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The document summarizes a study on engineering education in K-12 schools. It found that while K-12 engineering programs have grown, reaching about 6 million students, they remain small with limited teacher training. The study explored connections between engineering and other STEM subjects. It found positive impacts on student learning and interest in math and science, but noted a lack of diversity in programs and research on causal relationships. Recommendations included defining STEM literacy, better integrating engineering design into other subjects, collecting more impact data, and preparing teachers to lead K-12 engineering education.
Report of the Committee on Early Childhood Mathematics - The National AcademiesSTEM Summit
The report provides recommendations for improving early childhood mathematics education in the United States. It recommends implementing a national early childhood mathematics initiative for children ages 3 to 6 to improve teaching and learning. This would include providing guidance on age-appropriate mathematics content, standards, curriculum, instruction and supporting the early childhood workforce and families. It emphasizes the importance of number concepts and geometry/spatial skills and providing high-quality instruction aligned with children's developmental levels.
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The document discusses early math concepts and their connections to later math topics. It provides examples of how counting skills relate to determining quantities, how pattern recognition and spatial reasoning in early grades connect to algebra and geometry later on, and how area formulas and algorithms developed in elementary school form the basis for concepts in precalculus and calculus. The overall message is that math builds incrementally on itself from the earliest learning, with a common approach of inquiry, logical reasoning, and exploration across grade levels and disciplines.
Promoting Creativity: The Terrascope Program - Rafael BrasSTEM Summit
The Terrascope program is a year-long program at MIT that focuses on environmental problem solving through project-based learning. Students take required courses on complex problem solving and communicating environmental issues through interactive museum exhibits. They work in cross-disciplinary teams on annual themes like sustainability in the Amazon or Arctic. The goals are to develop skills in problem solving, creativity, teamwork, communication and hands-on learning. Evaluations found growth in these areas and high student satisfaction with the program.
Gender Diversity in STEM Education and Careers - Janet HydeSTEM Summit
This document discusses gender diversity in STEM education and careers. It presents several hypotheses about gender differences and similarities in abilities such as math and spatial skills. Meta-analyses have found most psychological gender differences are small (d <= 0.10) or trivial, supporting the gender similarities hypothesis. Barriers to women in STEM are likely due more to cultural and societal factors like stereotypes, rather than biological differences in aptitude. Promoting utility value and addressing variability in interests may help reduce gender gaps.
The Need for STEM Professionals - Dr. Henry SamueliSTEM Summit
The document discusses the need for STEM professionals and outlines statistics from Broadcom, a global technology company. It notes that 75% of Broadcom's 7,500 employees are engineers and over half have advanced degrees. However, underrepresented groups make up a small percentage of engineering roles. Additionally, while engineering salaries are among the highest, interest must be stimulated in STEM fields from an early age to improve diversity and meet future demand for such professionals.
The document provides an overview of the history and concepts of engineering. It discusses how engineering has its roots in ancient times with developments like pulleys and pyramids, and the term "engineer" originating in medieval times. Engineering is defined as the application of science and math to benefit society. The document outlines the traditional disciplines of engineering, the roles of engineers, and expectations for engineering students, including technical skills as well as understanding professional and social responsibilities.
Engineering in K-12 Education - Linda KatehiSTEM Summit
The document summarizes a study on engineering education in K-12 schools. It found that while K-12 engineering programs have grown, reaching about 6 million students, they remain small with limited teacher training. The study explored connections between engineering and other STEM subjects. It found positive impacts on student learning and interest in math and science, but noted a lack of diversity in programs and research on causal relationships. Recommendations included defining STEM literacy, better integrating engineering design into other subjects, collecting more impact data, and preparing teachers to lead K-12 engineering education.
Report of the Committee on Early Childhood Mathematics - The National AcademiesSTEM Summit
The report provides recommendations for improving early childhood mathematics education in the United States. It recommends implementing a national early childhood mathematics initiative for children ages 3 to 6 to improve teaching and learning. This would include providing guidance on age-appropriate mathematics content, standards, curriculum, instruction and supporting the early childhood workforce and families. It emphasizes the importance of number concepts and geometry/spatial skills and providing high-quality instruction aligned with children's developmental levels.
