This document provides descriptions for several courses being offered by the College of Engineering at Drexel University. The courses cover topics such as fermentation and distillation processes, construction methods, entertainment technologies, cellular phone history and technologies, biomimetics, 3D printing, materials science, robotics, sustainable energy, manufacturing, and project management. The courses are designed to enhance understanding of 21st century technologies and require no prerequisites, with most carrying 3 undergraduate credits.
1) Engineering education is transforming due to the influence of information technology and entrepreneurship.
2) Societal infrastructure is on the threshold of disruptive changes due to technological advances.
3) American universities are leading the transformation of engineering education through research consortia and centers to prepare students for these changes.
5 - Anthology on the Ethical Issues in Engineering Practice (presented in a M...Youness Lahdili
This document discusses three key ethical issues in engineering practice: environmental ethics, computer ethics, and ethics in research. For environmental ethics, it discusses engineers' responsibility to consider the environmental impacts of the technologies they design and to follow principles of sustainable design. For computer ethics, it discusses issues like intellectual property, privacy, and how computers impact society. Engineers must ensure ethical use of computers. For research ethics, it discusses the importance of conducting research ethically and avoiding falsifying data. Engineers have a duty to protect participants and keep data accurate.
Dr. Ashutosh Tiwari is actively involved in the technological development of the charge to mass (e/m) health, self-powered devices, programmable medicine, intelligent- energy, security and automation etc.
Engineering is found everywhere and impacts nearly all aspects of modern life. Engineers design, build, and problem solve to improve technologies and find solutions to challenges. While engineering often involves math and science, it also requires skills such as communication, teamwork, and adaptability. There are many fields of engineering and career paths for engineers beyond design and construction, including management, technical support, and education. The document promotes engineering and discusses the diverse roles and impacts of engineers.
Technology is comprised of products and processes created by engineers to meet human needs and wants. It addresses areas like transportation, medical, manufacturing, communication, energy, environment and more. While technology provides many benefits like increased access to information, improved health and convenience, it also poses risks such as privacy issues, environmental pollution and overuse of resources if not developed responsibly. The impacts of technologies depend on how they are applied and regulated.
Technology is comprised of products and processes created by engineers to meet human needs and wants. It addresses areas like transportation, medical, manufacturing, communication, energy, environment and more. While technology provides many benefits like increased access to information, improved health and convenience, it also poses risks such as privacy issues, environmental pollution and overuse of resources if not developed responsibly. The impacts of technologies depend on how they are applied and regulated.
Boston University's Dean Lutchen Slides For Microsoft Presentation 1 30 09pbernard9
This document provides information about Boston University's College of Engineering. It discusses that BU is a major research university that offers world-class education across a diverse range of fields. The engineering programs are linked to cutting-edge research and offer accredited bachelor's degrees and graduate degrees. The college has over 100 faculty and focuses research efforts on areas like photonics, advanced materials, and healthcare technologies.
Throughout history, engineering has shaped human development and helped solve complex problems to improve quality of life. The importance of engineering and technology in our everyday lives is growing, particularly in renewable energy. With more wind, solar, and electric vehicles, further engineering innovations are needed to ensure grid networks can cope with increased flexibility and varying usage patterns. I believe relating theoretical knowledge to the real world is vital to an engineer.
1) Engineering education is transforming due to the influence of information technology and entrepreneurship.
2) Societal infrastructure is on the threshold of disruptive changes due to technological advances.
3) American universities are leading the transformation of engineering education through research consortia and centers to prepare students for these changes.
5 - Anthology on the Ethical Issues in Engineering Practice (presented in a M...Youness Lahdili
This document discusses three key ethical issues in engineering practice: environmental ethics, computer ethics, and ethics in research. For environmental ethics, it discusses engineers' responsibility to consider the environmental impacts of the technologies they design and to follow principles of sustainable design. For computer ethics, it discusses issues like intellectual property, privacy, and how computers impact society. Engineers must ensure ethical use of computers. For research ethics, it discusses the importance of conducting research ethically and avoiding falsifying data. Engineers have a duty to protect participants and keep data accurate.
