https://wikis.swarthmore.edu/ENGR005_2012/api.php?action=feedcontributions&user=Jlandis2&feedformat=atomENGR005_2012 - User contributions [en]2024-03-29T00:43:21ZUser contributionsMediaWiki 1.26.3https://wikis.swarthmore.edu/ENGR005_2012/index.php?title=Action_Potential_Final_Report&diff=2385Action Potential Final Report2012-12-17T09:06:05Z<p>Jlandis2: /* Discussion */</p>
<hr />
<div>==Team Action Potential: Modeling the Electrical Currents in a Neuron==<br />
===Participants===<br />
* [[User: Kbarron1|Kate Barron]]<br />
* [[User:jlandis2 | Joe Landis]]<br />
<br />
==Abstract==<br />
<br />
There were several steps that we needed to complete for our project: the first was to decide how to construct our model and attach the LED lights. There were several options, but we decided to go for the most straightforward one, which entailed constructing the model in SolidWorks with holes the size of LED lights. Joseph modeled the neuron, using mostly the spline tool and the extrusion tool in SolidWorks, and Kathryn helped while also planning the lighting effects and creating a MATLAB code to program them. We included every main element of a neuron: the dendrites, the cell body, with a nucleus, two ribosomes and two endoplasmic reticulums, and the axon, which in turn carried the axon terminals. We placed the lights in a way that, through MATLAB coding, we could animate the action potential process by activating the LEDs in a particular region of the cell in the appropriate order: dendrites, nucleus, axon, axon terminals. We ran into some trouble with the proportions of the model in SolidWorks, mainly because of the multiple scalings that we used, so we could not attach the LED lights to the model itself. To deal with this issue we picked out a piece of wood to mount our model on, and the staff in the Wood shop kindly drilled holes for the lights at locations we had previously marked. After this Joseph strung the ground wires together, attached to the shorter wire on each LED light, while Kathryn soldered the E5 Shield to the live wires and, in turn, to the longer wire on each LED light. Kathryn tweaked the program for each set of lights after the physical model had been completed and mounted to the board, and after that step was finished, our project was complete.<br />
<br />
<br />
==Introduction==<br />
<br />
-Kathryn is very interested in Biology, so she had the idea to model a brain cell in Solidworks. Joseph thought the model would be a fun challenge, so that’s what we agreed on. Professor Cheever suggested that we use LED lights to animate the action potential of the cell and he explained to us how we should go about it, a process that we outlined in the abstract. Our goals were to construct a three-dimensional model of a neuron on SolidWorks, print it, and attach LED lights in the holes we had included. As we explained in the abstract, however, we could not include the cuts that would make the holes for the LED lights large enough, so our new goal became to attach the model to a board and let the LEDs shine through.<br />
<br />
-This project was interesting and engaging because we were taking something so brilliantly complex as the neuron, simplifying it, and essentially mimicking the way that the body transmits thought and emotion. We were also pleased to learn some basic electrical engineering techniques as well when attaching the LEDs, and found it to be a very enriching experience. We were motivated by our clearly defined goals and our interest in both the idea behind the project and the work the project involved.<br />
<br />
==Background/Theory==<br />
Neurons are the cells that direct thought, senses, and feeling in our bodies.<br />
<br />
==Completed Project Design==<br />
<br />
-Our project, as before stated, includes a roughly seven-inches-by-five-inches three-dimensional model of a neuron, with LED lights programmed to illustrate the passage of an electrical impulse. The model’s foundation is a sketch in SolidWorks, for which we employed the spline function to make the appearance more organic and true to our subject, and the extrusion function to create a three-dimensional, printable model out of our sketch. The sketch was initially too small, so we scaled it to five times its size, which led to an unfortunate string of scalings that left us confused as to how to create enough material for the 3.9-millimeter cuts that our LED lights required. The relation of the original sketch to the three-dimensional model was unintelligible, but the project was saved through the kind actions of the wood-shop staff. Our printed model served as our reference for the circles we drew on our block of wood, which would then serve as the holes for the insertion of the LED lights. The holes that the kind man in the wood shop drilled were 3.9 millimeters in diameter on the bottom side of the wood, and only 2 millimeters on the top so that the LED lights could easily fit without coming through to the top side. We used tacky material to attach the model to the block of wood, and inserted the LEDs into the bottom drill-holes. We used five red LEDs at the holes corresponding to the dendrite and nucleus sections of the cell to illustrate unprocessed electrical impulses. For the axon and axon terminals we used green LEDs so that viewers could see that these impulses are different, i.e. strong enough to be transmitted.<br />
We used 3-millimeter LEDs for our project, as we have referenced before. These lights have two main parts: the light itself and the two wires attached behind it. The light itself is 3 millimeters in diameter but its base is 3.85 millimeters. Out of the base, the longer wire to protrude is called the anode and the shorter is the cathode. These are the wires we previously referred to as the “longer” and “shorter” wire, respectively. After we had inserted the LEDs into the bottom side of the wood, the wires were still exposed. Joseph attached a ground wire, or a negatively-charged electron conductor, to the cathodes of each light, carefully winding the ground wire around the cathode using a special tool. He then attached each cathode to the next cathode in the string of LED lights so that the entire display was connected by a negatively-charged conductor. This completed about half of the electrical work needed for the project.<br />
<br />
-Kathryn completed the positively-charged portion of the electrical work. She first soldered a new top to the normal E5 Shield, attaching pins to a circuit board…….(I don’t know too much about your part…sorry, thanks!!!!)…………<br />
<br />
==Results==<br />
<br />
==Discussion==<br />
<br />
-Our project was not an experiment, but it was definitely a learning-and-growing experience for both of us. It forced us to learn more about SolidWorks and MATLAB, and to find alternate solutions when our original plan did not work out very well. If we could do the project over again from the start we would have planned for the block of wood to be our base the whole time, allowing us to drill 3.9 millimeter holes through all of the wood. This would allow us to cut holes in the model only 1 millimeter in diameter, which we could have fit in the model if it were only slightly bigger. That said, another issue we would have to fix is the confusion that resulted from scaling multiple times. Faced with the same situation we encountered then in the future, if we were unhappy with the first scale we would simply erase the action using the project manager toolbar, setting only one relation between the sketch and the model. One other improvement would be to hollow out most of the cell body using the shell tool. We are happy with the way that the lights were animated; we just wish they could shine through more and in a more-lit room.<br />
<br />
-One thing we could try to do if we worked further with this idea is to create individual parts for each part of the cell, connected by hinges so that the cell can bend and move.</div>Jlandis2https://wikis.swarthmore.edu/ENGR005_2012/index.php?title=Action_Potential_Final_Report&diff=2384Action Potential Final Report2012-12-17T09:05:33Z<p>Jlandis2: /* Completed Project Design */</p>
<hr />
<div>==Team Action Potential: Modeling the Electrical Currents in a Neuron==<br />
===Participants===<br />
* [[User: Kbarron1|Kate Barron]]<br />
* [[User:jlandis2 | Joe Landis]]<br />
<br />
==Abstract==<br />
<br />
