Meetings reports
Download as doc, pdf0 likes99 views
The document summarizes the first meeting of a team working on a bending device project. It discusses improving their previous design by addressing issues like unstable supports and safely holding beams during testing. It also considers fixing a bending machine in their lab or developing a computerized micrometer to automatically measure beam deflection. The team agreed to inspect the lab machine the next day to assess if they could calibrate it.
1 of 9
Download to read offline
Ad
Recommended
Meetings report #1
Meetings report #1 Ahmed Ashraf
油
The document summarizes a meeting of a student project team. It lists the 10 team members and the date. The discussion focused on improving their first bending device project by solving problems encountered previously. They proposed redesigning unstable parts, adding a beam holder, and using a digital scale. A new idea was a computerized micrometer to freely measure deflection beneath a beam. The team agreed to visit the lab to assess fixing the bending machine there or improving their first design and selecting new roles.Toubleshooting
Toubleshootingcallr
油
The document outlines 5 steps for troubleshooting problems:
1. Verify that there is actually a problem and it is not a simple fix like ensuring power is switched on.
2. Analyze what should be happening versus what is happening to identify potential causes. Suspect the simplest problems first.
3. Isolate the issue by checking components one at a time for damage or replacing them to test.
4. Repair or replace the faulty part.
5. Perform an operational check to ensure the problem is fixed after reassembly. Following these steps can make troubleshooting easier.ICC ABET
ICC ABETDan Burg
油
This document summarizes Daniel Burg's ABET portfolio containing work from various engineering courses aimed at meeting objectives related to engineering skills. It includes analyses of a truss bridge, cabin beam, fluid mechanics lab, autonomous robot design for a competition, thermodynamics group project, ethics presentation, electronics labs, and a presentation about an international exchange. The portfolio demonstrates the application of math, science, and engineering knowledge; performance of engineering analysis; experimental design skills; system design subject to constraints; effective teamwork; and communication abilities.Career Portfolio
Career PortfolioDavid Guan
油
David Guan designed and built a motion sensing buoy for his internship at Qinetiq North America to help quantify wave patterns. He used SolidWorks to model the buoy parts and assemblies. Field testing the prototype buoy provided lessons in designing for easier assembly and accounting for new issues identified during real-world use. The project improved Guan's skills in engineering drawings, prototype assembly, testing, and adapting designs based on lessons learned.La4
La4Kish Shan Subedi
油
This document provides an overview of Learning Activity #4, which involves using computer software called the West Point Bridge Designer to design a truss bridge. The goals are to:
1) Create a structural model of a bridge design using the software.
2) Run a load test simulation to evaluate the design and identify weak structural members.
3) Strengthen weak members and optimize the design to minimize costs.
The document explains that engineering design is a problem-solving process, and that this activity teaches how engineers use computer tools in design while focusing on the creative aspects of conceptualizing solutions.Robotics Final Report
Robotics Final ReportPedram Keyvani
油
Group 1 designed and built a robot to collect nuclear waste scattered across land. They went through many iterations of the robot's design and code to overcome challenges. In the preliminary competition, the robot was damaged and performed poorly. However, Group 1 learned from their mistakes and made significant improvements to the robot's physical design and programming. They are optimistic about achieving better results in the final competition due to their lessons learned and hard work.Technological process 1尊eso apuntes
Technological process 1尊eso apuntesIES JULIO VERNE
油
This document defines technology and outlines the steps of the technological process. Technology is defined as the practical application of knowledge and skills to create solutions that satisfy needs or solve problems. The technological process involves 7 steps: 1) identifying the problem, 2) exploring ideas, 3) proposing solutions, 4) selecting the best idea, 5) defining an action plan, 6) building, and 7) testing. It also discusses the rules for working safely in the workshop, including tool management, cleaning responsibilities, and safety precautions.Epsilon Technology Internship
Epsilon Technology Internship Sami Al-Shatri
油
The document summarizes an engineering intern's 15 day experience at Epsilon Technology. Each day, the intern spent time learning CAD software, assisting designers with projects, and working in the manufacturing/assembly department. Over time, the intern gained skills in CAD, problem solving, manufacturing processes, and effective communication. The intern found the experience very beneficial for understanding engineering careers.C3Problems and Brainstorming.ppt
C3Problems and Brainstorming.pptvijayapraba1
油
This document discusses the process of defining engineering problems and brainstorming solutions. It begins by explaining how engineers define problems by determining the problem's origin, what is and isn't part of the problem, and the present and desired states. Engineers then write a problem statement and identify criteria and constraints. Brainstorming techniques are used to generate potential solutions, including free association, free writing, envisioning future possibilities, and linking ideas in a web. Defining the problem clearly is essential before engineers can effectively brainstorm and develop solutions.Moderated vs油Unmoderated Research: Its time to say ELMO (Enough, lets move ...
