formal documentation. The topics and structure of theclass are arranged in a manner to support the progress of the reverse engineering project.Successful execution of the class as an instructor requires detailed planning for the activities ofeach class period with consideration of the learning period for the acquisition of the skills andknowledge required to successfully complete the project. Some of the educational principlesutilized in the course are constructionism, spiraling, and immediate use of learning. The course istaken both by freshmen students as part of their first year experience and by transfer students.The purpose of this presentation is to outline how the course is structured to enable students tocreate an assembly of
and freehand sketching skills that were traditional taught to engineering students. Prof. Marklin developed a short course to teach engineering students how to express their ideas and con- cepts with quick freehand sketches that require only a pencil (no instruments such as rulers or compasses are required). This course does NOT require visual art talent. He taught the 5-week course twice in Mil- waukee (University of WI-Milwaukee and Marquette University) and is teaching the course at the U. of Costa Rica during Jan. and Feb. 2013. He plans to make a commercial grade video of the course and distribute it on YouTube. In addition, he will continue to teach the course at Marquette University because the course is
-composites, computer integrated design, process planning and manufacturing, online design catalogs, and web-based collaboration.Dr. El-Sayed S. Aziz, Stevens Institute of Technology (SES) Dr. El-Sayed Aziz holds a faculty position as Associate Professor in the Production Engineering and Mechanical Design Department at Faculty of Engineering, Mansoura University, Egypt. Currently, he is working as a research scientist at Stevens Institute of Technology, Hoboken, New Jersey, USA. He received B.S. and M.S. Degrees in Mechanical Engineering from Mansoura University, Egypt, in 1991 and a Ph.D. in Mechanical Engineering from Stevens Institute of Technology in 2003. His research interests include knowledge-based engineering
multimedia exercises, 3D software and othertechnologies used in graphic engineering3,16,17,18,19.Researchers like P. Connolly20 suggested a need to develop spatial abilities in GraphicEngineering subjects. Barr21 analysed future academic engineering plans with modern trends inmind and highlighted that the most important subject that should be included in a programmeshould be the development of spatial skills. Historically there has been a great deal of interest inthe methods of instruction and technologies that could potentially increase the spatial skills of itsusers22, 23, 24. Currently, the rise of virtual reality (be it augmented, desktop or immersive) hasfuelled the renewed research about the development of spatial ability.Over the last few
Education and Graphic Communications. Content focuses on planning and executing web sites for educational effectiveness, user interfaces, and site testing as well as web graphics. This course provides instruction in software appropriate for creating a website. • TDE 385/386 is an introductory study of design and invention system control mechanisms and robot sensors. Ultimately, teams of four students design, create, program, and exhibit a robot that addresses a real-‐world issue. Throughout this process, students apply foundational skills developed in TDE 205 and GC 350. Scope and
23.319.6 Fig. 8 – Project evaluation resultConclusion:The reverse engineering project gave students an opportunity to develop their creativity, criticalthinking, and hands-on skills in an area of their interest. In the project time frame, several shortstructured events were arranged, in which the students discussed the tasks that they hadaccomplished thus far, the challenges that they faced, and also their plans for completing theirprojects. This project helped the students to establish an understanding of how math and graphicaltools in solid modeling process can be utilized to take maximum advantages in mechanical andmanufacturing analyses of the models. The students also learned to understand the concepts
Accelerator, Page 23.810.6 ability to create a four-bar linkage that serves as a steering system, ability to take into consideration many factors related to design and use them for overall planning, and ability to organize and work in teams.Formative assessment such as interactive class discussion, exit survey, and oral presentationwere used. The following table showed some of the survey results. RC Car Design Project – Q & A Worksheet Instructions: The answers to the questions below are intended as starting point for discussion and will not be graded
-ETAC oral, and graphical communication … criterion (f) Assessment Scores/ Performance: Excellent 0-1 , Good1-2, Average2-3, Below Average3-4, Failing4-5 *New indirect assessment method started beginning from spring 2009 The final and important phase of assessing Student Outcomes is to identify the generaland specific concerns and issues in student learning (outcomes), and to suggest appropriaterecommendations to correct the concerns, where needed. These corrective actions and plans areindicated for each criterion and for the selected course as shown in table 6 for student outcome f
Figure 4: Summary of Chapter 3 of The Science of Formula 1 Design• “Information Visualization, such as semantic networks or treemaps, is defined as the use of interactive visual representations of data to amplify cognition. This means that the data is transformed into an image; it is mapped to screen space.• Concept Visualization, like a concept map or a Gantt chart; these are methods to elaborate (mostly) qualitative concepts, ideas, plans, and analyses through the help of rule-guided mapping procedures.• Metaphor Visualization, like metro map or story template are effective and simple templates to convey complex insights. Visual Metaphors fulfill a dual function, first they
. Figure 15 – ResponsesAs demonstrated in Figure 15, our participants from industry also disagree that “2D drawingskills are only needed for Drafters.” Comparing this result with Figure 8, there is a strongresemblance on the view points of the faculty and engineers on this topic.4.2. Current trends in Industry (esp. multi-tasking) demands both 2D & 3D skills for Drafters &Designers. Figure 16 – ResponsesAgain, similar to Figure 9, we observe that our practicing engineers also believe that 2D and 3DCAD skills are needed for both designers and drafters. Therefore, when planning for curriculumupdates, our engineering programs, mainly mechanical design, construction, and similar subjects,should incorporate
) 1 page report to summarize your step-by-step approach to the problem and brief explanation of your design. (Anything that requires further explanation) Page 23.394.19 N101101 85° Angular Position Sensor and Specifications Appendix 8Student designs of sensor attachment project Page 23.394.20 Appendix 9 Box Jig ProjectAnalyze the part drawing and production plan to determine all relevant information necessary todesign a channel or box jig to drill the specified five holes on the
but also in cost anddelivery time. SolidWorks Sustainability accounts for both the distance and mode oftransportation used to deliver the product throughout its supply chain: air, truck, rail, and ship.In addition to distance and type of transportation, consideration of the quality of the fuel usedmakes this model detail oriented. The fuel that is used during transportation differs with fuelsource and refining technology, and has different acidification potential from the exhaustemission16.In comparing different environmental impacts to each other that reflects a comparable scale ofeffects SolidWorks Sustainability has formulated a sequential computation plan. As a first step,the software gathers specific environmental impacts of each
, because we learned from students who have been on co-op and done SolidWorksdrawings for companies before. Their experience shone through and made everything wedid feel relevant and important. Especially the work with drawings and designing formanufacturability.”These comments are important in the sense they will help drive future upper-classmembers of ASME to continue the service to their fellow students providing themadditional access and training to a valuable engineering tool. In addition to and possiblemore importantly, they are providing first-hand knowledge of what to expect on their firstco-op.In the future, the undergraduate teaching assistants plan to refine and modify the modulesbases on the comments received from the assessment. Issues