Early Childhood Math Examples - Sybilla BeckmannSTEM Summit
The document discusses early math concepts and their connections to later math topics. It provides examples of how counting skills relate to determining quantities, how pattern recognition and spatial reasoning in early grades connect to algebra and geometry later on, and how area formulas and algorithms developed in elementary school form the basis for concepts in precalculus and calculus. The overall message is that math builds incrementally on itself from the earliest learning, with a common approach of inquiry, logical reasoning, and exploration across grade levels and disciplines.
Promoting Creativity: The Terrascope Program - Rafael BrasSTEM Summit
The Terrascope program is a year-long program at MIT that focuses on environmental problem solving through project-based learning. Students take required courses on complex problem solving and communicating environmental issues through interactive museum exhibits. They work in cross-disciplinary teams on annual themes like sustainability in the Amazon or Arctic. The goals are to develop skills in problem solving, creativity, teamwork, communication and hands-on learning. Evaluations found growth in these areas and high student satisfaction with the program.
Gender Diversity in STEM Education and Careers - Janet HydeSTEM Summit
This document discusses gender diversity in STEM education and careers. It presents several hypotheses about gender differences and similarities in abilities such as math and spatial skills. Meta-analyses have found most psychological gender differences are small (d <= 0.10) or trivial, supporting the gender similarities hypothesis. Barriers to women in STEM are likely due more to cultural and societal factors like stereotypes, rather than biological differences in aptitude. Promoting utility value and addressing variability in interests may help reduce gender gaps.
The Need for STEM Professionals - Dr. Henry SamueliSTEM Summit
The document discusses the need for STEM professionals and outlines statistics from Broadcom, a global technology company. It notes that 75% of Broadcom's 7,500 employees are engineers and over half have advanced degrees. However, underrepresented groups make up a small percentage of engineering roles. Additionally, while engineering salaries are among the highest, interest must be stimulated in STEM fields from an early age to improve diversity and meet future demand for such professionals.
The document provides an overview of the history and concepts of engineering. It discusses how engineering has its roots in ancient times with developments like pulleys and pyramids, and the term "engineer" originating in medieval times. Engineering is defined as the application of science and math to benefit society. The document outlines the traditional disciplines of engineering, the roles of engineers, and expectations for engineering students, including technical skills as well as understanding professional and social responsibilities.
The document provides information on the mission, objectives, and activities of the Electrical Engineering department of an educational institution.
The mission is to provide comprehensive and quality education to develop innovative, entrepreneurial and ethical professionals suitable for a sustainable environment. The objectives are to impart technical skills, promote research, and prepare students for challenges in electrical engineering.
The department offers a B.Tech in Electrical Engineering and M.Tech in Power Systems. It has well-equipped labs, well-qualified faculty who publish research, and organizes seminars and industrial visits. Distinguished alumni are placed in prestigious organizations and universities. The department aims to strengthen industry interactions.
IEEE is working to increase pre-university engineering education through various initiatives. They are developing lesson plans for teachers, online portals for students and teachers, and promoting collaboration between engineering organizations. Their goal is to get more young people interested in engineering careers by making it a more prominent part of pre-university education and conveying the excitement of engineering. They are developing resources aligned with education standards to help more teachers incorporate engineering concepts into their classrooms.
Mechanical engineering is one of the broadest and most versatile engineering fields, offering a wide variety of career paths and opportunities. It involves applying math and science to solve practical problems through research, design, development, testing, and maintenance of mechanical systems. The document outlines the broad scope and high employment potential of mechanical engineering careers. It discusses why mechanical engineering is a rewarding field that allows one to work on challenging problems, benefit society, and gain financial stability and respect. The document provides an overview of common mechanical engineering coursework and lists government, research, and industry sectors that hire mechanical engineers.
The document is a certificate from the CMR Institute of Technology certifying that a student satisfactorily completed their academic record work in the Engineering Mechanics Laboratory for the 2018-19 academic year. It provides details of the course objectives and outcomes of the Engineering Mechanics Lab, which include determining force systems, reactions, moments, friction, moments of inertia, and mechanical advantage. It also outlines the experiments performed, which verify laws of mechanics using various apparatuses.
Engineers play critical roles in astronomy, from building telescopes, to designing scientific instruments, to operating observatories. Working together, engineers and scientists answer fundamental questions about our universe. In this session, you'll hear from women engineers making contributions to astronomy by developing a new high resolution optical spectrograph, adapting telescope control software for remote operations, architecting document management and managing critical systems for the next generation of telescopes. You will learn about the different engineering disciplines involved in astronomy, key concepts and technologies shaping astronomy today, and how to find job opportunities in astronomy as an engineer.