There were several steps that we needed to complete for our project: the first was to decide how to construct our model and attach the LED lights. There were several options, but we decided to go for the most straightforward one, which entailed constructing the model in SolidWorks with holes the size of LED lights. Joseph modeled the neuron, using mostly the spline tool and the extrusion tool in SolidWorks, and Kathryn helped while also planning the lighting effects and creating a MATLAB code to program them. We included every main element of a neuron: the dendrites, the cell body, with a nucleus, two ribosomes and two endoplasmic reticulums, and the axon, which in turn carried the axon terminals. We placed the lights in a way that, through MATLAB coding, we could animate the action potential process by activating the LEDs in a particular region of the cell in the appropriate order: dendrites, nucleus, axon, axon terminals. We ran into some trouble with the proportions of the model in SolidWorks, mainly because of the multiple scalings that we used, so we could not attach the LED lights to the model itself. To deal with this issue we picked out a piece of wood to mount our model on, and the staff in the Wood shop kindly drilled holes for the lights at locations we had previously marked. After this Joseph strung the ground wires together, attached to the shorter wire on each LED light, while Kathryn soldered the E5 Shield to the live wires and, in turn, to the longer wire on each LED light. Kathryn tweaked the program for each set of lights after the physical model had been completed and mounted to the board, and after that step was finished, our project was complete.<br />
<br />
<br />
==Introduction==<br />
<br />
-Kathryn is very interested in Biology, so she had the idea to model a brain cell in Solidworks. Joseph thought the model would be a fun challenge, so that’s what we agreed on. Professor Cheever suggested that we use LED lights to animate the action potential of the cell and he explained to us how we should go about it, a process that we outlined in the abstract. Our goals were to construct a three-dimensional model of a neuron on SolidWorks, print it, and attach LED lights in the holes we had included. As we explained in the abstract, however, we could not include the cuts that would make the holes for the LED lights large enough, so our new goal became to attach the model to a board and let the LEDs shine through.<br />
<br />
-This project was interesting and engaging because we were taking something so brilliantly complex as the neuron, simplifying it, and essentially mimicking the way that the body transmits thought and emotion. We were also pleased to learn some basic electrical engineering techniques as well when attaching the LEDs, and found it to be a very enriching experience. We were motivated by our clearly defined goals and our interest in both the idea behind the project and the work the project involved.<br />
<br />
==Background/Theory==<br />
Neurons are the cells that direct thought, senses, and feeling in our bodies.<br />
<br />
==Completed Project Design==<br />
<br />
-Our project, as before stated, includes a roughly seven-inches-by-five-inches three-dimensional model of a neuron, with LED lights programmed to illustrate the passage of an electrical impulse. The model’s foundation is a sketch in SolidWorks, for which we employed the spline function to make the appearance more organic and true to our subject, and the extrusion function to create a three-dimensional, printable model out of our sketch. The sketch was initially too small, so we scaled it to five times its size, which led to an unfortunate string of scalings that left us confused as to how to create enough material for the 3.9-millimeter cuts that our LED lights required. The relation of the original sketch to the three-dimensional model was unintelligible, but the project was saved through the kind actions of the wood-shop staff. Our printed model served as our reference for the circles we drew on our block of wood, which would then serve as the holes for the insertion of the LED lights. The holes that the kind man in the wood shop drilled were 3.9 millimeters in diameter on the bottom side of the wood, and only 2 millimeters on the top so that the LED lights could easily fit without coming through to the top side. We used tacky material to attach the model to the block of wood, and inserted the LEDs into the bottom drill-holes. We used five red LEDs at the holes corresponding to the dendrite and nucleus sections of the cell to illustrate unprocessed electrical impulses. For the axon and axon terminals we used green LEDs so that viewers could see that these impulses are different, i.e. strong enough to be transmitted.<br />
We used 3-millimeter LEDs for our project, as we have referenced before. These lights have two main parts: the light itself and the two wires attached behind it. The light itself is 3 millimeters in diameter but its base is 3.85 millimeters. Out of the base, the longer wire to protrude is called the anode and the shorter is the cathode. These are the wires we previously referred to as the “longer” and “shorter” wire, respectively. After we had inserted the LEDs into the bottom side of the wood, the wires were still exposed. Joseph attached a ground wire, or a negatively-charged electron conductor, to the cathodes of each light, carefully winding the ground wire around the cathode using a special tool. He then attached each cathode to the next cathode in the string of LED lights so that the entire display was connected by a negatively-charged conductor. This completed about half of the electrical work needed for the project.<br />
<br />
-Kathryn completed the positively-charged portion of the electrical work. She first soldered a new top to the normal E5 Shield, attaching pins to a circuit board…….(I don’t know too much about your part…sorry, thanks!!!!)…………<br />
<br />
==Results==<br />
<br />
==Discussion==</div>Jlandis2https://wikis.swarthmore.edu/ENGR005_2012/index.php?title=Action_Potential_Final_Report&diff=2383Action Potential Final Report2012-12-17T09:04:49Z<p>Jlandis2: /* Introduction */</p>
<hr />
<div>==Team Action Potential: Modeling the Electrical Currents in a Neuron==<br />
===Participants===<br />
* [[User: Kbarron1|Kate Barron]]<br />
* [[User:jlandis2 | Joe Landis]]<br />
<br />
==Abstract==<br />
<br />
There were several steps that we needed to complete for our project: the first was to decide how to construct our model and attach the LED lights. There were several options, but we decided to go for the most straightforward one, which entailed constructing the model in SolidWorks with holes the size of LED lights. Joseph modeled the neuron, using mostly the spline tool and the extrusion tool in SolidWorks, and Kathryn helped while also planning the lighting effects and creating a MATLAB code to program them. We included every main element of a neuron: the dendrites, the cell body, with a nucleus, two ribosomes and two endoplasmic reticulums, and the axon, which in turn carried the axon terminals. We placed the lights in a way that, through MATLAB coding, we could animate the action potential process by activating the LEDs in a particular region of the cell in the appropriate order: dendrites, nucleus, axon, axon terminals. We ran into some trouble with the proportions of the model in SolidWorks, mainly because of the multiple scalings that we used, so we could not attach the LED lights to the model itself. To deal with this issue we picked out a piece of wood to mount our model on, and the staff in the Wood shop kindly drilled holes for the lights at locations we had previously marked. After this Joseph strung the ground wires together, attached to the shorter wire on each LED light, while Kathryn soldered the E5 Shield to the live wires and, in turn, to the longer wire on each LED light. Kathryn tweaked the program for each set of lights after the physical model had been completed and mounted to the board, and after that step was finished, our project was complete.<br />
<br />
<br />
==Introduction==<br />
<br />
-Kathryn is very interested in Biology, so she had the idea to model a brain cell in Solidworks. Joseph thought the model would be a fun challenge, so that’s what we agreed on. Professor Cheever suggested that we use LED lights to animate the action potential of the cell and he explained to us how we should go about it, a process that we outlined in the abstract. Our goals were to construct a three-dimensional model of a neuron on SolidWorks, print it, and attach LED lights in the holes we had included. As we explained in the abstract, however, we could not include the cuts that would make the holes for the LED lights large enough, so our new goal became to attach the model to a board and let the LEDs shine through.<br />
<br />
-This project was interesting and engaging because we were taking something so brilliantly complex as the neuron, simplifying it, and essentially mimicking the way that the body transmits thought and emotion. We were also pleased to learn some basic electrical engineering techniques as well when attaching the LEDs, and found it to be a very enriching experience. We were motivated by our clearly defined goals and our interest in both the idea behind the project and the work the project involved.<br />
<br />
==Background/Theory==<br />
Neurons are the cells that direct thought, senses, and feeling in our bodies.<br />
<br />
==Completed Project Design==<br />
<br />
==Results==<br />
<br />