Dr. Ashutosh Tiwari is actively involved in the technological development of the charge to mass (e/m) health, self-powered devices, programmable medicine, intelligent- energy, security and automation etc.
Engineering is found everywhere and impacts nearly all aspects of modern life. Engineers design, build, and problem solve to improve technologies and find solutions to challenges. While engineering often involves math and science, it also requires skills such as communication, teamwork, and adaptability. There are many fields of engineering and career paths for engineers beyond design and construction, including management, technical support, and education. The document promotes engineering and discusses the diverse roles and impacts of engineers.
Technology is comprised of products and processes created by engineers to meet human needs and wants. It addresses areas like transportation, medical, manufacturing, communication, energy, environment and more. While technology provides many benefits like increased access to information, improved health and convenience, it also poses risks such as privacy issues, environmental pollution and overuse of resources if not developed responsibly. The impacts of technologies depend on how they are applied and regulated.
Technology is comprised of products and processes created by engineers to meet human needs and wants. It addresses areas like transportation, medical, manufacturing, communication, energy, environment and more. While technology provides many benefits like increased access to information, improved health and convenience, it also poses risks such as privacy issues, environmental pollution and overuse of resources if not developed responsibly. The impacts of technologies depend on how they are applied and regulated.
Boston University's Dean Lutchen Slides For Microsoft Presentation 1 30 09pbernard9
This document provides information about Boston University's College of Engineering. It discusses that BU is a major research university that offers world-class education across a diverse range of fields. The engineering programs are linked to cutting-edge research and offer accredited bachelor's degrees and graduate degrees. The college has over 100 faculty and focuses research efforts on areas like photonics, advanced materials, and healthcare technologies.
Throughout history, engineering has shaped human development and helped solve complex problems to improve quality of life. The importance of engineering and technology in our everyday lives is growing, particularly in renewable energy. With more wind, solar, and electric vehicles, further engineering innovations are needed to ensure grid networks can cope with increased flexibility and varying usage patterns. I believe relating theoretical knowledge to the real world is vital to an engineer.
Prof Derek Clements-Croome -Sustainable intelligent buildings for peopleDerek Clements-Croome
This document summarizes a presentation on sustainable intelligent buildings. It discusses how integrating sustainability adds value through lower operating costs. It also discusses how building design impacts occupant well-being, learning, and productivity. Specifically, it finds ventilation rates and air quality significantly impact test scores and cognitive performance in schools. The document also outlines various innovative technologies like solar panels, self-healing materials, and bio-inspired designs that can help make buildings more sustainable.
This document provides information about the School of Chemical and Biomedical Engineering at NTU, including:
- Two direct-honors degree programs: Chemical & Biomolecular Engineering (CBE) and Bioengineering (BIE).
- CBE and BIE curriculum overviews outlining course requirements across four years of study.
- Employment statistics for CBE and BIE graduates, with top industry sectors and employers as well as average salaries.
- Information about overseas programs, academic competitions, and career development resources available to students.
The document provides information about the School of Civil and Environmental Engineering at NTU, including its degree programs. It discusses the Bachelor of Engineering degrees in Civil Engineering and Environmental Engineering, as well as the Bachelor of Science in Maritime Studies. It also provides details about some of the courses offered in each program, such as structural analysis, geotechnical engineering, environmental transport processes, and maritime law. Career prospects and employment statistics for each program are presented, showing high employment rates and salaries for graduates.
E-Waste - How to face this issue with the Technology itselfBruno Croci
This document discusses e-waste and sustainability. It begins by defining e-waste and the main causes of e-waste as planned and perceived obsolescence. It then discusses the growth of e-waste and environmental problems caused by toxic substances in electronics. The document outlines the objectives to investigate how technology faces environmental problems, and the methodology used. It finds that initiatives like upgrading, open-source software, e-waste recycling programs, and the StEP initiative are ways technology addresses e-waste issues. It concludes that while alternatives exist, a definitive solution has not been found yet.
The document provides information about the School of Mechanical and Aerospace Engineering at NTU, Singapore. It discusses the degree programs offered in mechanical engineering and aerospace engineering, the facilities and research funding available, career prospects and rankings. Experiential learning opportunities for students include hands-on machining classes and the opportunity to work with researchers. The starting salaries for graduates of these programs are reported to be around $3,650-3,873.