Secondo CDIO, conoscenze Techniche e capacità di analisi , abilità e caratteristiche Professionali e Personali , capacità Interpersonali (teamwork & comunicazione) costituiscono le fondamenta sulle quali costruire le conoscenze, abilità e caratteristiche ingegneristiche necessarie alle attività di ideazione, progettazione, realizzazione e gestione operativa di prodotti e sistemi, nell'impresa e nel contesto sociale.
L’ambiente di apprendimento Technology-Enhanced deve essere basato su: Integrazione disciplinare (Integrated Course Block); Project-based learning; Learning by thinking-doing-use;
Realizzazione di progetti, per il mondo reale, sperimentando le varie fasi del ciclo di vita di un prodotto/sistema dalla ideazione alla gestione operativa.
L’Industria e la Società richiedono una nuova specie di Ingegnere che abbia conoscenze disciplinari integrate con competenze personali, interpersonali e capacità sperimentate di Conceive/Ideare –Design/Progettare – Implement/Implementare – Operate/Operare (CDIO) prodotti e sistemi ingegneristici a valore-aggiunto, in organizzazioni basate su gruppi di lavoro.
The document summarizes the development and implementation of a sustainable technology entrepreneurship course for engineering and agricultural science students at Colorado State University. It provides context about CSU's focus on clean energy research and spinoff companies. It then describes how the course was developed using existing business school entrepreneurship courses as a framework, with a focus on sustainable technologies, the base of the pyramid, and hands-on team projects. The first iteration of the course is outlined, which enrolled 40 students in interdisciplinary teams to develop new venture concepts.
Mr. Dashti is a mechanical engineer currently working for KEO International Consultants in Kuwait. He received his Master's degree from the University of Southern California and Bachelor's degree from Pennsylvania State University. At KEO, his responsibilities include preliminary design studies, HVAC calculations, and collaborating with other disciplines on projects such as a waste to energy plant. Previously, he conducted research at USC on material testing and worked for AirLiquide through a merit scholarship program.
What’s Happening to Our Freshout Engineers?svillach
This presentation describes the results of an exploratory study investigating the work that newly graduated and hired "freshout" engineers perform in the workplace. The study investigates:
* The tasks that freshouts perform successfully and unsuccessfully on the job.
* The consequences of nonperformance.
* The root causes of nonperformance.
This study was funded by the National Science foundation.
Portions of this material are based upon work supported by the National Science Foundation under Grant No. 1037808.
Any opinions, findings, and conclusions or recommendations expressed in this material are those of the author(s) and do not necessarily reflect the views of the National Science Foundation.
Past and Future of Systems Engineering in ASD Programs : Spain vs the WorldBernardo A. Delicado
This document discusses systems engineering (SE) and its origins and growth worldwide. It provides definitions of SE and outlines some of its key principles. SE emerged in response to large, complex programs in the 1930s-40s and was formalized through programs like Apollo. Reasons for SE on projects like Apollo included addressing new technologies, integration challenges, and safety risks. The document discusses SE capabilities at organizational and individual levels. It also summarizes the global growth of INCOSE, the main professional body for SE, including its growth in Spain and worldwide with over 17,000 members currently.
This document describes a collaboration between mechanical engineering and nursing students at the University of Detroit Mercy to develop assistive devices for physically disabled clients. Students work together on capstone design projects, applying their disciplines to improve clients' mobility and independence. The process involves understanding clients' needs, designing prototypes, testing, and delivery. Benefits include teaching collaboration skills and improving clients' lives. Limitations include different student expectations and scheduling meetings across disciplines. Overall, the interdisciplinary approach provides positive learning and community impacts.
The document discusses engineering as a career path and provides information about what engineers do. It defines engineering as applying knowledge of science and math to develop solutions that benefit humanity. It outlines the variety of fields and jobs in engineering. It emphasizes that engineers solve problems, work in teams, and create things that make the world a better place. It encourages students to consider engineering due to the job satisfaction, challenges, opportunities to benefit society, and financial stability it provides.