==Discussion==</div>Jlandis2https://wikis.swarthmore.edu/ENGR005_2012/index.php?title=Action_Potential_Final_Report&diff=2378Action Potential Final Report2012-12-17T07:31:34Z<p>Jlandis2: /* Team Action Potential: Modeling the Electrical Currents in a Neuron */</p>
<hr />
<div>==Team Action Potential: Modeling the Electrical Currents in a Neuron==<br />
<br />
===Our Project, in Summary===<br />
<br />
There were several steps that we needed to complete for our project: the first was to decide how to construct our model and attach the LED lights. There were several options, but we decided to go for the most straightforward one, which entailed constructing the model in SolidWorks with holes the size of LED lights. Joseph modeled the neuron, using mostly the spline tool and the extrusion tool in SolidWorks, and Kathryn helped while also planning the lighting effects and creating a MATLAB code to program them. We included every main element of a neuron: the dendrites, the cell body, with a nucleus, two ribosomes and two endoplasmic reticulums, and the axon, which in turn carried the axon terminals. We placed the lights in a way that, through MATLAB coding, we could animate the action potential process by activating the LEDs in a particular region of the cell in the appropriate order: dendrites, nucleus, axon, axon terminals. We ran into some trouble with the proportions of the model in SolidWorks, mainly because of the multiple scalings that we used, so we could not attach the LED lights to the model itself. To deal with this issue we picked out a piece of wood to mount our model on, and the staff in the Wood shop kindly drilled holes for the lights at locations we had previously marked. After this Joseph strung the ground wires together, attached to the shorter wire on each LED light, while Kathryn soldered the E5 Shield to the live wires and, in turn, to the longer wire on each LED light. Kathryn tweaked the program for each set of lights after the physical model had been completed and mounted to the board, and after that step was finished, our project was complete.<br />
<br />
<br />
===Our Goal===<br />
<br />
Kathryn is very interested in Biology, so she had the idea to model a brain cell using SolidWorks. Joseph thought that designing a neuron in SolidWorks would be fun, so we decided</div>Jlandis2https://wikis.swarthmore.edu/ENGR005_2012/index.php?title=Action_Potential_Final_Report&diff=2377Action Potential Final Report2012-12-17T07:31:07Z<p>Jlandis2: Created page with '==Team Action Potential: Modeling the Electrical Currents in a Neuron== ===Our Project, in Summary=== There were several steps that we needed to complete for our project: th…'</p>
<hr />
<div>==Team Action Potential: Modeling the Electrical Currents in a Neuron==<br />
<br />
===Our Project, in Summary===<br />
<br />
There were several steps that we needed to complete for our project: the first was to decide how to construct our model and attach the LED lights. There were several options, but we decided to go for the most straightforward one, which entailed constructing the model in SolidWorks with holes the size of LED lights. Joseph modeled the neuron, using mostly the spline tool and the extrusion tool in SolidWorks, and Kathryn helped while also planning the lighting effects and creating a MATLAB code to program them. We included every main element of a neuron: the dendrites, the cell body, with a nucleus, two ribosomes and two endoplasmic reticulums, and the axon, which in turn carried the axon terminals. We placed the lights in a way that, through MATLAB coding, we could animate the action potential process by activating the LEDs in a particular region of the cell in the appropriate order: dendrites, nucleus, axon, axon terminals. We ran into some trouble with the proportions of the model in SolidWorks, mainly because of the multiple scalings that we used, so we could not attach the LED lights to the model itself. To deal with this issue we picked out a piece of wood to mount our model on, and the staff in the Wood shop kindly drilled holes for the lights at locations we had previously marked. After this Joseph strung the ground wires together, attached to the shorter wire on each LED light, while Kathryn soldered the E5 Shield to the live wires and, in turn, to the longer wire on each LED light. Kathryn tweaked the program for each set of lights after the physical model had been completed and mounted to the board, and after that step was finished, our project was complete.<br />
<br />
<br />
===Our Goal===<br />
<br />
Kathryn is very interested in Biology, so she had the idea to model a brain cell using SolidWorks. Joseph thought that designing a neuron in SolidWorks would be fun, so we decided</div>Jlandis2https://wikis.swarthmore.edu/ENGR005_2012/index.php?title=FinalProject&diff=2376FinalProject2012-12-17T06:36:59Z<p>Jlandis2: /* Team Action Potential */</p>
<hr />
<div>This page contains links to the final projects for the course.<br />
<br />
==List of projects==<br />
<br />
===Team Super Laser Beam===<br />
* Team Members: [[User:jkarol1 | Jess Karol]], [[User:slu1 | Shaina Lu]], [[User:rquevedo1 | Raundi Quevedo]]<br />
* [[Robot Laser | Project Proposal]]<br />
* [[Robot Laser | Written Report]]<br />
* Project report:<br />
* Oral presentation lab section: Section A<br />
<br />
===Team ROGUE===<br />
* Team Members: [[User:gbrown2 | Greg Brown]], [[User:rthiels1 | Ravenna Thielstrom]], [[User:oortiz1 | Olivia Ortiz]]<br />
* [[3D World | 3D World]]<br />
* Project report: ?Add link to project report - due at end of semester?<br />
* Oral presentation lab section: Section A<br />
<br />
===Team Victorious Secret===<br />
* Team Members: [[User:dpekert1 | Dakota Pekerti]]<br />
* [[No Handlebars | Project Proposal]]<br />
* Project report: [[File:Butterfly Knife Report.docx]]<br />
* Oral presentation lab section: Section A<br />
<br />
===Team Action Potential===<br />
* Team Members: [[User:Kbarron1 | Kathryn Barron]], [[User:Jlandis2 | Joseph Landis]]<br />
* Team project proposal: [[Page: Action Potential Proposal]]<br />
* Project report: [[Action Potential Final Report]]<br />
* Oral presentation lab section: A<br />
<br />
===Team Casino===<br />
* Team Members: [[User:Msacks1 | Maxwell Sacks]], [[User:Mhirsh1 | Matthew Hirsh]]<br />
* Team project proposal: [[Matlab Blackjack Proposal]]<br />
*Project Report: [[Matlab Blackjack Report]]<br />
* Oral Presentation lab section: A<br />
<br />
===Team Speech Dash To Dash Text Period===<br />
* Team Members: [[User:Krobins2| Kerry Robinson]]<br />
* Project proposal: [[Speech to Text Project | Project Proposal for Speech to Text]]<br />
* Project report: [[File:Speech_Synthesis_and_Recognition.docx | Research Paper]]<br />
* Oral presentation lab section: Section A<br />
<br />
===Team Hugo Cabret===<br />
* Team Members: [[User:aearly1 | Andrew Early]], [[User:tnoomah1 | Theo Noomah]], [[User:anorlin1 | Abby Norling-Ruggles]], [[User:cemery1 | Christine Emery]], [[User:idulin1 | Isaac Dulin]]<br />
* Project proposal: [[Team Hugo Cabret - Clock Project | Clock Project]]<br />
* Project report: [[Team Hugo Cabret - Clock Project Final Report | Final Report]]<br />
* Oral presentation lab section: Section A<br />
<br />
===Team Slide===<br />
*Team Members: [[User: Dwilson1 | Dionne Wilson]]<br />
*Team Project Proposal: [[Slide Square Game]]<br />
*Team Project Report:<br />
*Oral Presentation lab section: A<br />
<br />
===Team[[User:Lholcom1 | Lindsay Holcomb]]===<br />
* Team Members: [[User:Lholcom1 | Lindsay Holcomb]]<br />
* Project Proposal: [[Earthquake Project | Project Proposal]] <br />
* Project Report:[https://docs.google.com/document/d/1QSU-7fyKg82CB17PVyDW4AcwjYhe8hdQ5UneqwJZR_k/edit]<br />
* Oral Presentation Lab Section: A<br />
<br />
===Team M.E.D.S===<br />
* Team Members: [[User:Pmaguir1 | Patrick Maguire]], [[User:Elee3| Ethan Lee]], [[User:Dransho1 | David Ranshous]], [[User:Slieber1 | Seth Liebert]]<br />
* [[ServoCar Report | Project Report]]<br />
* [[ServoCar | Project Proposal]]<br />
* Oral presentation lab section: Section A<br />
<br />
===Team Teo===<br />
* Team Members: [[User:Tgelles1 | Teo Gelles]]<br />
* [[Media:E5_Project_Proposal.rtf | Proposal]]<br />
* [[Media:E5Report.pdf | Project Report]]<br />
* Oral presentation lab section: Section B<br />
<br />
===Team Kurtis===<br />
*Team Members: [[User:kswartz1 | Kurtis Swartz]]<br />
* Project Proposal: [[Simple Cylinder Engine| Simple Cylinder Engine]]<br />
* Project Report: [[V6 Engine Report | V6 Engine Report]]<br />
* Oral Presentation lab Section: B<br />
<br />
===Team Clock 'em Sock 'em===<br />
* Team Members: [[User:Schen3 | Lucas Chen]], [[User:Dredelm1 | Daniel Redelmeier]], [[User:Egluck1 | Erin Gluck]]<br />
* Team project proposal: [[Mechanical Clock]]<br />
*Project Report: <br />
* Oral Presentation lab section: B<br />
<br />
===Team Laura===<br />
*Team Members: [[User:lrigell1 | Laura Rigell]]<br />
*Team project proposal:<br />
*Project Report: [[Green Roof]]<br />
*Oral Presentation: B<br />
<br />
===Team Wagon=== <br />
*Team Members: [[User:Kbledso1| Kara Bledsoe]]<br />