Introduction to Engineering and Profession Ethics Lecture2-The Engineering Pr...Dr. Khaled Bakro
This chapter discusses preparing for an engineering career. It introduces the engineering profession and provides answers to common questions about engineering. Some key points covered include choosing an engineering discipline, traits of successful engineers, and what engineers do in different fields like civil, electrical, and mechanical engineering. The chapter emphasizes the importance of time management, daily preparation, attending class, getting help, and joining an engineering organization to succeed in an engineering program and career.
This document discusses the engineer's responsibilities regarding construction safety. It argues that while contractors are typically responsible for safety during construction, engineers have an ethical obligation to consider safety in their designs. The "prevention through design" approach aims to anticipate and minimize hazards during construction by incorporating safety considerations early in the design process. While engineers fear this could increase their liability, prevention through design is a proactive rather than reactive role that can help reduce injuries, fatalities and costs over the long run by designing structures with worker safety in mind.
1. Nomad Eyes was created to develop affordable and accessible sensing technologies for public safety, health and security.
2. It provides free software and sensors that can be used on smartphones and other devices to detect chemicals, explosives, biopathogens and radiation.
3. The sensors and network allow thousands of devices to collectively monitor the environment and share information to help identify threats and keep people informed.
The document discusses several types of engineering, including aerospace engineering, agricultural engineering, avionics engineering, chemical engineering, civil engineering, computer engineering, electrical engineering, environmental engineering, food engineering, and genetic engineering. It provides 1-2 paragraphs on each field, describing what each type of engineer does and some of their responsibilities and specializations.
This document discusses emerging technologies and strategies for jobs, education, and communities. It covers topics like STEM education, globalization, innovation, transdisciplinarity, and the future of technology. The key question presented is how we can organize to produce innovation and innovators for the 21st century. A variety of views and examples are provided relating to forecasting technology, mixed reality, mobile devices surpassing PCs, and the importance of interdisciplinary learning.
This document provides an executive summary of a fellowship report on green roofs and vertical gardens. The fellowship involved traveling to Singapore, the US, and Canada to learn about green roof design, implementation, maintenance, promotion and education. Key findings from the international experience include various benefits of green roofs such as reducing the urban heat island effect, improving air and water quality, and increasing roof longevity. The fellowship identified skills gaps in Australia regarding green roofs, such as understanding different systems, budgeting, standards, and installation procedures. Recommendations are provided for government, industry, education, and communities to help transfer knowledge on green roofs to an Australian context.
This document provides an overview of engineering ethics and several case studies related to ethical issues engineers may face. It discusses what engineering ethics is, why it is studied, and its scope. Several case studies are then summarized related to a killer robot, issues with the DC-10 aircraft, whistleblowing, structural issues with the Citicorp building, and the tragedy of the Space Shuttle Challenger. Sample codes of ethics are also briefly mentioned.
The document provides an overview of recent developments at the Institute of Materials Science (IMS) at the University of Connecticut:
- UConn and FEI Co. signed an agreement to develop a $25 million world-class center for electron microscopy and materials science research housed at UConn's new Innovation Partnership Building. The center will feature some of the most advanced electron microscopes in the world.
- IMS faculty member Dr. Anson Ma led teams of students in collaborating with a company to 3D print prototypes of artificial organs, such as kidneys, using advanced 3D printing techniques.
- New IMS faculty member Dr. Kelly Burke studies the development of novel responsive biomaterials and their interactions
“5th World: Texas Industry Cluster Initiative and 21st-Century Science, Techn...Jim "Brodie" Brazell
This document discusses emerging technologies and their impact on workforce education. It provides examples of how Texas State Technical College (TSTC) is addressing technological convergence through new programs in areas like computer forensics, hybrid vehicles, fuel cells, and digital games. TSTC publishes reports on these emerging technologies to help guide new curriculum development. The document also discusses leaders in science and technology economic development and potential K-12 educational solutions, like transdisciplinarity.