Moderated vs油Unmoderated Research: Its time to say ELMO (Enough, lets move ...UserZoom
油
The document discusses a webinar comparing unmoderated and moderated user research, highlighting their differences in discovering usability issues through two studies involving remote sessions. Key insights reveal that moderated sessions identify 20% more issues, though both methods have practical limits regarding time and cost. Recommendations suggest utilizing moderated tests for comprehensive issue identification while acknowledging the role of unmoderated tests in practical scenarios.GRD753 Project Presentation of the working model.pptx
GRD753 Project Presentation of the working model.pptxNavneelRam2
油
The document summarizes a student project to design a bedside light source powered by kinetic energy. A team of 3 students - Shivnesh Kumar, Navneel Rohit Ram, and Livai Valaibulu - are developing the project over 12 weeks. They conducted research, collected materials, developed solutions, documented the process, and created AutoCAD drawings and a prototype. They presented their final prototype and summarized their learnings. The project aimed to address power outages experienced by students in their university hostel.AmandaHo.Portfolio
AmandaHo.PortfolioAmanda Ho
油
This portfolio document summarizes Amanda Ho's work in various areas of design including ergonomics, interiors and space planning, user experience, and universal design. It provides examples of 3 projects: an ergonomic evaluation of sewing machines and workstations where recommendations were made to improve safety and comfort, a programming project for an elementary school cafeteria where goals and recommendations were generated, and a challenge to design an inclusive classroom by Herman Miller and HKS Architects where a concept was developed and realized. In each section, the tasks, methods, insights, and outcomes are briefly outlined. The portfolio showcases Amanda Ho's diverse experience and approach to improving design through research and stakeholder input.Chris Kuhaneck Portfolio 2015
Chris Kuhaneck Portfolio 2015Chris Kuhaneck
油
Chris Kuhaneck led several engineering projects including a Six Sigma fatigue tester, sumobot, and musical glove. For the fatigue tester, he programmed the data acquisition system to measure rotations, force, time, and reset values. The sumobot competed in a robot competition and won gold. His musical glove used flex sensors on the fingers to play different tones. He also proposed a collaborative table called the EDO to promote group work in libraries. Across projects, he utilized skills in programming, electronics, design, and project management.Design Thinking Dyson
Design Thinking DysonCMassociates
油
The document outlines the design process utilized by engineers, specifically within the context of developing products at Dyson, highlighting the iterative steps of specifying needs, planning, designing, building, testing, and analyzing. Using the case study of the Dyson Supersonic hairdryer, it details the collaborative efforts of different engineering teams to overcome design challenges and innovate while developing a product that meets specific criteria. Additionally, the document includes lesson plans for teaching the design process, focusing on practical classroom activities that encourage student engagement in engineering principles.Portfolio
PortfolioDhilip Kumar
油
1. The document summarizes the author's portfolio of projects, including designing and fabricating a stationary stand from recycled glass, chair manufacturing, and designing models of an elevator, trishul vehicle, and a tribute to Dr. A.P.J. Abdul Kalam.
2. The author learned skills in software design, welding, project planning, and overcoming mistakes from these projects.
3. A highlight was presenting a design tribute to Dr. Kalam at his house, which was a memorable experience for the author.Design and Engineering: Module-2 Notes
Design and Engineering: Module-2 NotesNaseel Ibnu Azeez
油
1. The document discusses the design process for engineering projects. It describes design as open-ended problem solving aimed at developing a system to meet specified properties.
2. The design process is iterative and involves defining the problem, gathering information, developing solutions, testing prototypes, and evaluating the solution. It may require going back to earlier steps.