*Project Proposal: [[Team Wagon]]<br />
*Project Report:<br />
*Oral presentation lab section: Section B<br />
<br />
===Team Crossbow===<br />
*Team Members: [[User:Cpitts1| Cappy Pitts]], [[User: Hthum1| Helen Thum]]<br />
*Project Proposal: [[Team Crossbow]]<br />
*Project Report:<br />
*Oral presentation lab section: Section B<br />
<br />
===Team Cosmo Alto===<br />
* Team Members: [[User:Calto1 | Cosmo Alto]]<br />
* [[Media:E5_Project_Proposal.doc | Project Proposal]]<br />
* Project Report: [[File:Solar Panels.doc | Solar Panels]]<br />
* Oral Presentation Lab Section: B<br />
<br />
===Team Kathy=== <br />
* Team Members: [[User:ksun1 | Kathy Sun]] <br />
* Project proposal: [[Koch's Snowflake | Koch's Snowflake]] <br />
* Project report:[[Koch's Snowflake on Solidworks Report | Koch's Snowflake on Solidworks Report]]<br />
* Oral presentation lab section: C<br />
<br />
===Team Rocket===<br />
* Team Members: [[User:cdrubin1 | Casey Drubin]] [[User:sfriske1 | Spencer Friske]]<br />
* Team project proposal: [[Rocket Simulation | Rocket Simulation]]<br />
* Project report: [[Rocket Report | Rocket Report]]<br />
* Oral presentation lab section: C<br />
<br />
===Team Phoenix Chavez===<br />
* Team Members: [[User: Aguarin1| Ascanio Guarini]], [[User: Ggariba1 | Gustavo Garibay]]<br />
* Team project proposal: [[Phoenix Chavez|Project Proposal for the Phoenix]]<br />
*Project Report: [[The Phoenix|The Phoenix]]<br />
*Oral Presentation Lab Section: C<br />
<br />
===Team Connect Four===<br />
*Team Members: [[User:klin1| Katie Lin]], [[User: mheppe1| Madison Heppi]], [[User: bthomps1| Bennet Thompson]]<br />
* Team project proposal: [[Connect Four Project| Project Proposal for Connect Four]]<br />
* Project Report: [[Connect Four Final Report | Connect Four Final Report]]<br />
* Oral Presentation lab section:C<br />
<br />
===Team Tetris===<br />
*Team Members: [[User:yalhess1| Yousef Alhessi]]<br />
*Project Proposal: [[Tetris]]<br />
*Project Report:<br />
*Oral presentation lab section: Section C</div>Jlandis2https://wikis.swarthmore.edu/ENGR005_2012/index.php?title=Page:_Action_Potential_Proposal&diff=1910Page: Action Potential Proposal2012-11-15T22:12:08Z<p>Jlandis2: /* Team Action Potential Project Proposal */</p>
<hr />
<div>==Team Action Potential Project Proposal==<br />
<br />
Our team will be modeling a mammalian nerve cell with SolidWorks and subsequently printing the model by using the 3D printer. Cellular organelles will be shown in a cut-out section of the neuron. Additionally, we hope to demonstrate the neuron's main function - the action potential - through one of two methods: either we will animate the model digitally to show the movement of ions or we will incorporate a sequence of lights (LEDS) to visualize the signal's journey across the cell.<br />
<br />
===Potential supplies needed:===<br />
* Solidworks<br />
* 3D Printer<br />
* LED Lights<br />
* Battery or power source<br />
* E5 Shield or other device to sequence lights<br />
* Lots of help from Professor Cheever<br />
<br />
===Inspiration!===<br />
<br />
[http://www.turbosquid.com/3d-models/3d-neuron-anatomy/651548 | Model]<br />
<br />
[http://www.google.com/imgres?um=1&hl=en&client=firefox-a&sa=N&tbo=d&rls=org.mozilla:en-US:official&biw=986&bih=824&tbm=isch&tbnid=a00As2G0lLOf-M:&imgrefurl=http://neurodojo.blogspot.com/2012_01_01_archive.html&docid=qpspVtXIUjMFNM&imgurl=http://2.bp.blogspot.com/-4ugGgDSZ7HQ/TxHsSXD1oCI/AAAAAAAAElo/k7ps7byDjRQ/s1600/neuron_sculpture.jpg&w=640&h=480&ei=G2OlUNaBG8WG0QHh6YCYDw&zoom=1&iact=hc&vpx=371&vpy=501&dur=4389&hovh=194&hovw=259&tx=81&ty=118&sig=101510757682690123031&page=3&tbnh=144&tbnw=204&start=49&ndsp=24&ved=1t:429,r:56,s:0,i:245 | Sculpture]</div>Jlandis2https://wikis.swarthmore.edu/ENGR005_2012/index.php?title=Page:_Action_Potential_Proposal&diff=1909Page: Action Potential Proposal2012-11-15T22:11:35Z<p>Jlandis2: Created page with '==Team Action Potential Project Proposal== Our team will be modeling a mammalian nerve cell with SolidWorks and subsequently printing the model by using the 3D printer. Cellular…'</p>
<hr />
<div>==Team Action Potential Project Proposal==<br />
<br />
Our team will be modeling a mammalian nerve cell with SolidWorks and subsequently printing the model by using the 3D printer. Cellular organelles will be shown in a cut-out section of the neuron. Additionally, we hope to demonstrate the neuron's main function - the action potential - through one of two methods: either we will animate the model digitally to show the movement of ions or we will incorporate a sequence of lights (LEDS) to visualize the signal's journey across the cell.<br />
<br />
===Potential supplies needed:===<br />
* Solidworks<br />
* 3D Printer<br />
* LED Lights<br />
* Battery or power source<br />
* E5 Shield or other device to sequence lights<br />
* Lots of help from Professor Cheever<br />
<br />
===Inspiration!===<br />
<br />
[http://www.turbosquid.com/3d-models/3d-neuron-anatomy/651548]<br />
<br />
[http://www.google.com/imgres?um=1&hl=en&client=firefox-a&sa=N&tbo=d&rls=org.mozilla:en-US:official&biw=986&bih=824&tbm=isch&tbnid=a00As2G0lLOf-M:&imgrefurl=http://neurodojo.blogspot.com/2012_01_01_archive.html&docid=qpspVtXIUjMFNM&imgurl=http://2.bp.blogspot.com/-4ugGgDSZ7HQ/TxHsSXD1oCI/AAAAAAAAElo/k7ps7byDjRQ/s1600/neuron_sculpture.jpg&w=640&h=480&ei=G2OlUNaBG8WG0QHh6YCYDw&zoom=1&iact=hc&vpx=371&vpy=501&dur=4389&hovh=194&hovw=259&tx=81&ty=118&sig=101510757682690123031&page=3&tbnh=144&tbnw=204&start=49&ndsp=24&ved=1t:429,r:56,s:0,i:245]</div>Jlandis2https://wikis.swarthmore.edu/ENGR005_2012/index.php?title=FinalProject&diff=1908FinalProject2012-11-15T22:00:36Z<p>Jlandis2: /* Team Action Potential */</p>
<hr />
<div>===Introduction===<br />
<br />
This page contains links to the final projects for the course.<br />
<br />
==Template for teams==<br />
<br />
Use the following lines as a template and copy and paste them below in the "List of Projects" section. Fill in template with your information. '''Do not''' alter this original text, only your copy. <br />
===Team ?Name? (Don't change this template. Copy it and paste it below in "List of Projects" section.)===<br />
* Team Members: ?Add team members and links to wiki pages?<br />
* Project proposal: ?Add link to proposal - due before project starts?<br />
* Project report: ?Add link to project report - due at end of semester?<br />
* Oral presentation lab section: Choose Section A (8:30-9:45), Section B (9:55-11:10), Section C (11:20-12:35) on Dec. 11.<br />
<br />
==List of projects==<br />
<br />
===Team ROGUE===<br />
* Team Members: [[User:gbrown2 | Greg Brown]], [[User:rthiels1 | Ravenna Thielstrom]], [[User:oortiz1 | Olivia Ortiz]]<br />
* [[3D World | 3D World]]<br />
* Project report: ?Add link to project report - due at end of semester?<br />
* Oral presentation lab section: Section A<br />
<br />
===Team Victorious Secret===<br />
* Team Members: [[User:dpekert1 | Dakota Pekerti]]<br />
* [[No Handlebars | Project Proposal]]<br />
* Project report:<br />
* Oral presentation lab section: Section A<br />
<br />
===Team Teo===<br />
* Team Members: [[User:Tgelles1 | Teo Gelles]]<br />
* [[Media:E5_Project_Proposal.rtf | Proposal]]<br />
* Project Report:<br />
* Oral presentation lab section: Section B<br />
<br />
===Team Kurtis===<br />
*Team Members: [[User:kswartz1 | Kurtis Swartz]]<br />
* Project Proposal: [[Simple Cylinder Engine| Simple Cylinder Engine]]<br />
* Project Report:<br />
* Oral Presentation lab Section: B<br />
<br />
===Team Spencer Friske===<br />
* Team Members: [[User:sfriske1 | Spencer Friske]]<br />
* [[Airfoil Proposal | Project Proposal]]<br />
* Project report:<br />
* Oral presentation lab section: Section C<br />
<br />
===Team Kathy=== <br />
* Team Members: [[User:ksun1 | Kathy Sun]] <br />
* Project proposal: [[Koch's Snowflake | Koch's Snowflake]] <br />
* Project report:<br />
* Oral presentation lab section: C<br />
<br />
===Team Rocket===<br />
* Team Member: [[User:cdrubin1 | Casey Drubin]]<br />
* Team project proposal: [[Rocket Simulation | Rocket Simulation]]<br />
* Project report:<br />
* Oral presentation lab section: C<br />
<br />
===Team M.E.D.S===<br />
* Team Members: [[User:Pmaguir1 | Patrick Maguire]], [[User:Elee3| Ethan Lee]], [[User:Dransho1 | David Ranshous]], [[User:Slieber1 | Seth Liebert]]<br />
* Project Report:<br />
* [[ExampleProposal | Project Proposal]]<br />
* Oral presentation lab section: Section ?<br />
<br />
===Team Action Potential===<br />
* Team Members: [[User:Kbarron1 | Kathryn Barron]], [[User:Jlandis2 | Joseph Landis]]<br />
* Team project proposal: [[Page: Action Potential Proposal]]<br />
* Project report:<br />
* Oral presentation lab section: A</div>Jlandis2https://wikis.swarthmore.edu/ENGR005_2012/index.php?title=FinalProject&diff=1907FinalProject2012-11-15T21:37:00Z<p>Jlandis2: /* List of projects */</p>
<hr />
<div>===Introduction===<br />
<br />
This page contains links to the final projects for the course.<br />
<br />