This document introduces an introductory course on search-based software engineering (SBSE). It provides background on the instructor, Shin Yoo, and details on the course structure, evaluation, and topics. The course will cover 40% optimization techniques and 60% applications to software engineering problems. SBSE aims to apply optimization methods like evolutionary computation to automate software engineering tasks, gain insights into complex problems, and provide unbiased decision support. The field is growing with more conferences dedicating sessions to SBSE work.
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Language labs are dead in engineering colleges. During its life, it killed the future of generations of good engineers.Interview & Viva Labs that meets the requirements of Knowledge & Employability is the solution.
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The recruitment and retention of students in early computer programming classes has been the focus of many Computer Science and Informatics programs. This paper describes an initiative underway at Indiana University South Bend to improve the retention rate in computer science and informatics. The approach described in this work is inspired by the SCALE-UP project, and describes the design and implementation of an instructor-guided, active learning environment which allows students to gradually acquire the necessary critical thinking, problem solving, and programming skills required for success in computer science and informatics.
IEEE UPD SBC event presentation and sustainability plan 2014-2015lcmagpayo
The document outlines the sustainability plan and projects of the IEEE UP Diliman Student Branch Council for the 2014-2015 academic year. The plan has two phases - setup and deployment. In the setup phase, the council aims to organize its structure, publicize IEEE events to gain members, and initiate income-generating projects. In the deployment phase, the council plans to expand its network, serve members through scholarships and internships, and facilitate collaboration between IEEE and other organizations. Key 2014-2015 activities include two IEEE TechTalk seminars in October and November, and an inter-collegiate technopreneurship workshop series culminating in an investor pitch event in April 2015.
This document contains information about the Bachelor of Technology (Mechanical & Automation Engineering) program at Amity University Harayana, including:
- The program structure is outlined over 4 years and includes core and elective courses arranged semester-wise, with credits assigned based on contact hours.
- The curriculum and examination scheme for each course includes objectives, content, evaluation components, and references. Evaluation includes components like assignments, projects, exams weighted 70%.
- The program aims to provide practice-oriented mechanical and automation engineering education to help students meet society's challenges. Objectives include developing technical competence, professional conduct, and lifelong learning.
- This booklet contains the program structure, detailed curriculum, and
Helping Students Find Their Voice: Radio Production and STEM Learning - Ari E...STEM Summit
The document discusses radio production programs at the Massachusetts Institute of Technology that aim to help students find their voice and improve STEM learning. It describes two complementary programs: a radio class for freshmen where they produce a program on the year's topic, and an outreach program where urban teens create radio on environmental topics with MIT student mentors. The goals are to engage participants in STEM topics and improve their communication, teamwork, and technical skills through the process of radio production. Outcomes for both students and teens include strengthened communication abilities, a better understanding of multiple perspectives on technical issues, and increased confidence and maturity.
The document discusses two programs aimed at connecting students along and across educational institutions in STEM fields. The first program provides an introduction to engineering course at Wellesley College to connect liberal arts students to opportunities in engineering at partner institutions. The second program, called TOPS, is a summer program that encourages physics and engineering majors to consider teaching careers by having them develop hands-on science curricula and teach middle and high school students. Both programs aim to strengthen connections between different levels of STEM education.
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The document provides information on the mission, objectives, and activities of the Electrical Engineering department of an educational institution.
The mission is to provide comprehensive and quality education to develop innovative, entrepreneurial and ethical professionals suitable for a sustainable environment. The objectives are to impart technical skills, promote research, and prepare students for challenges in electrical engineering.
The department offers a B.Tech in Electrical Engineering and M.Tech in Power Systems. It has well-equipped labs, well-qualified faculty who publish research, and organizes seminars and industrial visits. Distinguished alumni are placed in prestigious organizations and universities. The department aims to strengthen industry interactions.
IEEE is working to increase pre-university engineering education through various initiatives. They are developing lesson plans for teachers, online portals for students and teachers, and promoting collaboration between engineering organizations. Their goal is to get more young people interested in engineering careers by making it a more prominent part of pre-university education and conveying the excitement of engineering. They are developing resources aligned with education standards to help more teachers incorporate engineering concepts into their classrooms.
Mechanical engineering is one of the broadest and most versatile engineering fields, offering a wide variety of career paths and opportunities. It involves applying math and science to solve practical problems through research, design, development, testing, and maintenance of mechanical systems. The document outlines the broad scope and high employment potential of mechanical engineering careers. It discusses why mechanical engineering is a rewarding field that allows one to work on challenging problems, benefit society, and gain financial stability and respect. The document provides an overview of common mechanical engineering coursework and lists government, research, and industry sectors that hire mechanical engineers.