Korea UKTI Green Buildings Trade Mission PresentationDavid Wortley
The document discusses smart buildings and how integrating physical and virtual spaces can add value and reduce costs. It describes how ambient devices can deliver increased control and functionality while technology becomes more personalized. Physical spaces are important for building social and economic networks. The Serious Games Institute is an international center applying immersive technologies to serious issues. It explores how smart buildings can satisfy human needs through rich experiences while ensuring efficiency, security, and reliability through automated processes and sensors. Integrating physical and virtual spaces through technologies like visualization, sensors, geotagging, augmented reality and social networking can develop personalized relationships between users and spaces.
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My Career In Engineering
This document discusses the author's passion for engineering which began when they learned about how technology improves lives. Their interest grew due to influences from their mathematics and physics teachers, who were engineers, and learning about the role of technology in computer science. The author believes their skills in mathematics and physics would make them a proficient engineer, as shown by their performance in math competitions. They have gained engineering knowledge from studying related subjects and books. Their goal is to create more efficient prosthetic limbs to help amputees through their engineering career.
Engineering ethics courses aim to teach students both codes of ethics and independent ethical thinking. While codes provide guidelines, they cannot
address every situation and technology changes over time. Exposing students only to codes risks creating engineers who rely too heavily on rules
without understanding ethics. It is best to teach codes but also encourage critical thinking so students can evaluate new issues not directly addressed in
codes. This prepares them to make well-reasoned ethical decisions throughout their careers as technologies continue advancing.
This document provides an introduction to an engineering course, including information about the instructor, course topics, and meeting schedule. It discusses what engineers do, exploring different engineering fields and technologies. It covers personal and professional ethics, where to find information, and the engineering design process. Key points include engineering aims to solve problems and improve life, there are many engineering disciplines, and engineers follow codes of ethics to act responsibly and benefit society.
Sources of Innovative Opportunity and Mass-Customization – An Analysis of ...Mikko Ahonen
A short 15-minutes presentation in the 5th World Conference on Mass Customization & Personalization MCPC2009 in Helsinki, Finland.
The actual research paper can be found at: http://beyondcreativity.blogs.com/mblog/2009/09/masscustomization-mcpc2009-emf-health-business-in-drucker-framework.html
Prof Derek Clements-Croome -Sustainable intelligent buildings for peopleDerek Clements-Croome
This document summarizes a presentation on sustainable intelligent buildings. It discusses how integrating sustainability adds value through lower operating costs. It also discusses how building design impacts occupant well-being, learning, and productivity. Specifically, it finds ventilation rates and air quality significantly impact test scores and cognitive performance in schools. The document also outlines various innovative technologies like solar panels, self-healing materials, and bio-inspired designs that can help make buildings more sustainable.
This document provides information about the School of Chemical and Biomedical Engineering at NTU, including:
- Two direct-honors degree programs: Chemical & Biomolecular Engineering (CBE) and Bioengineering (BIE).
- CBE and BIE curriculum overviews outlining course requirements across four years of study.
- Employment statistics for CBE and BIE graduates, with top industry sectors and employers as well as average salaries.
- Information about overseas programs, academic competitions, and career development resources available to students.
The document provides information about the School of Civil and Environmental Engineering at NTU, including its degree programs. It discusses the Bachelor of Engineering degrees in Civil Engineering and Environmental Engineering, as well as the Bachelor of Science in Maritime Studies. It also provides details about some of the courses offered in each program, such as structural analysis, geotechnical engineering, environmental transport processes, and maritime law. Career prospects and employment statistics for each program are presented, showing high employment rates and salaries for graduates.
E-Waste - How to face this issue with the Technology itselfBruno Croci
This document discusses e-waste and sustainability. It begins by defining e-waste and the main causes of e-waste as planned and perceived obsolescence. It then discusses the growth of e-waste and environmental problems caused by toxic substances in electronics. The document outlines the objectives to investigate how technology faces environmental problems, and the methodology used. It finds that initiatives like upgrading, open-source software, e-waste recycling programs, and the StEP initiative are ways technology addresses e-waste issues. It concludes that while alternatives exist, a definitive solution has not been found yet.