==Template for teams==<br />
<br />
Use the following lines as a template and copy and paste them below in the "List of Projects" section. Fill in template with your information. '''Do not''' alter this original text, only your copy. <br />
===Team ?Name? (Don't change this template. Copy it and paste it below in "List of Projects" section.)===<br />
* Team Members: ?Add team members and links to wiki pages?<br />
* Project proposal: ?Add link to proposal - due before project starts?<br />
* Project report: ?Add link to project report - due at end of semester?<br />
* Oral presentation lab section: Choose Section A (8:30-9:45), Section B (9:55-11:10), Section C (11:20-12:35) on Dec. 11.<br />
<br />
==List of projects==<br />
<br />
===Team ROGUE===<br />
* Team Members: [[User:gbrown2 | Greg Brown]], [[User:rthiels1 | Ravenna Thielstrom]], [[User:oortiz1 | Olivia Ortiz]]<br />
* [[3D World | 3D World]]<br />
* Project report: ?Add link to project report - due at end of semester?<br />
* Oral presentation lab section: Section A<br />
<br />
===Team Victorious Secret===<br />
* Team Members: [[User:dpekert1 | Dakota Pekerti]]<br />
* [[No Handlebars | Project Proposal]]<br />
* Project report:<br />
* Oral presentation lab section: Section A<br />
<br />
===Team Teo===<br />
* Team Members: [[User:Tgelles1 | Teo Gelles]]<br />
* [[Media:E5_Project_Proposal.rtf | Proposal]]<br />
* Project Report:<br />
* Oral presentation lab section: Section B<br />
<br />
===Team Kurtis===<br />
*Team Members: [[User:kswartz1 | Kurtis Swartz]]<br />
* Project Proposal: [[Simple Cylinder Engine| Simple Cylinder Engine]]<br />
* Project Report:<br />
* Oral Presentation lab Section: B<br />
<br />
===Team Spencer Friske===<br />
* Team Members: [[User:sfriske1 | Spencer Friske]]<br />
* [[Airfoil Proposal | Project Proposal]]<br />
* Project report:<br />
* Oral presentation lab section: Section C<br />
<br />
===Team Kathy=== <br />
* Team Members: [[User:ksun1 | Kathy Sun]] <br />
* Project proposal: [[Koch's Snowflake | Koch's Snowflake]] <br />
* Project report:<br />
* Oral presentation lab section: C<br />
<br />
===Team Rocket===<br />
* Team Member: [[User:cdrubin1 | Casey Drubin]]<br />
* Team project proposal: [[Rocket Simulation | Rocket Simulation]]<br />
* Project report:<br />
* Oral presentation lab section: C<br />
<br />
===Team M.E.D.S===<br />
* Team Members: [[User:Pmaguir1 | Patrick Maguire]], [[User:Elee3| Ethan Lee]], [[User:Dransho1 | David Ranshous]], [[User:Slieber1 | Seth Liebert]]<br />
* Project Report:<br />
* [[ExampleProposal | Project Proposal]]<br />
* Oral presentation lab section: Section ?<br />
<br />
===Team Action Potential===<br />
* Team Members: [[User:Kbarron1 | Kathryn Barron]], [[User:Jlandis2 | Joseph Landis]]<br />
* Team project proposal<br />
* Project report:<br />
* Oral presentation lab section: A</div>Jlandis2https://wikis.swarthmore.edu/ENGR005_2012/index.php?title=Mechanisms&diff=1480Mechanisms2012-10-02T00:12:47Z<p>Jlandis2: /* Team A&beta;: */</p>
<hr />
<div>===Introduction===<br />
<br />
Directions for the lab are available at [http://www.swarthmore.edu/NatSci/echeeve1/Class/e5/E5L4/E5L4.html Lab 4]<br />
<br />
==Teams==<br />
<br />
===Team A&alpha;:===<br />
*Links to team members: complete<br />
*Mechanism title: complete<br />
*Link to image: complete<br />
*Link to animation: complete<br />
<br />
===Team A&beta;:===<br />
*Links to team members: <br />
*[[User:jlandis2 | Joe Landis]]<br />
<br />
*[[User:dpekert1 | Dakota Pekerti]]<br />
<br />
*[[User:gbrown2 | Greg Brown]]<br />
<br />
*Mechanism title: Scotch Yoke<br />
*Link to image: [[File:A-BETA.jpg|A-BETA.jpg]]<br />
*Link to animation: [[File:ABetascotchyoke.avi|ABetascotchyoke.avi]]<br />
*Link to zip file: [[File:A-BETAscotchyoke.zip|A-BETAscotchyoke.zip]]<br />
<br />
===Team A&gamma;:===<br />
*Links to team members: <br />
[[User:Pmaguir1]]<br />
[[User:Aearly1]]<br />
[[User:Krobins2]]<br />
*Mechanism title: Drafting Mechanism<br />
*Link to image: <br />
[[File:DraftingMechAGamma.png]]<br />
*Link to animation: <br />
[[Media:AssyDraftingMechAGammaVideo.avi]]<br />
*Zip File<br />
[[Media:DraftingMechPegAGamma.zip]]<br />
<br />
===Team A&delta;:===<br />
*Links to team members: complete<br />
*Mechanism title: complete<br />
*Link to image: complete<br />
*Link to animation: complete<br />
<br />
===Team A&epsilon;:===<br />
*Links to team members: complete<br />
*Mechanism title: complete<br />
*Link to image: complete<br />
*Link to animation: complete<br />
<br />
===Team B&alpha;:===<br />
*Links to team members:[[User:slieber1 |Seth Liebert]]<br />
*Mechanism title: complete<br />
*Link to image: complete<br />
*Link to animation: complete<br />
<br />
===Team B&beta;:===<br />
*Links to team members: <br />
[[User:Oortiz1 | Olivia Ortiz]]<br />
[[User:Cpitts1 | Cappy Pitts]]<br />
[[User:Hthum1 | Helen Thum]]<br />
<br />
*Mechanism title: The Mapper of Planets<br />
*Link to image: [[File:SquareAssembly.JPG]]<br />
*Link to animation: [[Media:SquareAssembly.avi]]<br />
<br />
===Team B&gamma;:===<br />
*Links to team members: <br />
[[User:egluck1 | Erin Gluck]]<br />
[[User:dredelm1 | Daniel Redelmeier]]<br />
[[User:rqueved1 | Raundi Quevedo]]<br />
*Mechanism title: The Bible Revisited (Jesus Lizard) <br />
*Link to image:<br />
[[File:Team By Jesus Lizard.JPG|800px]]<br />
*Link to animation: [[Media:Jesus Lizard Animation.avi | Jesus Lizard Animation]]<br />
*Zip File<br />
[[Media:DraftingMechPegAGamma.zip]]<br />
<br />
===Team B&delta;:===<br />
*Links to team members: complete<br />
*Mechanism title: complete<br />
*Link to image: complete<br />
*Link to animation: complete<br />
<br />
===Team C&alpha;:===<br />
*Links to team members: [[User:sfriske1|Spencer Friske]], [[User:bthomps1|Bennett Thompson]], [[User:cdrubin1|Casey Drubin]]<br />
*Mechanism title: Team Cα's double slider<br />
*Link to image: [[File:TwoSliderCAlpha.JPG|450px]]<br />
*Link to animation: [[File:TwoSliderCAlpha.avi]]<br />
<br />
===Team C&beta;:===<br />
*Links to team members: [[User:kswartz1| Kurits Swartz]], [[User:mheppe1| Madison Heppe]], [[User:klin1| Katie Lin]]<br />
*Mechanism title: 1 rotation 2 strokes<br />
*Link to image: <br />
[[File:1 rotation 2 strokes.jpg|450px]]<br />
*Link to animation: [[File:1_rotation_2_strokes_(13).avi]]<br />
<br />
===Team C&gamma;:===<br />
*Links to team members: [[User:Yalhess1 | Yousef Alhessi]],[[User:Slu1 | Shaina Lu]],[[User:Anorlin1 | Abby Norling-Ruggles]], and [[User:Dransho1 | David Ranshous]]<br />
*Mechanism title: Most Definitely Really Awesome Superb Two-Slider (MDRASTS)<br />
*Link to image: <br />
[[File:slider2.jpg|450px]]<br />
*Link to animation: [[File:Cy_2.avi]]<br />
<br />
===Team C&delta;:===<br />
Members:<br />
*[[User:Ksun1 | Kathy Sun]]<br />
*[[User:Mhirsh1 | Matthew Hirsh]]<br />
*[[User:Aguarin1 |Ascanio Guarini ]]<br />
*[[User:Kbarron1 |Kathryn Barron ]]<br />
Mechanism title: Rotating Slider <br />
<br />
Link to image: [[File:Rotating slider cdelta.JPG | 400 px]]<br />
<br />
Link to animation: [[File:Rotating slider cdelta.avi]]<br />
<br />
Link to Zipfile:</div>Jlandis2https://wikis.swarthmore.edu/ENGR005_2012/index.php?title=File:ABetascotchyoke.avi&diff=1479File:ABetascotchyoke.avi2012-10-02T00:11:16Z<p>Jlandis2: </p>
<hr />
<div></div>Jlandis2https://wikis.swarthmore.edu/ENGR005_2012/index.php?title=Mechanisms&diff=1478Mechanisms2012-10-02T00:02:50Z<p>Jlandis2: /* Team A&beta;: */</p>
<hr />
<div>===Introduction===<br />
<br />
Directions for the lab are available at [http://www.swarthmore.edu/NatSci/echeeve1/Class/e5/E5L4/E5L4.html Lab 4]<br />
<br />
==Teams==<br />
<br />
===Team A&alpha;:===<br />
*Links to team members: complete<br />
*Mechanism title: complete<br />
*Link to image: complete<br />
*Link to animation: complete<br />
<br />
===Team A&beta;:===<br />
*Links to team members: <br />
*[[User:jlandis2 | Joe Landis]]<br />
<br />
*[[User:dpekert1 | Dakota Pekerti]]<br />
<br />
*[[User:gbrown2 | Greg Brown]]<br />
<br />
*Mechanism title: Scotch Yoke<br />
*Link to image: [[File:A-BETA.jpg|A-BETA.jpg]]<br />
*Link to animation: [[File:ABetascotchyoke.avi|ABetascotchyoke.avi]]<br />
<br />
===Team A&gamma;:===<br />
*Links to team members: <br />
[[User:Pmaguir1]]<br />
[[User:Aearly1]]<br />
[[User:Krobins2]]<br />
*Mechanism title: Drafting Mechanism<br />
*Link to image: <br />
[[File:DraftingMechAGamma.png]]<br />
*Link to animation: <br />
[[Media:AssyDraftingMechAGammaVideo.avi]]<br />
*Zip File<br />
[[Media:DraftingMechPegAGamma.zip]]<br />
<br />
===Team A&delta;:===<br />
*Links to team members: complete<br />
*Mechanism title: complete<br />
*Link to image: complete<br />
*Link to animation: complete<br />
<br />
===Team A&epsilon;:===<br />
*Links to team members: complete<br />
*Mechanism title: complete<br />
*Link to image: complete<br />
*Link to animation: complete<br />
<br />
===Team B&alpha;:===<br />
*Links to team members:[[User:slieber1 |Seth Liebert]]<br />
*Mechanism title: complete<br />
