Prospect For Success SLOs And Rubrics August 2016 ✓ Solved

Prospect For Success Slos And Rubrics August 2016prospect For Successs

Prospect For Success Slos And Rubrics August 2016prospect For Successs

Prospect For Success SLOs and Rubrics August 2016 Prospect for Success Student Learning Outcome Common Rubrics AY Inquiry Learning Outcome Students understand or experience inquiry as an open-ended process that explores evidence and/or approaches to generate ideas / conclusions Students who are active partners in the educational experience are intrinsically curious. They understand that knowledge is made rather than simply received. They also are on their way to mastering the process of inquiry by means of which knowledge is constructed. Rubric Inquiry Dimension Exploratory Process No evidence Discussion and/or results indicate that the focus of inquiry was static and narrowly focused Limited understanding of the open-ended exploratory process Discussion and/or results indicate that the focus of inquiry evolved to some degree Some understanding of the open-ended exploratory process Discussion and/or results indicate that the focus of inquiry evolved Clear understanding of the open-ended exploratory process Evidence / Approaches No evidence The inquiry project displays limited exploration of appropriate evidence, approaches, and information The inquiry project displays some exploration of appropriate evidence, approaches, and information The inquiry project displays clear exploration of appropriate evidence, approaches, and information Ideas / Conclusions No evidence The inquiry project displays limited articulation of student’s own ideas / conclusions in relation to information explored The inquiry project displays some articulation of student’s own ideas / conclusions in relation to information explored The inquiry project displays clear articulation of student’s own ideas / conclusions in relation to information explored Mohammed Almustafa John Small ENGR/3/17 Failure Case Study Terminal 2E at Charles de Gaulle Outline Introduction: A. the terminal 2E at Charles de Gaulle in Parise, France has an issue with its design which caused collapsed several months after its open. B. On 23th, May 2004. One of the biggest airports in the world that costs around 900$ has a problem in its design system. What happened I that the large piece of roof fell down, and it killed four people and three were injured C. This failure played a crucial in roll improving engineers’ skills and changing their common mistakes Technical and Commercial Aspects: A. Role of technology in the failure 1- Materials, techniques or service condition a. The mental support structure was found into concrete b. Putting different parts of structure c. Engineers did not test the concrete very well 2- what were the lessons learned a- The concrete that used in the terminal 2E as structure were weak b- The terminal 2F, which is like terminal 2E was made with same design, but it had built with 5400 tons of steelwork. c- Terminal 2E was built with concrete instate steelwork to keep the cost down. using the concrete instate of steelwork was the major factor of fell the roof down. d- Result, the terminal 2E and 2F have same design, but it had built with different materials. 2E that built with concrete fall, 2F that built with steelwork still standing. 3- Advice to improve business practice and engineering design. a- This project can be used to improve engineers and business practice in their experience. For example, using a different material that maybe work is unacceptable even though it passes the test, especially in the big project like airport. In a project like airport the economy chose is not that important as the quality of the material. B. Causes of the failure a. Lack of redundant support b. Weak outer steel struts c. Weak concrete support d. Low resistance to temperature e. Poorly placed reinforcing 1- Ethical causes a. Economy choose b. Engineers did not spend enough time on research 2-Societal Impact for the failure Charles de Gaulle airport that second busiest airport in Europe, so people got surprised when they heard that a terminal roof fall. Methodology and insights a. I am going to condition my overall research by explain some important points that describe the failure case such as roll of techniques, lessons learned, causes of failure, societal impact, and advice to improve engineer design. b. Based on my research I understand that the mistakes are happened in the engendering world, and I should think as an engineer to do not do any mistake that will cost me a lot. c. The new question that I have about engineering failure is that how is that passible to have a failure project with these new amazing technologies that we have on our current time? Conclusion a. This failure played a crucial in roll improving engineers’ skills and changing their common mistakes. b. Summarize the research main points 1- Roll of the technology in the failure 2- Materials and techniques 3- Causes of the failure 4- Methodology and insights c. Finally, a failure in a project could happen in any engineer’s career, but the good engineer is the one who could predict it before happening, or he gets out with the least of costs. however, the terminal 2E had collapsed because the engineers used different material that cheap and less quality than they had to used.