The document provides information about the School of Mechanical and Aerospace Engineering at NTU, Singapore. It discusses the degree programs offered in mechanical engineering and aerospace engineering, the facilities and research funding available, career prospects and rankings. Experiential learning opportunities for students include hands-on machining classes and the opportunity to work with researchers. The starting salaries for graduates of these programs are reported to be around $3,650-3,873.
Introduction to Engineering and Profession Ethics Lecture2-The Engineering Pr...Dr. Khaled Bakro
This chapter discusses preparing for an engineering career. It introduces the engineering profession and provides answers to common questions about engineering. Some key points covered include choosing an engineering discipline, traits of successful engineers, and what engineers do in different fields like civil, electrical, and mechanical engineering. The chapter emphasizes the importance of time management, daily preparation, attending class, getting help, and joining an engineering organization to succeed in an engineering program and career.
This document discusses the engineer's responsibilities regarding construction safety. It argues that while contractors are typically responsible for safety during construction, engineers have an ethical obligation to consider safety in their designs. The "prevention through design" approach aims to anticipate and minimize hazards during construction by incorporating safety considerations early in the design process. While engineers fear this could increase their liability, prevention through design is a proactive rather than reactive role that can help reduce injuries, fatalities and costs over the long run by designing structures with worker safety in mind.
1. Nomad Eyes was created to develop affordable and accessible sensing technologies for public safety, health and security.
2. It provides free software and sensors that can be used on smartphones and other devices to detect chemicals, explosives, biopathogens and radiation.
3. The sensors and network allow thousands of devices to collectively monitor the environment and share information to help identify threats and keep people informed.
The document discusses several types of engineering, including aerospace engineering, agricultural engineering, avionics engineering, chemical engineering, civil engineering, computer engineering, electrical engineering, environmental engineering, food engineering, and genetic engineering. It provides 1-2 paragraphs on each field, describing what each type of engineer does and some of their responsibilities and specializations.
This document discusses emerging technologies and strategies for jobs, education, and communities. It covers topics like STEM education, globalization, innovation, transdisciplinarity, and the future of technology. The key question presented is how we can organize to produce innovation and innovators for the 21st century. A variety of views and examples are provided relating to forecasting technology, mixed reality, mobile devices surpassing PCs, and the importance of interdisciplinary learning.
This document provides an executive summary of a fellowship report on green roofs and vertical gardens. The fellowship involved traveling to Singapore, the US, and Canada to learn about green roof design, implementation, maintenance, promotion and education. Key findings from the international experience include various benefits of green roofs such as reducing the urban heat island effect, improving air and water quality, and increasing roof longevity. The fellowship identified skills gaps in Australia regarding green roofs, such as understanding different systems, budgeting, standards, and installation procedures. Recommendations are provided for government, industry, education, and communities to help transfer knowledge on green roofs to an Australian context.
This document provides an overview of engineering ethics and several case studies related to ethical issues engineers may face. It discusses what engineering ethics is, why it is studied, and its scope. Several case studies are then summarized related to a killer robot, issues with the DC-10 aircraft, whistleblowing, structural issues with the Citicorp building, and the tragedy of the Space Shuttle Challenger. Sample codes of ethics are also briefly mentioned.
The document provides an overview of recent developments at the Institute of Materials Science (IMS) at the University of Connecticut:
- UConn and FEI Co. signed an agreement to develop a $25 million world-class center for electron microscopy and materials science research housed at UConn's new Innovation Partnership Building. The center will feature some of the most advanced electron microscopes in the world.
- IMS faculty member Dr. Anson Ma led teams of students in collaborating with a company to 3D print prototypes of artificial organs, such as kidneys, using advanced 3D printing techniques.
- New IMS faculty member Dr. Kelly Burke studies the development of novel responsive biomaterials and their interactions
“5th World: Texas Industry Cluster Initiative and 21st-Century Science, Techn...Jim "Brodie" Brazell
This document discusses emerging technologies and their impact on workforce education. It provides examples of how Texas State Technical College (TSTC) is addressing technological convergence through new programs in areas like computer forensics, hybrid vehicles, fuel cells, and digital games. TSTC publishes reports on these emerging technologies to help guide new curriculum development. The document also discusses leaders in science and technology economic development and potential K-12 educational solutions, like transdisciplinarity.