The document is a certificate from the CMR Institute of Technology certifying that a student satisfactorily completed their academic record work in the Engineering Mechanics Laboratory for the 2018-19 academic year. It provides details of the course objectives and outcomes of the Engineering Mechanics Lab, which include determining force systems, reactions, moments, friction, moments of inertia, and mechanical advantage. It also outlines the experiments performed, which verify laws of mechanics using various apparatuses.
Engineers play critical roles in astronomy, from building telescopes, to designing scientific instruments, to operating observatories. Working together, engineers and scientists answer fundamental questions about our universe. In this session, you'll hear from women engineers making contributions to astronomy by developing a new high resolution optical spectrograph, adapting telescope control software for remote operations, architecting document management and managing critical systems for the next generation of telescopes. You will learn about the different engineering disciplines involved in astronomy, key concepts and technologies shaping astronomy today, and how to find job opportunities in astronomy as an engineer.
Secondo CDIO, conoscenze Techniche e capacità di analisi , abilità e caratteristiche Professionali e Personali , capacità Interpersonali (teamwork & comunicazione) costituiscono le fondamenta sulle quali costruire le conoscenze, abilità e caratteristiche ingegneristiche necessarie alle attività di ideazione, progettazione, realizzazione e gestione operativa di prodotti e sistemi, nell'impresa e nel contesto sociale.
L’ambiente di apprendimento Technology-Enhanced deve essere basato su: Integrazione disciplinare (Integrated Course Block); Project-based learning; Learning by thinking-doing-use;
Realizzazione di progetti, per il mondo reale, sperimentando le varie fasi del ciclo di vita di un prodotto/sistema dalla ideazione alla gestione operativa.
L’Industria e la Società richiedono una nuova specie di Ingegnere che abbia conoscenze disciplinari integrate con competenze personali, interpersonali e capacità sperimentate di Conceive/Ideare –Design/Progettare – Implement/Implementare – Operate/Operare (CDIO) prodotti e sistemi ingegneristici a valore-aggiunto, in organizzazioni basate su gruppi di lavoro.
The document summarizes the development and implementation of a sustainable technology entrepreneurship course for engineering and agricultural science students at Colorado State University. It provides context about CSU's focus on clean energy research and spinoff companies. It then describes how the course was developed using existing business school entrepreneurship courses as a framework, with a focus on sustainable technologies, the base of the pyramid, and hands-on team projects. The first iteration of the course is outlined, which enrolled 40 students in interdisciplinary teams to develop new venture concepts.
Mr. Dashti is a mechanical engineer currently working for KEO International Consultants in Kuwait. He received his Master's degree from the University of Southern California and Bachelor's degree from Pennsylvania State University. At KEO, his responsibilities include preliminary design studies, HVAC calculations, and collaborating with other disciplines on projects such as a waste to energy plant. Previously, he conducted research at USC on material testing and worked for AirLiquide through a merit scholarship program.
What’s Happening to Our Freshout Engineers?svillach
This presentation describes the results of an exploratory study investigating the work that newly graduated and hired "freshout" engineers perform in the workplace. The study investigates:
* The tasks that freshouts perform successfully and unsuccessfully on the job.
* The consequences of nonperformance.
* The root causes of nonperformance.
This study was funded by the National Science foundation.
Portions of this material are based upon work supported by the National Science Foundation under Grant No. 1037808.
Any opinions, findings, and conclusions or recommendations expressed in this material are those of the author(s) and do not necessarily reflect the views of the National Science Foundation.
Past and Future of Systems Engineering in ASD Programs : Spain vs the WorldBernardo A. Delicado
This document discusses systems engineering (SE) and its origins and growth worldwide. It provides definitions of SE and outlines some of its key principles. SE emerged in response to large, complex programs in the 1930s-40s and was formalized through programs like Apollo. Reasons for SE on projects like Apollo included addressing new technologies, integration challenges, and safety risks. The document discusses SE capabilities at organizational and individual levels. It also summarizes the global growth of INCOSE, the main professional body for SE, including its growth in Spain and worldwide with over 17,000 members currently.