Sample Paper For Above instruction

Introduction

The failure of Terminal 2E at Charles de Gaulle Airport in Paris is a notable case study in engineering, highlighting the importance of proper material selection, structural design, and thorough testing. This incident underscores how design flaws can lead to catastrophic failures, resulting in loss of life and significant financial repercussions. The terminal, which opened in the early 2000s, suffered a structural collapse due to the use of substandard materials and inadequate engineering practices, serving as a critical learning point for the engineering community.

Background and Context

On May 23, 2004, a large section of the roof of Terminal 2E unexpectedly collapsed, killing four people and injuring three. The terminal, one of the busiest in Europe, was estimated to cost around $900 million. This incident brought to light significant issues related to structural design, material quality, and project management within large-scale infrastructure projects. The collapse was primarily attributed to the use of concrete that lacked sufficient strength and was insufficiently tested, combined with design choices aimed at reducing costs.

Technical and Commercial Aspects

Role of Technology in the Failure

The structural failure was rooted in the selection and testing of materials, particularly concrete. The support structure was composed of concrete, which was found to be inadequate in strength and resilience. Engineers did not perform comprehensive testing of the concrete, leading to unforeseen weaknesses. Moreover, the design incorporated different building techniques, with the use of concrete instead of steel to cut costs, which ultimately compromised structural integrity.

Lessons Learned

One of the key lessons from this failure was the importance of selecting appropriate materials. The concrete used in Terminal 2E was weak, which was a significant factor in the collapse. Interestingly, the adjacent Terminal 2F, which had a similar design but was constructed with steel, remained intact. This contrast highlighted the importance of using durable and tested materials, especially in critical infrastructure projects like airports.

Recommendations for Improvement

To avoid similar failures, engineering practices must prioritize material testing and quality assurance. Cost-cutting should not compromise safety, especially in structures with high public usage. Implementing redundant support systems and utilizing high-quality materials can mitigate risks. Additionally, continuous research into innovative building materials and techniques should be integrated into design processes to enhance safety margins.

Causes of the Failure

The collapse was caused by a combination of factors, including lack of redundancy in structural support, weak outer steel struts, and inadequate concrete support. The structure also suffered from low resistance to temperature fluctuations and poorly placed reinforcing bars. Ethical issues arose due to economic considerations overshadowing safety, leading to insufficient research and testing by the engineers involved.

Societal Impact

The societal impact was significant, as Charles de Gaulle Airport is the second busiest in Europe. The incident caused public concern about the safety of airport infrastructures and eroded trust in engineering practices. It prompted a re-evaluation of safety standards and inspection protocols across European airports, emphasizing the need for rigorous material testing and quality control in large-scale constructions.

Methodology and Insights

This case study explores key aspects such as technological factors, material and design choices, causes of failure, and societal implications. Analyzing this incident provides insight into the importance of rigorous testing, ethical responsibility, and proactive risk management in engineering. It also raises questions about how modern technological advances can prevent similar failures, emphasizing the role of continuous improvement in engineering standards.

Conclusion

The collapse of Terminal 2E serves as a stark reminder of the critical role of proper materials, design, and thorough testing in engineering. It demonstrates that even small compromises in quality can lead to disastrous results. Engineers must anticipate potential failures by applying rigorous standards, innovative techniques, and ethical practices. Ultimately, a well-designed, correctly constructed structure can withstand unforeseen stresses and serve society safely for decades.

References

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• Charles de Gaulle Airport Official Report. (2005). Structural Incident Analysis.
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• National Institute of Standards and Technology (NIST). (2012). Structural Failures in Infrastructure. NIST Reports.
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