Korea UKTI Green Buildings Trade Mission PresentationDavid Wortley
The document discusses smart buildings and how integrating physical and virtual spaces can add value and reduce costs. It describes how ambient devices can deliver increased control and functionality while technology becomes more personalized. Physical spaces are important for building social and economic networks. The Serious Games Institute is an international center applying immersive technologies to serious issues. It explores how smart buildings can satisfy human needs through rich experiences while ensuring efficiency, security, and reliability through automated processes and sensors. Integrating physical and virtual spaces through technologies like visualization, sensors, geotagging, augmented reality and social networking can develop personalized relationships between users and spaces.
Essay about Career Profile: Engineering
Industrial Engineering Essay
Ethics in Engineering Essay
Green Engineering Essay
Essay on Why I Want to be a Professional Engineer
Civil Engineering Essay
A Successful Engineer Essay
The Career of Engineering Essay
Essay about software engineering
Tissue Engineering Essays
Civil Engineering Essay
The Importance Of Electrical Engineering
Essay about software engineering
Essay on Mechanical Engineering
I Want to Be an Aerospace Engineer
Designing And Problem Of An Engineer Essay
Essay on Biomedical Engineering
Proses Of Becoming An Engineer Essay
A Successful Engineer Essay
Essay on Engineering Developments
Essay on Architectural Engineering
A Degree in Engineering Application Essay example
Essential Characteristics of an Engineer Essay
Women in Engineering
Engineering Essay : What Is Engineering?
The Career of Engineering Essay
Mechanical Engineering Research Paper
My Career In Engineering
This document discusses the author's passion for engineering which began when they learned about how technology improves lives. Their interest grew due to influences from their mathematics and physics teachers, who were engineers, and learning about the role of technology in computer science. The author believes their skills in mathematics and physics would make them a proficient engineer, as shown by their performance in math competitions. They have gained engineering knowledge from studying related subjects and books. Their goal is to create more efficient prosthetic limbs to help amputees through their engineering career.
Engineering ethics courses aim to teach students both codes of ethics and independent ethical thinking. While codes provide guidelines, they cannot
address every situation and technology changes over time. Exposing students only to codes risks creating engineers who rely too heavily on rules
without understanding ethics. It is best to teach codes but also encourage critical thinking so students can evaluate new issues not directly addressed in
codes. This prepares them to make well-reasoned ethical decisions throughout their careers as technologies continue advancing.
This document provides an introduction to an engineering course, including information about the instructor, course topics, and meeting schedule. It discusses what engineers do, exploring different engineering fields and technologies. It covers personal and professional ethics, where to find information, and the engineering design process. Key points include engineering aims to solve problems and improve life, there are many engineering disciplines, and engineers follow codes of ethics to act responsibly and benefit society.
Sources of Innovative Opportunity and Mass-Customization – An Analysis of ...Mikko Ahonen
A short 15-minutes presentation in the 5th World Conference on Mass Customization & Personalization MCPC2009 in Helsinki, Finland.
The actual research paper can be found at: http://beyondcreativity.blogs.com/mblog/2009/09/masscustomization-mcpc2009-emf-health-business-in-drucker-framework.html
Engineering is the application of science and mathematics to invent, design, build, and improve structures, machines, tools, and systems. Engineers are problem solvers who make things work better, more efficiently, quicker and cheaper. Some key types of engineering include civil, mechanical, electrical and electronics, computer science, and automotive engineering. Engineering benefits society by creating innovations that improve lives and drives technological progress, while also providing rewarding careers for engineers with opportunities for creativity, challenge, learning, and financial stability.
Green nanotechnology aims to develop clean nanotechnologies that minimize environmental and human health risks. It focuses on designing environmentally benign nanoparticles and green methods for large-scale production. The goals are to test nanoparticles for toxicity and redesign as needed, develop single-solvent phase production methods that control particle size and properties, and discover efficient approaches to integrate nanoparticles into novel devices. A marriage of nanotechnology and green engineering could make new nanotechnologies clean from the start and allow green technologies to use nanotechnology to boost performance in a more sustainable way.