3. The document provides details on each step of the design process, emphasizing clear problem definition by understanding user needs, then generating and testing solutions through iteration.CO_OP WORK REPORT SUMMER 12
CO_OP WORK REPORT SUMMER 12Jared Smith
油
Jared Smith completed a co-op work term with Blueprint Framing LTD from April 29 to August 30, 2012. During his time there, he gained valuable hands-on experience framing residential houses and took on increasing responsibilities. He learned framing techniques, safety practices, and developed skills using tools. Jared contributed by taking initiative, asking questions, and creating a reference notebook of job descriptions. The co-op reinforced concepts from his architecture and construction courses and allowed him to apply classroom knowledge on site. He felt the experience was very beneficial for exploring a potential career in framing.PMI-ACP Domain VI: Problem Detection and Resolution v1.0
PMI-ACP Domain VI: Problem Detection and Resolution v1.0PhuocNT (Fresher.VN)
油
This document discusses problem detection and resolution in project management. It covers key topics like defects, variance analysis, and lead/cycle times. It provides strategies for understanding problems, detecting problems early using metrics, and creating an environment where teams can safely surface issues. The document emphasizes minimizing the impacts of problems through early detection and quick resolution.Three dimensional modeling
Three dimensional modelingHCS
油
This 5-week unit plan focuses on teaching 8th grade students about 3D modeling. Students will learn how to identify needs and opportunities for technical solutions, locate resources to develop ideas, and construct and assess 3D models. They will use Autodesk Inventor to draw and dimension prototypical designs. Assessments include daily activities, quizzes, and a final dragster design project. The unit aims to help students understand the 3D modeling design process and apply those skills to real-world problems.Geometry Project
Geometry Projectmanswag123
油
This document outlines a bridge project for students. It includes instructions for students to watch a video about bridges and answer questions, design and build a toothpick bridge with their team, write a reflection on the project, and present their bridge to the class. Students must complete various steps by certain dates leading up to presenting their bridge, which will be tested to determine how much weight it can hold for a test grade. The project aims to teach students about different types of bridges, bridge design, construction, and engineering.HCI LAB MANUAL
HCI LAB MANUAL Um e Farwa
油
The document outlines a series of lab topics related to Human-Computer Interaction (HCI), focusing on user experience goals, GOMS analysis, color guidelines, stages of action, menu design, prototyping, design principles, heuristic evaluation, and usability evaluations for various applications. Each lab includes mechanisms for conducting the labs remotely, lists of tasks or scenarios for analysis, and expected outputs or evaluations based on established design principles. Overall, the document serves as a comprehensive guide to understanding and applying core concepts of HCI in practical scenarios.Event exercises
Event exercisesFrank Calberg
油
The document describes 22 exercises that can be used at events to facilitate participation and interaction among attendees. The exercises include activities like asking icebreaker questions as participants arrive, having participants share personal stories or opinions on the event topic, partner and group discussions, and reflection activities to gather feedback on the event. Many of the exercises encourage participants to build on each other's ideas, ask questions, and work together to solve problems.creativity
creativityKerry Allen
油
This document provides an overview of 27 creativity and innovation techniques organized into categories of diverging and converging techniques. It encourages the reader to try different techniques and share experiences. Techniques include brainwriting, challenging assumptions, Osborn's checklist, and biomimicry. The document emphasizes that the best way to learn techniques is through use and that passion and comfort with a technique are the real measures of its value.16. Lecture 17 12345ab - 20.05.2021.pptx
16. Lecture 17 12345ab - 20.05.2021.pptxAyeshaAkram838011
油
The document provides an overview of behavioral interview questions, emphasizing their importance in predicting future behavior based on past experiences. It introduces structured response methods such as the CAR and STAR methods to effectively answer these questions and includes tips and sample questions to prepare for interviews. Additionally, it lists recommended reading materials to enhance communication skills for engineering professionals.3-Point Bending project
3-Point Bending projectMohammad Tawfik
油
This document describes the design of a 3-point bending device to measure beam deflection. Several proposed solutions were considered, including a computerized model and design with fixed supports and movable load hook. However, these had issues like complexity, inability to measure at the load point, and reaction forces acting on a circular not point surface. The final design uses knife-edge supports and a different load application method. Testing involved applying fixed loads at different positions and measuring deflection to study beam behavior and determine material properties. Practical problems in implementation included orienting the knife edges perpendicular to the beam and support tip accuracy.Introduction to Usability Testing for Digital Marketeers