This document describes a collaboration between mechanical engineering and nursing students at the University of Detroit Mercy to develop assistive devices for physically disabled clients. Students work together on capstone design projects, applying their disciplines to improve clients' mobility and independence. The process involves understanding clients' needs, designing prototypes, testing, and delivery. Benefits include teaching collaboration skills and improving clients' lives. Limitations include different student expectations and scheduling meetings across disciplines. Overall, the interdisciplinary approach provides positive learning and community impacts.
The document discusses engineering as a career path and provides information about what engineers do. It defines engineering as applying knowledge of science and math to develop solutions that benefit humanity. It outlines the variety of fields and jobs in engineering. It emphasizes that engineers solve problems, work in teams, and create things that make the world a better place. It encourages students to consider engineering due to the job satisfaction, challenges, opportunities to benefit society, and financial stability it provides.
This document introduces an introductory course on search-based software engineering (SBSE). It provides background on the instructor, Shin Yoo, and details on the course structure, evaluation, and topics. The course will cover 40% optimization techniques and 60% applications to software engineering problems. SBSE aims to apply optimization methods like evolutionary computation to automate software engineering tasks, gain insights into complex problems, and provide unbiased decision support. The field is growing with more conferences dedicating sessions to SBSE work.
"The Lean Mindset": Mary & Tom Poppendieck's Keynote at AgileDayChile 2013ChileAgil
Mary & Tom Poppendieck bring to us their analysis of the famouse rescue of the 33 chilean miners through lean glasses, and they propose a Lean Mindset grounded in business & technological success cases around the world.
Language labs are dead in engineering colleges. During its life, it killed the future of generations of good engineers.Interview & Viva Labs that meets the requirements of Knowledge & Employability is the solution.
CS0: A Project Based, Active Learning Coursedrboon
The recruitment and retention of students in early computer programming classes has been the focus of many Computer Science and Informatics programs. This paper describes an initiative underway at Indiana University South Bend to improve the retention rate in computer science and informatics. The approach described in this work is inspired by the SCALE-UP project, and describes the design and implementation of an instructor-guided, active learning environment which allows students to gradually acquire the necessary critical thinking, problem solving, and programming skills required for success in computer science and informatics.
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The document outlines the sustainability plan and projects of the IEEE UP Diliman Student Branch Council for the 2014-2015 academic year. The plan has two phases - setup and deployment. In the setup phase, the council aims to organize its structure, publicize IEEE events to gain members, and initiate income-generating projects. In the deployment phase, the council plans to expand its network, serve members through scholarships and internships, and facilitate collaboration between IEEE and other organizations. Key 2014-2015 activities include two IEEE TechTalk seminars in October and November, and an inter-collegiate technopreneurship workshop series culminating in an investor pitch event in April 2015.
This document contains information about the Bachelor of Technology (Mechanical & Automation Engineering) program at Amity University Harayana, including:
- The program structure is outlined over 4 years and includes core and elective courses arranged semester-wise, with credits assigned based on contact hours.
- The curriculum and examination scheme for each course includes objectives, content, evaluation components, and references. Evaluation includes components like assignments, projects, exams weighted 70%.
- The program aims to provide practice-oriented mechanical and automation engineering education to help students meet society's challenges. Objectives include developing technical competence, professional conduct, and lifelong learning.
- This booklet contains the program structure, detailed curriculum, and
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The document discusses radio production programs at the Massachusetts Institute of Technology that aim to help students find their voice and improve STEM learning. It describes two complementary programs: a radio class for freshmen where they produce a program on the year's topic, and an outreach program where urban teens create radio on environmental topics with MIT student mentors. The goals are to engage participants in STEM topics and improve their communication, teamwork, and technical skills through the process of radio production. Outcomes for both students and teens include strengthened communication abilities, a better understanding of multiple perspectives on technical issues, and increased confidence and maturity.
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A workshop hosted by the South African Journal of Science aimed at postgraduate students and early career researchers with little or no experience in writing and publishing journal articles.
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The webinar may also give some examples on how nonprofits can best leverage Walmart Business+.
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Answers about how you can do more with Walmart!"
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it describes the bony anatomy including the femoral head , acetabulum, labrum . also discusses the capsule , ligaments . muscle that act on the hip joint and the range of motion are outlined. factors affecting hip joint stability and weight transmission through the joint are summarized.