This document discusses green nanotechnology and its applications in automobiles. It begins with an introduction to green engineering and nanotechnology, explaining their principles and potential benefits. It then discusses how marrying nanotechnology with green engineering principles can help develop clean nanotechnologies from the start and use nanotechnology to boost performance of green technologies. Some potential automotive applications of nanotechnology mentioned include improved materials, coatings, cooling fluids, batteries, sensors, and more efficient vehicles. The document also discusses the role of mechanical engineering in nanotechnology development and challenges around systems integration and manufacturing at the nanoscale. In closing, it discusses using nanofluids to improve thermal management for vehicles.
The EnergyTech conference series began in 2010 through productive dialog and interaction between technology and systems engineers / professionals within INCOSE, IEEE, and NASA GRC. The 2015 conference addresses the changing dynamics and emerging technologies in Energy, and also deals with some of the most significant, consequential risks and issues in our critical infrastructure, posing major threats to civilized existence.
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This document discusses computer engineering as a discipline that integrates electrical engineering and computer science. Computer engineers are trained in both hardware and software design. They work on projects ranging from microprocessors to supercomputers and are also involved in fields like robotics. The study of computer engineering involves both technical skills in areas like math, physics, and programming, as well as soft skills like communication. Popular programming languages and areas of specialization in computer engineering are also outlined.
Key note presentation for EWB-UK's Going Global conference (http://www.ewb-uk.org/goingglobal). Presentation looked at the what? how? and why? of a global engineer focussing on engineering education.
TSTC Emerging Technologies and the 5th World discusses how science and technology convergence is transforming workforce education. S&T convergence involves the synergistic combination of nanotechnology, biotechnology, information technology, and neuroscience. This is fueling rapid technological progress and creating demand for new skills. TSTC is identifying emerging technology programs like nanotechnology, digital games, and fuel cells to prepare students for in-demand jobs. Leaders in economic development are focusing on building technopoles through initiatives in innovation, networking, human capital, and public-private partnerships. Promising K-12 solutions exist through transdisciplinary learning models and online gaming platforms that engage students in science.
Similar to Drexel University Ex3 Course Flyer 2015 (16)
The document announces a sexual harassment training seminar on March 20, 2018 from 9:00 a.m. to 10:00 a.m. with networking starting at 8:30 a.m. and a light breakfast provided. Space for the event is limited. The seminar will be presented by ParkerMcCay and aims to help attendees avoid lawyers by providing sexual harassment training.
This document profiles Kate Gamble, an author who writes for the Alstin communications blog. It provides biographical information on Kate, describing her work across PR and HR. It also lists several blog posts written by Kate on topics related to recruiting, social media, and managing people. The document serves as an online portfolio for Kate showcasing her experience and areas of expertise.
Drexel University College of Engineering Engineering Leader of the Year Invit...Katherine Gamble
The document announces that James F. Albaugh has been selected as the 10th Annual Engineering Leader of the Year by Drexel University's College of Engineering. It provides details on Albaugh's career accomplishments, including his current role as CEO of Boeing Commercial Airplanes, as well as his previous leadership positions in Boeing's defense and space divisions. It notes that Albaugh has received several awards for his contributions to the aerospace industry and serves on the boards of multiple organizations in both the private and nonprofit sectors.
Drexel University College of Engineering Engineering Leader of the Year Invit...Katherine Gamble
Each year, Drexel University's College of Engineering selects an engineer as their Engineering Leader of the Year who exemplifies excellence in their field. This year's award is being given to Dr. Linda M. Abriola, a Drexel alumna and current Dean of the School of Engineering at Tufts University. Dr. Abriola is being honored for her leadership in environmental engineering, commitment to the National Academy of Engineering, and contributions to addressing today's societal problems through engineering. A ceremony will be held on February 22nd at The Rittenhouse Hotel in Philadelphia to present Dr. Abriola with the 11th Annual Engineering Leader of the Year award.