*Link to image: complete<br />
*Link to animation: complete<br />
<br />
===Team B&beta;:===<br />
*Links to team members: <br />
[[User:Oortiz1 | Olivia Ortiz]]<br />
[[User:Cpitts1 | Cappy Pitts]]<br />
[[User:Hthum1 | Helen Thum]]<br />
<br />
*Mechanism title: The Mapper of Planets<br />
*Link to image: [[File:SquareAssembly.JPG]]<br />
*Link to animation: [[Media:SquareAssembly.avi]]<br />
<br />
===Team B&gamma;:===<br />
*Links to team members: <br />
[[User:egluck1 | Erin Gluck]]<br />
[[User:dredelm1 | Daniel Redelmeier]]<br />
[[User:rqueved1 | Raundi Quevedo]]<br />
*Mechanism title: The Bible Revisited (Jesus Lizard) <br />
*Link to image:<br />
[[File:Team By Jesus Lizard.JPG|800px]]<br />
*Link to animation: [[Media:Jesus Lizard Animation.avi | Jesus Lizard Animation]]<br />
*Zip File<br />
[[Media:DraftingMechPegAGamma.zip]]<br />
<br />
===Team B&delta;:===<br />
*Links to team members: complete<br />
*Mechanism title: complete<br />
*Link to image: complete<br />
*Link to animation: complete<br />
<br />
===Team C&alpha;:===<br />
*Links to team members: [[User:sfriske1|Spencer Friske]], [[User:bthomps1|Bennett Thompson]], [[User:cdrubin1|Casey Drubin]]<br />
*Mechanism title: Team Cα's double slider<br />
*Link to image: [[File:TwoSliderCAlpha.JPG|450px]]<br />
*Link to animation: [[File:TwoSliderCAlpha.avi]]<br />
<br />
===Team C&beta;:===<br />
*Links to team members: [[User:kswartz1| Kurits Swartz]], [[User:mheppe1| Madison Heppe]], [[User:klin1| Katie Lin]]<br />
*Mechanism title: 1 rotation 2 strokes<br />
*Link to image: <br />
[[File:1 rotation 2 strokes.jpg|450px]]<br />
*Link to animation: [[File:1_rotation_2_strokes_(13).avi]]<br />
<br />
===Team C&gamma;:===<br />
*Links to team members: [[User:Yalhess1 | Yousef Alhessi]],[[User:Slu1 | Shaina Lu]],[[User:Anorlin1 | Abby Norling-Ruggles]], and [[User:Dransho1 | David Ranshous]]<br />
*Mechanism title: Most Definitely Really Awesome Superb Two-Slider (MDRASTS)<br />
*Link to image: <br />
[[File:slider2.jpg|450px]]<br />
*Link to animation: [[File:Cy_2.avi]]<br />
<br />
===Team C&delta;:===<br />
Members:<br />
*[[User:Ksun1 | Kathy Sun]]<br />
*[[User:Mhirsh1 | Matthew Hirsh]]<br />
*[[User:Aguarin1 |Ascanio Guarini ]]<br />
*[[User:Kbarron1 |Kathryn Barron ]]<br />
Mechanism title: Rotating Slider <br />
<br />
Link to image: [[File:Rotating slider cdelta.JPG | 400 px]]<br />
<br />
Link to animation: [[File:Rotating slider cdelta.avi]]<br />
<br />
Link to Zipfile:</div>Jlandis2https://wikis.swarthmore.edu/ENGR005_2012/index.php?title=Mechanisms&diff=1477Mechanisms2012-10-02T00:01:49Z<p>Jlandis2: /* Team A&beta;: */</p>
<hr />
<div>===Introduction===<br />
<br />
Directions for the lab are available at [http://www.swarthmore.edu/NatSci/echeeve1/Class/e5/E5L4/E5L4.html Lab 4]<br />
<br />
==Teams==<br />
<br />
===Team A&alpha;:===<br />
*Links to team members: complete<br />
*Mechanism title: complete<br />
*Link to image: complete<br />
*Link to animation: complete<br />
<br />
===Team A&beta;:===<br />
*Links to team members: <br />
*[[User:jlandis2 | Joe Landis]]<br />
<br />
*[[User:dpekert1 | Dakota Pekerti]]<br />
<br />
*[[User:gbrown2 | Greg Brown]]<br />
<br />
*Mechanism title: Scotch Yoke<br />
*Link to image: [[File:A-BETA.jpg|A-BETA.jpg]]<br />
*Link to animation: complete<br />
<br />
===Team A&gamma;:===<br />
*Links to team members: <br />
[[User:Pmaguir1]]<br />
[[User:Aearly1]]<br />
[[User:Krobins2]]<br />
*Mechanism title: Drafting Mechanism<br />
*Link to image: <br />
[[File:DraftingMechAGamma.png]]<br />
*Link to animation: <br />
[[Media:AssyDraftingMechAGammaVideo.avi]]<br />
*Zip File<br />
[[Media:DraftingMechPegAGamma.zip]]<br />
<br />
===Team A&delta;:===<br />
*Links to team members: complete<br />
*Mechanism title: complete<br />
*Link to image: complete<br />
*Link to animation: complete<br />
<br />
===Team A&epsilon;:===<br />
*Links to team members: complete<br />
*Mechanism title: complete<br />
*Link to image: complete<br />
*Link to animation: complete<br />
<br />
===Team B&alpha;:===<br />
*Links to team members:[[User:slieber1 |Seth Liebert]]<br />
*Mechanism title: complete<br />
*Link to image: complete<br />
*Link to animation: complete<br />
<br />
===Team B&beta;:===<br />
*Links to team members: <br />
[[User:Oortiz1 | Olivia Ortiz]]<br />
[[User:Cpitts1 | Cappy Pitts]]<br />
[[User:Hthum1 | Helen Thum]]<br />
<br />
*Mechanism title: The Mapper of Planets<br />
*Link to image: [[File:SquareAssembly.JPG]]<br />
*Link to animation: [[Media:SquareAssembly.avi]]<br />
<br />
===Team B&gamma;:===<br />
*Links to team members: <br />
[[User:egluck1 | Erin Gluck]]<br />
[[User:dredelm1 | Daniel Redelmeier]]<br />
[[User:rqueved1 | Raundi Quevedo]]<br />
*Mechanism title: The Bible Revisited (Jesus Lizard) <br />
*Link to image:<br />
[[File:Team By Jesus Lizard.JPG|800px]]<br />
*Link to animation: [[Media:Jesus Lizard Animation.avi | Jesus Lizard Animation]]<br />
*Zip File<br />
[[Media:DraftingMechPegAGamma.zip]]<br />
<br />
===Team B&delta;:===<br />
*Links to team members: complete<br />
*Mechanism title: complete<br />
*Link to image: complete<br />
*Link to animation: complete<br />
<br />
===Team C&alpha;:===<br />
*Links to team members: [[User:sfriske1|Spencer Friske]], [[User:bthomps1|Bennett Thompson]], [[User:cdrubin1|Casey Drubin]]<br />
*Mechanism title: Team Cα's double slider<br />
*Link to image: [[File:TwoSliderCAlpha.JPG|450px]]<br />
*Link to animation: [[File:TwoSliderCAlpha.avi]]<br />
<br />
===Team C&beta;:===<br />
*Links to team members: [[User:kswartz1| Kurits Swartz]], [[User:mheppe1| Madison Heppe]], [[User:klin1| Katie Lin]]<br />
*Mechanism title: 1 rotation 2 strokes<br />
*Link to image: <br />
[[File:1 rotation 2 strokes.jpg|450px]]<br />
*Link to animation: [[File:1_rotation_2_strokes_(13).avi]]<br />
<br />
===Team C&gamma;:===<br />
*Links to team members: [[User:Yalhess1 | Yousef Alhessi]],[[User:Slu1 | Shaina Lu]],[[User:Anorlin1 | Abby Norling-Ruggles]], and [[User:Dransho1 | David Ranshous]]<br />
*Mechanism title: Most Definitely Really Awesome Superb Two-Slider (MDRASTS)<br />
*Link to image: <br />
[[File:slider2.jpg|450px]]<br />
*Link to animation: [[File:Cy_2.avi]]<br />
<br />
===Team C&delta;:===<br />
Members:<br />
*[[User:Ksun1 | Kathy Sun]]<br />
*[[User:Mhirsh1 | Matthew Hirsh]]<br />
*[[User:Aguarin1 |Ascanio Guarini ]]<br />
*[[User:Kbarron1 |Kathryn Barron ]]<br />
Mechanism title: Rotating Slider <br />
<br />
Link to image: [[File:Rotating slider cdelta.JPG | 400 px]]<br />
<br />
Link to animation: [[File:Rotating slider cdelta.avi]]<br />
<br />
Link to Zipfile:</div>Jlandis2https://wikis.swarthmore.edu/ENGR005_2012/index.php?title=File:A-BETA.jpg&diff=1476File:A-BETA.jpg2012-10-02T00:01:32Z<p>Jlandis2: </p>
<hr />
<div></div>Jlandis2https://wikis.swarthmore.edu/ENGR005_2012/index.php?title=Mechanisms&diff=1475Mechanisms2012-10-02T00:01:22Z<p>Jlandis2: /* Team A&beta;: */</p>
<hr />
<div>===Introduction===<br />
<br />
Directions for the lab are available at [http://www.swarthmore.edu/NatSci/echeeve1/Class/e5/E5L4/E5L4.html Lab 4]<br />
<br />
==Teams==<br />
<br />
===Team A&alpha;:===<br />
*Links to team members: complete<br />
*Mechanism title: complete<br />
*Link to image: complete<br />
*Link to animation: complete<br />
<br />
===Team A&beta;:===<br />
*Links to team members: <br />
*[[User:jlandis2 | Joe Landis]]<br />
<br />
*[[User:dpekert1 | Dakota Pekerti]]<br />
<br />
*[[User:gbrown2 | Greg Brown]]<br />
<br />
*Mechanism title: Scotch Yoke<br />
*Link to image: [[File:A-BETA.jpg|600px|]]<br />
*Link to animation: complete<br />
<br />
===Team A&gamma;:===<br />
*Links to team members: <br />
[[User:Pmaguir1]]<br />
[[User:Aearly1]]<br />
[[User:Krobins2]]<br />
*Mechanism title: Drafting Mechanism<br />
*Link to image: <br />
[[File:DraftingMechAGamma.png]]<br />
*Link to animation: <br />
[[Media:AssyDraftingMechAGammaVideo.avi]]<br />
*Zip File<br />
[[Media:DraftingMechPegAGamma.zip]]<br />
<br />
===Team A&delta;:===<br />
*Links to team members: complete<br />
*Mechanism title: complete<br />
*Link to image: complete<br />
*Link to animation: complete<br />
<br />
===Team A&epsilon;:===<br />
*Links to team members: complete<br />
*Mechanism title: complete<br />
*Link to image: complete<br />
*Link to animation: complete<br />
<br />
===Team B&alpha;:===<br />
*Links to team members:[[User:slieber1 |Seth Liebert]]<br />
*Mechanism title: complete<br />
*Link to image: complete<br />
*Link to animation: complete<br />
<br />
===Team B&beta;:===<br />
*Links to team members: <br />
[[User:Oortiz1 | Olivia Ortiz]]<br />
[[User:Cpitts1 | Cappy Pitts]]<br />
[[User:Hthum1 | Helen Thum]]<br />
<br />
*Mechanism title: The Mapper of Planets<br />
*Link to image: [[File:SquareAssembly.JPG]]<br />
*Link to animation: [[Media:SquareAssembly.avi]]<br />
<br />
===Team B&gamma;:===<br />
*Links to team members: <br />
[[User:egluck1 | Erin Gluck]]<br />
[[User:dredelm1 | Daniel Redelmeier]]<br />
[[User:rqueved1 | Raundi Quevedo]]<br />