Project Skills for Engineering Students - Michael McCarthy
1. EXPERIMENT:
F2009: Project Skills for First Year Engineering Students
W2010: Internship on Senior Projects,
Impact on Chemistry, Physics and Mathematics Learning
J. Michael McCarthy and Daniel Flynn
2010 STEM Summit, Early Childhood through Higher Education
Arnold and Mabel Beckman Center of the National Academies of Sciences and Engineering
University of California, Irvine
E98: Project Engineering
2. Literature on Project Education
Peynircioglu, Z., (1989). The generation effect with pictures and nonsense figures. Acta Psychologica. 70, 153-160.
When subjects draw pictures (read: actively engaged to create) their retention of the elements was increased illustrating
the generation effect for non-verbal elements.
Doolen, T. L., and Long, M. (2007). Identification of retention levers using a survey of engineering freshman attitudes
at Oregon State University. European Journal of Engineering Education, 32(6), 721–734.
Incorporated hands-on learning in the early engineering coursework to help provide students with confirmation that
engineering is an engaging and active profession.
Bhattacharyya, S., Bhattacharya, K. (2009). Technology-Integrated Project-Based Approach in Science Education: A
Qualitative Study of In-Service Teachers’ Learning Experiences, Electronic. Journal of Science Education Volume
13(3), 113- 138.
By directly engaging the learner with the science (or content-related) problem, a PBA can create authentic learning
experiences through which learners discover a fact, concept, or principle on their own.
Rehman, Said, Al-assaf (2009) An integrated approach for strategic development of Engineering curriculua: Focus o
Students' Design Skills. IEEE Transactions on Education 52(4) 470-481.
There have been scattered efforts to deliver engineering design experience at various levels of undergraduate studies
[10]–[21]. However, most of these attempts [10]–[21] focused on the design of an individual course, possibly
enlightening the reader about that particular course and sometimes identifying the weaknesses and strengths of the
course.
E98: Project Engineering
4. Senior Projects at UCI
For 2010 there 76 projects in five departments involving over 500 students
E98: Project Engineering
5. Some Context
1905: 2005:
• About 10,000 MEs in the U.S. • About 260,000 MEs in the U.S.
• Average salary $5,000/yr ($100,000/yr today) • Average salary about $60,000
• A license to look for a job (7-yr half life)
• Good job security
• Average dentist salary is greater by 7 times
• A dentist earned $2,500/yr
Engineers have lost ground by more than an order of magnitude
China and India are producing nearly 1 million engineers per year:
• they are well educated;
• they will work for $5,000/yr; and
• in 5-10 years, there may be enough to supply the world’s need for engineers.
Wm. Wolf (President, National Academy of Engineering)
“The thing that distinguishes engineering from the sciences is design.”
Design is all about decision making, not problem solving.
George A. Hazelrigg, NSF
4 EECS Retreat: Engineering Education at UCI
6. Engineering v.
• National Basketball Association, 30 teams, revenues of approx. $100m each, $3.13 billion in
2008/2009
• Major League Baseball, 30 teams, revenues of approx. $175m each, $5.2 billion in 2009.
• The Recording Industries Association of America (RIAA) reports $8.4 billion revenue in 2008.
• Parker-Hannifin Corp. reports $12.1 billion in revenue in 2008 ($9.0b in 2009).
• Boeing Corp. reports $68.2 billion in revenue in 2009.
• Ford Motor Co. Reports $112.3 billion in revenue in 2009 ($172.4b in 2007).
• General Motors, Corp. reports $148.9 billion in revenue in 2008 ($179.9b in 2007).
Engineering companies:
• can have more than 10-20 employees for every 1 engineer;
• can generate over $200,000 in revenue for every employee; (Parker $164,000, Boeing $399,000, Ford $565,000)
• support service providers such as financial services, shipping and transportation, facilities and real estate, and human
resources.
The effort of engineers has a significant impact on the U. S. economy.
5 MAE 145: Machine Theory
7. From Science to Engineering
)
f(x
y=f(x) y=
Data
Question: What do I know about the world? Question: How do I make it work?
These are two very different questions.
6 EECS Retreat: Engineering Education at UCI
8. Teach Project Skills?
Senior projects with no skills training:
• poor quality workspace: either at home or at UCI,
• poor equipment: no training, no safety,
• poor time management: all the work was left to the last minute, so it caused problems in other courses.