Introduction to Usability Testing for Digital MarketeersLennart Overkamp
油
The document is an introduction to usability testing, detailing its process through three phases: preparation, moderation, and analysis. It emphasizes defining goals, recruiting users, and measures for evaluating usability, including user feedback and task performance. Additionally, it discusses the advantages and disadvantages of usability testing and provides resources for further information and tools for prototyping and analysis.Exercises_MSProjecthgqdgqhegqyhqfqey.doc
Exercises_MSProjecthgqdgqhegqyhqfqey.docdeveloperw568
油
This document outlines a training program for Microsoft Project, featuring exercises centered around a hypothetical project to build a storage shed. It includes step-by-step tasks for creating a project, entering tasks, setting constraints and durations, and assigning resources, all structured to enhance learning of the tool. Participants are encouraged to learn through completion of sequential exercises, ask questions, and share suggestions for improvement.More Related Content
Similar to Meetings reports (20)
C3Problems and Brainstorming.ppt
C3Problems and Brainstorming.pptvijayapraba1
油
This document discusses the process of defining engineering problems and brainstorming solutions. It begins by explaining how engineers define problems by determining the problem's origin, what is and isn't part of the problem, and the present and desired states. Engineers then write a problem statement and identify criteria and constraints. Brainstorming techniques are used to generate potential solutions, including free association, free writing, envisioning future possibilities, and linking ideas in a web. Defining the problem clearly is essential before engineers can effectively brainstorm and develop solutions.Moderated vs油Unmoderated Research: Its time to say ELMO (Enough, lets move ...
Moderated vs油Unmoderated Research: Its time to say ELMO (Enough, lets move ...UserZoom
油
The document discusses a webinar comparing unmoderated and moderated user research, highlighting their differences in discovering usability issues through two studies involving remote sessions. Key insights reveal that moderated sessions identify 20% more issues, though both methods have practical limits regarding time and cost. Recommendations suggest utilizing moderated tests for comprehensive issue identification while acknowledging the role of unmoderated tests in practical scenarios.GRD753 Project Presentation of the working model.pptx
GRD753 Project Presentation of the working model.pptxNavneelRam2
油
The document summarizes a student project to design a bedside light source powered by kinetic energy. A team of 3 students - Shivnesh Kumar, Navneel Rohit Ram, and Livai Valaibulu - are developing the project over 12 weeks. They conducted research, collected materials, developed solutions, documented the process, and created AutoCAD drawings and a prototype. They presented their final prototype and summarized their learnings. The project aimed to address power outages experienced by students in their university hostel.AmandaHo.Portfolio
AmandaHo.PortfolioAmanda Ho
油
This portfolio document summarizes Amanda Ho's work in various areas of design including ergonomics, interiors and space planning, user experience, and universal design. It provides examples of 3 projects: an ergonomic evaluation of sewing machines and workstations where recommendations were made to improve safety and comfort, a programming project for an elementary school cafeteria where goals and recommendations were generated, and a challenge to design an inclusive classroom by Herman Miller and HKS Architects where a concept was developed and realized. In each section, the tasks, methods, insights, and outcomes are briefly outlined. The portfolio showcases Amanda Ho's diverse experience and approach to improving design through research and stakeholder input.Chris Kuhaneck Portfolio 2015
Chris Kuhaneck Portfolio 2015Chris Kuhaneck
油
Chris Kuhaneck led several engineering projects including a Six Sigma fatigue tester, sumobot, and musical glove. For the fatigue tester, he programmed the data acquisition system to measure rotations, force, time, and reset values. The sumobot competed in a robot competition and won gold. His musical glove used flex sensors on the fingers to play different tones. He also proposed a collaborative table called the EDO to promote group work in libraries. Across projects, he utilized skills in programming, electronics, design, and project management.Design Thinking Dyson
Design Thinking DysonCMassociates
油
The document outlines the design process utilized by engineers, specifically within the context of developing products at Dyson, highlighting the iterative steps of specifying needs, planning, designing, building, testing, and analyzing. Using the case study of the Dyson Supersonic hairdryer, it details the collaborative efforts of different engineering teams to overcome design challenges and innovate while developing a product that meets specific criteria. Additionally, the document includes lesson plans for teaching the design process, focusing on practical classroom activities that encourage student engagement in engineering principles.Portfolio
PortfolioDhilip Kumar
油
1. The document summarizes the author's portfolio of projects, including designing and fabricating a stationary stand from recycled glass, chair manufacturing, and designing models of an elevator, trishul vehicle, and a tribute to Dr. A.P.J. Abdul Kalam.