*Mechanism title: The Bible Revisited (Jesus Lizard) <br />
*Link to image:<br />
[[File:Team By Jesus Lizard.JPG|800px]]<br />
*Link to animation: [[Media:Jesus Lizard Animation.avi | Jesus Lizard Animation]]<br />
*Zip File<br />
[[Media:DraftingMechPegAGamma.zip]]<br />
<br />
===Team B&delta;:===<br />
*Links to team members: complete<br />
*Mechanism title: complete<br />
*Link to image: complete<br />
*Link to animation: complete<br />
<br />
===Team C&alpha;:===<br />
*Links to team members: [[User:sfriske1|Spencer Friske]], [[User:bthomps1|Bennett Thompson]], [[User:cdrubin1|Casey Drubin]]<br />
*Mechanism title: Team Cα's double slider<br />
*Link to image: [[File:TwoSliderCAlpha.JPG|450px]]<br />
*Link to animation: [[File:TwoSliderCAlpha.avi]]<br />
<br />
===Team C&beta;:===<br />
*Links to team members: [[User:kswartz1| Kurits Swartz]], [[User:mheppe1| Madison Heppe]], [[User:klin1| Katie Lin]]<br />
*Mechanism title: 1 rotation 2 strokes<br />
*Link to image: <br />
[[File:1 rotation 2 strokes.jpg|450px]]<br />
*Link to animation: [[File:1_rotation_2_strokes_(13).avi]]<br />
<br />
===Team C&gamma;:===<br />
*Links to team members: [[User:Yalhess1 | Yousef Alhessi]],[[User:Slu1 | Shaina Lu]],[[User:Anorlin1 | Abby Norling-Ruggles]], and [[User:Dransho1 | David Ranshous]]<br />
*Mechanism title: Most Definitely Really Awesome Superb Two-Slider (MDRASTS)<br />
*Link to image: <br />
[[File:slider2.jpg|450px]]<br />
*Link to animation: [[File:Cy_2.avi]]<br />
<br />
===Team C&delta;:===<br />
Members:<br />
*[[User:Ksun1 | Kathy Sun]]<br />
*[[User:Mhirsh1 | Matthew Hirsh]]<br />
*[[User:Aguarin1 |Ascanio Guarini ]]<br />
*[[User:Kbarron1 |Kathryn Barron ]]<br />
Mechanism title: Rotating Slider <br />
<br />
Link to image: [[File:Rotating slider cdelta.JPG | 400 px]]<br />
<br />
Link to animation: [[File:Rotating slider cdelta.avi]]<br />
<br />
Link to Zipfile:</div>Jlandis2https://wikis.swarthmore.edu/ENGR005_2012/index.php?title=File:Final.jpg&diff=1474File:Final.jpg2012-10-02T00:00:43Z<p>Jlandis2: uploaded a new version of "File:Final.jpg":&#32;Reverted to version as of 23:55, 26 September 2012</p>
<hr />
<div></div>Jlandis2https://wikis.swarthmore.edu/ENGR005_2012/index.php?title=File:Final.jpg&diff=1473File:Final.jpg2012-10-02T00:00:16Z<p>Jlandis2: uploaded a new version of "File:Final.jpg"</p>
<hr />
<div></div>Jlandis2https://wikis.swarthmore.edu/ENGR005_2012/index.php?title=Mechanisms&diff=1472Mechanisms2012-10-01T23:59:35Z<p>Jlandis2: /* Team A&beta;: */</p>
<hr />
<div>===Introduction===<br />
<br />
Directions for the lab are available at [http://www.swarthmore.edu/NatSci/echeeve1/Class/e5/E5L4/E5L4.html Lab 4]<br />
<br />
==Teams==<br />
<br />
===Team A&alpha;:===<br />
*Links to team members: complete<br />
*Mechanism title: complete<br />
*Link to image: complete<br />
*Link to animation: complete<br />
<br />
===Team A&beta;:===<br />
*Links to team members: <br />
*[[User:jlandis2 | Joe Landis]]<br />
<br />
*[[User:dpekert1 | Dakota Pekerti]]<br />
<br />
*[[User:gbrown2 | Greg Brown]]<br />
<br />
*Mechanism title: Scotch Yoke<br />
*Link to image: [[File:Final.jpg|600px|]]<br />
*Link to animation: complete<br />
<br />
===Team A&gamma;:===<br />
*Links to team members: <br />
[[User:Pmaguir1]]<br />
[[User:Aearly1]]<br />
[[User:Krobins2]]<br />
*Mechanism title: Drafting Mechanism<br />
*Link to image: <br />
[[File:DraftingMechAGamma.png]]<br />
*Link to animation: <br />
[[Media:AssyDraftingMechAGammaVideo.avi]]<br />
*Zip File<br />
[[Media:DraftingMechPegAGamma.zip]]<br />
<br />
===Team A&delta;:===<br />
*Links to team members: complete<br />
*Mechanism title: complete<br />
*Link to image: complete<br />
*Link to animation: complete<br />
<br />
===Team A&epsilon;:===<br />
*Links to team members: complete<br />
*Mechanism title: complete<br />
*Link to image: complete<br />
*Link to animation: complete<br />
<br />
===Team B&alpha;:===<br />
*Links to team members:[[User:slieber1 |Seth Liebert]]<br />
*Mechanism title: complete<br />
*Link to image: complete<br />
*Link to animation: complete<br />
<br />
===Team B&beta;:===<br />
*Links to team members: <br />
[[User:Oortiz1 | Olivia Ortiz]]<br />
[[User:Cpitts1 | Cappy Pitts]]<br />
[[User:Hthum1 | Helen Thum]]<br />
<br />
*Mechanism title: The Mapper of Planets<br />
*Link to image: [[File:SquareAssembly.JPG]]<br />
*Link to animation: [[Media:SquareAssembly.avi]]<br />
<br />
===Team B&gamma;:===<br />
*Links to team members: <br />
[[User:egluck1 | Erin Gluck]]<br />
[[User:dredelm1 | Daniel Redelmeier]]<br />
[[User:rqueved1 | Raundi Quevedo]]<br />
*Mechanism title: The Bible Revisited (Jesus Lizard) <br />
*Link to image:<br />
[[File:Team By Jesus Lizard.JPG|800px]]<br />
*Link to animation: [[Media:Jesus Lizard Animation.avi | Jesus Lizard Animation]]<br />
*Zip File<br />
[[Media:DraftingMechPegAGamma.zip]]<br />
<br />
===Team B&delta;:===<br />
*Links to team members: complete<br />
*Mechanism title: complete<br />
*Link to image: complete<br />
*Link to animation: complete<br />
<br />
===Team C&alpha;:===<br />
*Links to team members: [[User:sfriske1|Spencer Friske]], [[User:bthomps1|Bennett Thompson]], [[User:cdrubin1|Casey Drubin]]<br />
*Mechanism title: Team Cα's double slider<br />
*Link to image: [[File:TwoSliderCAlpha.JPG|450px]]<br />
*Link to animation: [[File:TwoSliderCAlpha.avi]]<br />
<br />
===Team C&beta;:===<br />
*Links to team members: [[User:kswartz1| Kurits Swartz]], [[User:mheppe1| Madison Heppe]], [[User:klin1| Katie Lin]]<br />
*Mechanism title: 1 rotation 2 strokes<br />
*Link to image: <br />
[[File:1 rotation 2 strokes.jpg|450px]]<br />
*Link to animation: [[File:1_rotation_2_strokes_(13).avi]]<br />
<br />
===Team C&gamma;:===<br />
*Links to team members: [[User:Yalhess1 | Yousef Alhessi]],[[User:Slu1 | Shaina Lu]],[[User:Anorlin1 | Abby Norling-Ruggles]], and [[User:Dransho1 | David Ranshous]]<br />
*Mechanism title: Most Definitely Really Awesome Superb Two-Slider (MDRASTS)<br />
*Link to image: <br />
[[File:slider2.jpg|450px]]<br />
*Link to animation: [[File:Cy_2.avi]]<br />
<br />
===Team C&delta;:===<br />
Members:<br />
*[[User:Ksun1 | Kathy Sun]]<br />
*[[User:Mhirsh1 | Matthew Hirsh]]<br />
*[[User:Aguarin1 |Ascanio Guarini ]]<br />
*[[User:Kbarron1 |Kathryn Barron ]]<br />
Mechanism title: Rotating Slider <br />
<br />
Link to image: [[File:Rotating slider cdelta.JPG | 400 px]]<br />
<br />
Link to animation: [[File:Rotating slider cdelta.avi]]<br />
<br />
Link to Zipfile:</div>Jlandis2https://wikis.swarthmore.edu/ENGR005_2012/index.php?title=File:Final_Assembly.jpg&diff=1471File:Final Assembly.jpg2012-10-01T23:57:52Z<p>Jlandis2: uploaded a new version of "File:Final Assembly.jpg"</p>
<hr />
<div></div>Jlandis2https://wikis.swarthmore.edu/ENGR005_2012/index.php?title=File:Final_Assembly.jpg&diff=1470File:Final Assembly.jpg2012-10-01T23:57:00Z<p>Jlandis2: </p>
<hr />
<div></div>Jlandis2https://wikis.swarthmore.edu/ENGR005_2012/index.php?title=Mechanisms&diff=1469Mechanisms2012-10-01T23:56:24Z<p>Jlandis2: /* Team A&beta;: */</p>
<hr />
<div>===Introduction===<br />
<br />
Directions for the lab are available at [http://www.swarthmore.edu/NatSci/echeeve1/Class/e5/E5L4/E5L4.html Lab 4]<br />
<br />
==Teams==<br />
<br />
===Team A&alpha;:===<br />
*Links to team members: complete<br />
*Mechanism title: complete<br />
*Link to image: complete<br />
*Link to animation: complete<br />
<br />
===Team A&beta;:===<br />
*Links to team members: <br />
*[[User:jlandis2 | Joe Landis]]<br />
<br />
*[[User:dpekert1 | Dakota Pekerti]]<br />
<br />
*[[User:gbrown2 | Greg Brown]]<br />
<br />
*Mechanism title: Scotch Yoke<br />
*Link to image: [[File:Final Assembly.jpg|600px|]]<br />
*Link to animation: complete<br />
<br />
===Team A&gamma;:===<br />
*Links to team members: <br />
[[User:Pmaguir1]]<br />
[[User:Aearly1]]<br />
[[User:Krobins2]]<br />
*Mechanism title: Drafting Mechanism<br />
*Link to image: <br />
[[File:DraftingMechAGamma.png]]<br />
*Link to animation: <br />
[[Media:AssyDraftingMechAGammaVideo.avi]]<br />
*Zip File<br />
[[Media:DraftingMechPegAGamma.zip]]<br />
<br />
===Team A&delta;:===<br />
*Links to team members: complete<br />
*Mechanism title: complete<br />
*Link to image: complete<br />
*Link to animation: complete<br />
<br />
===Team A&epsilon;:===<br />
*Links to team members: complete<br />
*Mechanism title: complete<br />
*Link to image: complete<br />
*Link to animation: complete<br />
<br />
===Team B&alpha;:===<br />
*Links to team members:[[User:slieber1 |Seth Liebert]]<br />
*Mechanism title: complete<br />
*Link to image: complete<br />
*Link to animation: complete<br />
<br />
===Team B&beta;:===<br />
*Links to team members: <br />
[[User:Oortiz1 | Olivia Ortiz]]<br />
[[User:Cpitts1 | Cappy Pitts]]<br />
[[User:Hthum1 | Helen Thum]]<br />
<br />
*Mechanism title: The Mapper of Planets<br />
*Link to image: [[File:SquareAssembly.JPG]]<br />
*Link to animation: [[Media:SquareAssembly.avi]]<br />
<br />
===Team B&gamma;:===<br />