• poor cost management: they spent a lot of their own money,
• poor personnel management: a few did all the work and others did nothing.
The outcome was a poorly functioning, low quality design that was displayed prominently at public events. Alumni
returning to UCI say firmly and repeatedly:
“ Their project experience was the ONLY thing in their UCI education that helped their career.”
This should be of no surprise:
• Admission policies select for the overachiever, the person in High School who would do the entire group project in
order to ensure a good grade;
• In-class group projects are small enough that this same behavior is successful at UCI;
• This means that the our Engineering students have learned to organize a group project as a personal effort by the
group leader;
• Our undergraduate students find it emotionally difficult to break a task into components, assign responsibility to
individuals, and then trust the individuals to accomplish their tasks on time.
Attention by a faculty member of exactly the same type as needed by beginning graduate students completely
overcomes this difficulty, and the outcome is remarkable.
7 EECS Retreat: Engineering Education at UCI
9. Freshman Project Course
What you will learn:
• Basic manufacturing procedures, emphasizing safety
• Basic engineering procedures, emphasizing prediction and testing.
• Team management using action items and scheduling.
• Document preparation: drawings, reports, calculations and portfolios.
E98: Project Engineering
10. Project Skills Training
Week Lecture Lab Milestones
1 L1-Roster, Organization, Planning. EHS safety training, Personal safety equipment. Training Organize teams,
videos: Handtools, Fasteners.
Lab 1 : Handtools and fasteners
2 Technology Assessment. L2-Beam Lab 2: (a) Bending of beams. (b) Disassembly of soccer Technology assessment.
Bending. robots and parts evaluation.
3 L3-Straight line vehicle dynamics. Training videos: Measurement and layout, Cutting, Parts drawings using Sketchup.
grinding and filing. Lab 3: (a) Cutting and filing. (b)
Evaluate deflection using Excel.
Layout, drilling and jigs.
4 L4-Electric motors and batteries. Training video: soldering. Lab 4: (a) electrical wiring Weigh component parts. Estimate vehicle
and soldering. weight. Evaluate acceleration
performance.
5 L5-Materials. Tension and shear. Training video: Basic structures. Lab 5: Evaluate design Evaluate motor performance using Excel.
Failure of beams and fasteners. drawings. Order parts and begin part manufacture. Measure output torque and evaluate
vehicle performance.
6 L6-Vehicle mass properties, center of Lab 6: Assemble and test soccer robot. Estimate forces on soccer robot and
gravity, moments of inertia. Alumni evaluate joint strength. Alumni Event
event. Nov. 7.
7 L7-Vehicle Chassis and Suspension Lab 7: Mechanical verification. Size and stiffness
requirements. Lateral and torsional deflection
measurements.
8 Project status report. Lab 8: Dynamic testing: acceleration, braking, skid pad Test report on mechanical verification.
and autocross.
9 Preliminary Design Review Lab 9: Soccer skills assessment, team assignments. Test report on dynamic performance.
10 Robot Soccer match: 2 on 2 with Test report on skill assessment.
one reserve player. (two out of three
wins.) Engineering Plaza.
11 Fall Design Review. Portfolios, Detailed design document.
E98: Project Engineering
12. The Experiment
Treatment:
a. Project skills training Fall 2009;
b. Interns on Senior projects for Winter 2010.
Measurement:
• Mathematics, Chemistry and Physics grades Fall 09, Winter 10 and Spring 10.
• Pre and post-assessment of Engineering fundamentals classified via Bloom.
Evaluation:
• Comparison of initial characteristics of treatment and control groups.
• Comparison of performance in Mathematics, physics and chemistry.
• Comparison of performance on Engineering fundamentals assessment.
E98: Project Engineering
13. Summary
• Engineering project education presents serious challenges in time, cost, personnel,
resource management, equipment and maintenance, and safety.
• Engineering faculty focus course preparation on engineering fundamentals, because
the fundamentals do not change and they can be adapted to differing circumstances.
• Forced to choose between engineering professionalism and engineering
fundamentals, engineering faculty will always choose engineering fundamentals.
Claim: Students must be shown how to adapt mathematics, science, and engineering
fundamentals to the differing circumstances presented by real design problems. They
do not learn this on their own.
The hypothesis guiding our experiment: Project skills training and experiences
ensure students learn mathematics, science and engineering fundamentals.
E98: Project Engineering