2. The author learned skills in software design, welding, project planning, and overcoming mistakes from these projects.
3. A highlight was presenting a design tribute to Dr. Kalam at his house, which was a memorable experience for the author.Design and Engineering: Module-2 Notes
Design and Engineering: Module-2 NotesNaseel Ibnu Azeez
油
1. The document discusses the design process for engineering projects. It describes design as open-ended problem solving aimed at developing a system to meet specified properties.
2. The design process is iterative and involves defining the problem, gathering information, developing solutions, testing prototypes, and evaluating the solution. It may require going back to earlier steps.
3. The document provides details on each step of the design process, emphasizing clear problem definition by understanding user needs, then generating and testing solutions through iteration.CO_OP WORK REPORT SUMMER 12
CO_OP WORK REPORT SUMMER 12Jared Smith
油
Jared Smith completed a co-op work term with Blueprint Framing LTD from April 29 to August 30, 2012. During his time there, he gained valuable hands-on experience framing residential houses and took on increasing responsibilities. He learned framing techniques, safety practices, and developed skills using tools. Jared contributed by taking initiative, asking questions, and creating a reference notebook of job descriptions. The co-op reinforced concepts from his architecture and construction courses and allowed him to apply classroom knowledge on site. He felt the experience was very beneficial for exploring a potential career in framing.PMI-ACP Domain VI: Problem Detection and Resolution v1.0
PMI-ACP Domain VI: Problem Detection and Resolution v1.0PhuocNT (Fresher.VN)
油
This document discusses problem detection and resolution in project management. It covers key topics like defects, variance analysis, and lead/cycle times. It provides strategies for understanding problems, detecting problems early using metrics, and creating an environment where teams can safely surface issues. The document emphasizes minimizing the impacts of problems through early detection and quick resolution.Three dimensional modeling
Three dimensional modelingHCS
油
This 5-week unit plan focuses on teaching 8th grade students about 3D modeling. Students will learn how to identify needs and opportunities for technical solutions, locate resources to develop ideas, and construct and assess 3D models. They will use Autodesk Inventor to draw and dimension prototypical designs. Assessments include daily activities, quizzes, and a final dragster design project. The unit aims to help students understand the 3D modeling design process and apply those skills to real-world problems.Geometry Project
Geometry Projectmanswag123
油
This document outlines a bridge project for students. It includes instructions for students to watch a video about bridges and answer questions, design and build a toothpick bridge with their team, write a reflection on the project, and present their bridge to the class. Students must complete various steps by certain dates leading up to presenting their bridge, which will be tested to determine how much weight it can hold for a test grade. The project aims to teach students about different types of bridges, bridge design, construction, and engineering.HCI LAB MANUAL
HCI LAB MANUAL Um e Farwa
油
The document outlines a series of lab topics related to Human-Computer Interaction (HCI), focusing on user experience goals, GOMS analysis, color guidelines, stages of action, menu design, prototyping, design principles, heuristic evaluation, and usability evaluations for various applications. Each lab includes mechanisms for conducting the labs remotely, lists of tasks or scenarios for analysis, and expected outputs or evaluations based on established design principles. Overall, the document serves as a comprehensive guide to understanding and applying core concepts of HCI in practical scenarios.Event exercises
Event exercisesFrank Calberg
油
The document describes 22 exercises that can be used at events to facilitate participation and interaction among attendees. The exercises include activities like asking icebreaker questions as participants arrive, having participants share personal stories or opinions on the event topic, partner and group discussions, and reflection activities to gather feedback on the event. Many of the exercises encourage participants to build on each other's ideas, ask questions, and work together to solve problems.creativity
creativityKerry Allen
油