*Links to team members: <br />
[[User:egluck1 | Erin Gluck]]<br />
[[User:dredelm1 | Daniel Redelmeier]]<br />
[[User:rqueved1 | Raundi Quevedo]]<br />
*Mechanism title: The Bible Revisited (Jesus Lizard) <br />
*Link to image:<br />
[[File:Team By Jesus Lizard.JPG|800px]]<br />
*Link to animation: [[Media:Jesus Lizard Animation.avi | Jesus Lizard Animation]]<br />
*Zip File<br />
[[Media:DraftingMechPegAGamma.zip]]<br />
<br />
===Team B&delta;:===<br />
*Links to team members: complete<br />
*Mechanism title: complete<br />
*Link to image: complete<br />
*Link to animation: complete<br />
<br />
===Team C&alpha;:===<br />
*Links to team members: [[User:sfriske1|Spencer Friske]], [[User:bthomps1|Bennett Thompson]], [[User:cdrubin1|Casey Drubin]]<br />
*Mechanism title: Team Cα's double slider<br />
*Link to image: [[File:TwoSliderCAlpha.JPG|450px]]<br />
*Link to animation: [[File:TwoSliderCAlpha.avi]]<br />
<br />
===Team C&beta;:===<br />
*Links to team members: [[User:kswartz1| Kurits Swartz]], [[User:mheppe1| Madison Heppe]], [[User:klin1| Katie Lin]]<br />
*Mechanism title: 1 rotation 2 strokes<br />
*Link to image: <br />
[[File:1 rotation 2 strokes.jpg|450px]]<br />
*Link to animation: [[File:1_rotation_2_strokes_(13).avi]]<br />
<br />
===Team C&gamma;:===<br />
*Links to team members: [[User:Yalhess1 | Yousef Alhessi]],[[User:Slu1 | Shaina Lu]],[[User:Anorlin1 | Abby Norling-Ruggles]], and [[User:Dransho1 | David Ranshous]]<br />
*Mechanism title: Most Definitely Really Awesome Superb Two-Slider (MDRASTS)<br />
*Link to image: <br />
[[File:slider2.jpg|450px]]<br />
*Link to animation: [[File:Cy_2.avi]]<br />
<br />
===Team C&delta;:===<br />
Members:<br />
*[[User:Ksun1 | Kathy Sun]]<br />
*[[User:Mhirsh1 | Matthew Hirsh]]<br />
*[[User:Aguarin1 |Ascanio Guarini ]]<br />
*[[User:Kbarron1 |Kathryn Barron ]]<br />
Mechanism title: Rotating Slider <br />
<br />
Link to image: [[File:Rotating slider cdelta.JPG | 400 px]]<br />
<br />
Link to animation: [[File:Rotating slider cdelta.avi]]<br />
<br />
Link to Zipfile:</div>Jlandis2https://wikis.swarthmore.edu/ENGR005_2012/index.php?title=File:AssemRebuilt.JPG&diff=1468File:AssemRebuilt.JPG2012-10-01T23:54:19Z<p>Jlandis2: uploaded a new version of "File:AssemRebuilt.JPG"</p>
<hr />
<div></div>Jlandis2https://wikis.swarthmore.edu/ENGR005_2012/index.php?title=File:AssemRebuilt.JPG&diff=1467File:AssemRebuilt.JPG2012-10-01T23:53:05Z<p>Jlandis2: </p>
<hr />
<div></div>Jlandis2https://wikis.swarthmore.edu/ENGR005_2012/index.php?title=File:J(1).jpg&diff=777File:J(1).jpg2012-09-17T00:57:05Z<p>Jlandis2: uploaded a new version of "File:J(1).jpg"</p>
<hr />
<div></div>Jlandis2https://wikis.swarthmore.edu/ENGR005_2012/index.php?title=File:J(1).jpg&diff=776File:J(1).jpg2012-09-17T00:55:01Z<p>Jlandis2: </p>
<hr />
<div></div>Jlandis2https://wikis.swarthmore.edu/ENGR005_2012/index.php?title=User:Jlandis2&diff=775User:Jlandis22012-09-17T00:54:50Z<p>Jlandis2: </p>
<hr />
<div>== '''Joe Landis''' ==<br />
<br />
''Engineering Methodology''<br />
<br />
[mailto:jlandis2@swarthmore.edu SwatMail Address]<br />
<br />
[[Image:hickshall.gif]]<br />
<br />
==An External Link==<br />
[http://dash.swarthmore.edu The Dash]<br />
<br />
==An Internal Link==<br />
Ball Drop [[Team MBA | Team MBA]]<br />
<br />
[[File:J(1).jpg]]</div>Jlandis2https://wikis.swarthmore.edu/ENGR005_2012/index.php?title=User:Jlandis2&diff=162User:Jlandis22012-09-06T12:58:56Z<p>Jlandis2: /* Name: Joseph Landis */</p>
<hr />
<div><br />
== '''Joe Landis''' ==<br />
<br />
''Engineering Methodology''<br />
<br />
[mailto:jlandis2@swarthmore.edu SwatMail Address]<br />
<br />
[[Image:hickshall.gif]]<br />
<br />
==An External Link==<br />
[http://dash.swarthmore.edu The Dash]<br />
<br />
==An Internal Link==<br />
Ball Drop [[Team MBA | Team MBA]]</div>Jlandis2https://wikis.swarthmore.edu/ENGR005_2012/index.php?title=User:Jlandis2&diff=161User:Jlandis22012-09-06T12:58:21Z<p>Jlandis2: /* Name: Joseph Landis */</p>
<hr />
<div><br />
== '''Name: Joseph Landis''' ==<br />
<br />
''Engineering Methodology''<br />
<br />
[mailto:jlandis2@swarthmore.edu SwatMail Address]<br />
<br />
[[Image:hickshall.gif]]<br />
<br />
==An External Link==<br />
[http://dash.swarthmore.edu The Dash]<br />
<br />
==An Internal Link==<br />
Ball Drop [[Team MBA | Team MBA]]</div>Jlandis2https://wikis.swarthmore.edu/ENGR005_2012/index.php?title=User:Jlandis2&diff=159User:Jlandis22012-09-06T12:57:48Z<p>Jlandis2: /* An Internal Link */</p>
<hr />
<div><br />
== '''Name: Joseph Landis''' ==<br />
<br />
[[Image:hickshall.gif]]<br />
<br />
<br />
<br />
''Engineering Methodology''<br />
<br />
[mailto:jlandis2@swarthmore.edu SwatMail Address]<br />
<br />
==An External Link==<br />
[http://dash.swarthmore.edu The Dash]<br />
<br />
==An Internal Link==<br />
Ball Drop [[Team MBA | Team MBA]]</div>Jlandis2https://wikis.swarthmore.edu/ENGR005_2012/index.php?title=User:Jlandis2&diff=151User:Jlandis22012-09-06T12:56:17Z<p>Jlandis2: /* Name: Joseph Landis */</p>
<hr />
<div><br />
== '''Name: Joseph Landis''' ==<br />
<br />
[[Image:hickshall.gif]]<br />
<br />
<br />
<br />
''Engineering Methodology''<br />
<br />
[mailto:jlandis2@swarthmore.edu SwatMail Address]<br />
<br />
==An External Link==<br />
[http://dash.swarthmore.edu The Dash]<br />
<br />
==An Internal Link==<br />
[[Team MBA | Team MBA]]</div>Jlandis2https://wikis.swarthmore.edu/ENGR005_2012/index.php?title=User:Jlandis2&diff=148User:Jlandis22012-09-06T12:55:25Z<p>Jlandis2: /* Name: Joseph Landis */</p>
<hr />
<div><br />
== '''Name: Joseph Landis''' ==<br />
<br />
[[Image:hickshall.gif]]<br />
<br />
My name is in bold and large text; now I will write the name of the class and italicize it: ''Engineering Methodology''<br />
<br />
My email address is: [mailto:jlandis2@swarthmore.edu]<br />
<br />
==An External Link==<br />
[http://dash.swarthmore.edu The Dash]<br />
<br />
==An Internal Link==<br />
[[Team MBA | Team MBA]]</div>Jlandis2https://wikis.swarthmore.edu/ENGR005_2012/index.php?title=File:Hickshall.gif&diff=137File:Hickshall.gif2012-09-06T12:54:02Z<p>Jlandis2: </p>
<hr />
<div></div>Jlandis2https://wikis.swarthmore.edu/ENGR005_2012/index.php?title=Team_MBA&diff=121Team MBA2012-09-06T12:51:35Z<p>Jlandis2: /* Team Members */</p>
<hr />
<div>This is the Team MBA Ball Drop page.<br />
<br />
=== Team Members ===<br />
<br />
<br />
[http://wikis.swarthmore.edu/ENGR005_2012/index.php/User:Jkarol1 Jess Karol]<br />
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[[User:Jlandis2 | Joe Landis]]</div>Jlandis2https://wikis.swarthmore.edu/ENGR005_2012/index.php?title=User:Jlandis2&diff=101User:Jlandis22012-09-06T12:48:49Z<p>Jlandis2: /* An External Link */</p>
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== '''Name: Joseph Landis''' ==<br />
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My name is in bold and large text; now I will write the name of the class and italicize it: ''Engineering Methodology''<br />
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My email address is: [mailto:jlandis2@swarthmore.edu]<br />
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==An External Link==<br />
[http://dash.swarthmore.edu The Dash]<br />
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==An Internal Link==<br />
[[Team MBA | Team MBA]]</div>Jlandis2https://wikis.swarthmore.edu/ENGR005_2012/index.php?title=User:Jlandis2&diff=87User:Jlandis22012-09-06T12:45:07Z<p>Jlandis2: /* Name: Joseph Landis */</p>
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== '''Name: Joseph Landis''' ==<br />
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My name is in bold and large text; now I will write the name of the class and italicize it: ''Engineering Methodology''<br />
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My email address is: [mailto:jlandis2@swarthmore.edu]<br />
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==An External Link==<br />
[http://dash.swarthmore.edu The Dash]</div>Jlandis2https://wikis.swarthmore.edu/ENGR005_2012/index.php?title=User:Jlandis2&diff=71User:Jlandis22012-09-06T12:40:55Z<p>Jlandis2: /* Name: Joseph Landis */</p>
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== '''Name: Joseph Landis''' ==<br />
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My name is in bold and large text; now I will write the name of the class and italicize it: ''Engineering Methodology''</div>Jlandis2https://wikis.swarthmore.edu/ENGR005_2012/index.php?title=User:Jlandis2&diff=61User:Jlandis22012-09-06T12:38:15Z<p>Jlandis2: /* Headline text */</p>
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== '''Name: Joseph Landis''' ==</div>Jlandis2https://wikis.swarthmore.edu/ENGR005_2012/index.php?title=User:Jlandis2&diff=60User:Jlandis22012-09-06T12:38:00Z<p>Jlandis2: Created page with ' == '''Name: Joseph Landis''' == == Headline text =='</p>
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== '''Name: Joseph Landis''' ==<br />
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== Headline text ==</div>Jlandis2