 June 2024
MakerSpace Ninja
Major: Biomedical Engineering
Minor: Math
LinkedIn: in/afsheen-sajjadi
Profile
Biography
I chanced upon the MakerSpace my freshman year, nothing important happened before that.
I live in the Mezzanine area, and sleep on the couch there. I spend a lot of time in the MakerSpace, I'm not really sure what happens in that time, but somehow I always end up with cool stuff that didn't exist before. See portfolio below.
Maker Skills
- Extensive Experience in Machine Repair
- 3D Design - Solidworks, AutoDesk Fusion 360, Rhinoceres, AutoDesk MeshMixer, Cura, AutoDesk 123D Make
- Finite Element Analysis - ABAQUS, COMSOL Multiphysics
- Graphics - Inkscape, CorelDraw, Adobe Illustrator, Adobe Photoshop, Adobe Premiere, Final Cut Pro X
- Programming - MATLAB, LabVIEW, Pure Data, Arduino IDE, Python
- Maker of the Year 2015-2016 (Inaugural Year)
Past Contracts
Portfolio
NASA Big Idea Challenge
As a result of my MakerSpace activities, I was a member of a Tulane design team organized to answer NASA's BIG Idea Challenge for 2017. Our answer was titled The Sunflower: A Modular and Hexagonally Symmetric SEP Cargo Transport Spacecraft. The Sunflower was an innovative new concept that designed and modeled for in-space assembly of a modular solar powered spacecraft to move cargo from Low Earth Orbit to Lunar Distant Retrograde Orbit and eventually Mars. We were proclaimed finalists in December of 2016. We were announced as the first place winners out of 28 teams from across the country in February of 2017 after presenting to a panel of NASA experts at the Langley Research Center along with the other finalists. We made heavy use of the MakerSpace in making our design. Below is more information regarding the project along with other media surrounding our successes in the competition.
Becoming Finalists Tulane Article
City Business Newspaper Article
TV Ad Spot during a Tulane Football Game
All the Ingenuity Under the Sun
Completed Projects
Tulane Gear Shield: Video
- This was my first MakerSpace project, made on the Epilog laser cutters.
Life fending off Death
- This originates from a hospital sculpture I found online that really inspires me as a Biomedical Engineering student. With heavy path editing and a multiple pass trace bitmap function, I was able to acquire a decent engraving.
- Compilation of other projects are under construction - Many have been lost to time
In-Progress Projects
Original Laser Cut Poker Set --- Coming Soon
Featured Promotional Videos
MakerSpace Mission: 3D Model of Gibson Hall
My MakerSpace ruler design featured in the Tulane Magazine
Featured in the Fall 2017 Tulane BME Newsletter
Project Guides and Tutorials Created
- Basic 3D Modeling Tutorial
- This tutorial is designed to show you the basics of using a 3D modeling software (Autodesk Fusion 360) to create a 3D printable, "Maker Coin". This workshop include Getting Familiar with Fusion, Creating Sketches, Extruding Sketches, Rounding Sharp Edges, and Cutting Out Arbitrary Shapes, Using Patterning Tools, and Engraving Objects to create a unique and customized token. See the pdf below for full instructions:
- Intermediate 3D Modeling Tutorial
- This tutorial is designed to show you the basics of using a 3D modeling software (Autodesk Fusion 360) to create a 3D printable castle tower. See pdf below for full instructions.
Afsheen Sajjadi, Class of 2019 19:32, 08 October 2018 (CST)