This document provides an overview of 27 creativity and innovation techniques organized into categories of diverging and converging techniques. It encourages the reader to try different techniques and share experiences. Techniques include brainwriting, challenging assumptions, Osborn's checklist, and biomimicry. The document emphasizes that the best way to learn techniques is through use and that passion and comfort with a technique are the real measures of its value.16. Lecture 17 12345ab - 20.05.2021.pptx
16. Lecture 17 12345ab - 20.05.2021.pptxAyeshaAkram838011
油
The document provides an overview of behavioral interview questions, emphasizing their importance in predicting future behavior based on past experiences. It introduces structured response methods such as the CAR and STAR methods to effectively answer these questions and includes tips and sample questions to prepare for interviews. Additionally, it lists recommended reading materials to enhance communication skills for engineering professionals.3-Point Bending project
3-Point Bending projectMohammad Tawfik
油
This document describes the design of a 3-point bending device to measure beam deflection. Several proposed solutions were considered, including a computerized model and design with fixed supports and movable load hook. However, these had issues like complexity, inability to measure at the load point, and reaction forces acting on a circular not point surface. The final design uses knife-edge supports and a different load application method. Testing involved applying fixed loads at different positions and measuring deflection to study beam behavior and determine material properties. Practical problems in implementation included orienting the knife edges perpendicular to the beam and support tip accuracy.Introduction to Usability Testing for Digital Marketeers
Introduction to Usability Testing for Digital MarketeersLennart Overkamp
油
The document is an introduction to usability testing, detailing its process through three phases: preparation, moderation, and analysis. It emphasizes defining goals, recruiting users, and measures for evaluating usability, including user feedback and task performance. Additionally, it discusses the advantages and disadvantages of usability testing and provides resources for further information and tools for prototyping and analysis.Exercises_MSProjecthgqdgqhegqyhqfqey.doc
Exercises_MSProjecthgqdgqhegqyhqfqey.docdeveloperw568
油
This document outlines a training program for Microsoft Project, featuring exercises centered around a hypothetical project to build a storage shed. It includes step-by-step tasks for creating a project, entering tasks, setting constraints and durations, and assigning resources, all structured to enhance learning of the tool. Participants are encouraged to learn through completion of sequential exercises, ask questions, and share suggestions for improvement.Meetings reports
- 2. Team Members: Ahmed Mohammad Ashraf Zaki 悖忰惆 悖愆惘 慍 Abdurrahman Hussein Nassef 惺惡惆悋惘忰 忰愕 悋惶 Ahmad fawzy Al Araby 悖忰惆 慍 悋惺惘惡 Ahmad Fathy Al Shazly 悖忰惆 惠忰 悋愆悋悵 Amr Mahmoud Lotfy 惺惘 忰惆 愀 Marco Monir 悋惘 惘 Mohammad Al Alfy 忰惆 悋 Cinderella Mohammad Okasha 愕惆惘 忰惆 惺悋愆悸 Radwa magdy 惘惷 悴惆 Alaa Mohammad Abdullah 悛悄 忰惆 惺惡惆悋
- 3. Meeting # 1 9/3/2011 Discussion about the project subject: We discussed what will be our aim in this semester; our discussion was about three main points: 1. To complete and improve our first bending device by solving the problems we faced in our tests which we didnt have enough time to fix in the first term.
- 4. 2. To try to fix and calibrate the bending machine we have in the lab. 3. To try new ideas or projects. After taking votes we realized that the best we can do is to improve our first design by solving the problems shown below and to see if we can fix the machine in the lab.
- 5. Problems in the first design: - Unstable supports. - Nothing prevents the beam from falling during bending experiments. - The wooden plate we put the load on was unstable too.
- 6. - It was difficult to move the nuts in the T-slot due to high friction and improper dimensions. - Weight blocks we made were not sufficiently precise.
- 7. Proposed Solutions: - Redesigning the unstable parts to make it stable enough. - Designing a beam holder which can prevent it from falling during tests. - Using a digital scale to measure weights.
- 8. New idea: - To make a computerized micrometer that can freely move beneath the beam/rod using mechanical device to measure deflection in each point.
- 9. We agreed to visit the lab tomorrow to see either if we have enough experience to calibrate the bending machine there or if we cannot do this yet.