Drexel University Student Quote Recruitment Flyer 2015Katherine Gamble
The document discusses the benefits of Drexel University's cooperative education (co-op) program from the perspective of engineering alumni. It contains several positive reviews highlighting how the co-op program provided valuable real-world work experience that helped graduates land jobs and gain professional skills. Specifically, the co-ops allowed students to explore different workplaces and industries, build up their resumes over multiple revisions, and make industry connections that aided in finding full-time work. The hands-on learning and fast-paced school environment were said to better prepare students for careers in engineering compared to other universities.
This document lists the majors, minors, and accelerated degree options available through the College of Engineering at Drexel University. It offers 13 undergraduate majors in various engineering disciplines, as well as opportunities for engineering minors and 5-year combined bachelor's/master's programs. It highlights the co-op program through which students can gain hands-on work experience, and mentions some recent co-op employers. It provides brief overviews of the first-year design program and the Lockheed Martin Engineering Leadership Program.
Katherine Gamble completed a Supervisory Certificate Program through Drexel University. She earned a Certificate of Completion for this program on January 16, 2014. The document certifies Katherine Gamble's participation in and completion of the Supervisory Certificate Program from Drexel University.
Drexel University College of Engineering Strategic Plan 2013-2018Katherine Gamble
This document provides a strategic plan for the Drexel University College of Engineering for 2013-2018. The plan outlines the college's mission, vision, and core values. It then describes 4 strategic goals: 1) Build a research agenda that addresses society's most pressing challenges such as energy/environment, health, and cyberinfrastructure. 2) Create a boundaryless learning environment and empowering student experience through experiential learning, international experiences, online education, and partnerships with other colleges. 3) Be a catalyst for Drexel's Innovation Neighborhood by establishing research centers there and collaborative workspaces. 4) Redesign the college's financial architecture by growing research funding, leveraging intellectual property, expanding online programs, and
Drexel University College of Engineering IA Booklet 2015Katherine Gamble
The document discusses Drexel University's College of Engineering. It provides an overview of the college, including its degree programs, accreditations, enrollment statistics, and co-op program. It highlights the college's focus on cultivating students' creativity and imagination through programs like the Engineering Learning Communities. It also profiles two students, Sylvia Herbert and Greg Scott, to showcase the impact of an education from the College of Engineering. In closing, the dean invites readers to support the college's strategic plan and help advance its mission.
Drexel University College of Engineering IA Booklet 2015
Drexel University Ex3 Course Flyer 2015
1. C O U R S E S
In Good Spirits: The Process of Fermentation and Distillation
CHE 399 Dr. Steven Wrenn and Dr. Giuseppe Palmese
This course will describe fermentation and distillation in easy-to-understand language and will
explain where and how fermentation and distillation are used to create and purify common
products, including beverages (e.g., fermentation to produce beer and wine; distillation to make
whiskey and brandy) and fuels (e.g., fermentation of corn to produce ethanol; distillation of crude
oil to produce gasoline). The course is non-mathematical and has no prerequisites other than
being a student in good standing at Drexel.
Hardhat Required: How Things Get Built
CMGT 380 Dr. Robert Muir
Catch a glimpse of how buildings, bridges, residential properties and the rest of our built
environment are constructed. Topics include physical systems such as structural, architectural,
electrical and mechanical as well as a practical approach to framing components, wall and roof
installation, flooring, finishes, HVAC, electrical distribution, and lighting. The course will briefly
touch on legal and regulatory requirements and introduce basic construction management
practices.
Here We Are Now. Entertain Us! An Introduction to Entertainment Engineering
ECE 121 Dr. Youngmoo Kim
This introductory survey course focuses on four prevailing entertainment media: music, images,
video, and interfaces. We explore how each medium is represented digitally and reveal the
technologies used to capture, manipulate and display such content. Technical standards used in
everyday entertainment devices (mp3, H.264, JPEG, 1080p, HDMI) will be explained in layman’s
terms. The goal is to provide all students with the technical literacy to be informed consumers
and creators of digital media.
Do It YourCell Phone
ECE 290 Dr. Bruce Eisenstein
This course will survey the field of communications from the early telegraph and telephone through
radio, television, modern telephones, walkie-talkies, CB radio, Internet, WiFi, Bluetooth, and of
course, cell phones. In addition to learning how all of these systems work, students will gain an
appreciation for the commonality that is inherent in all human communication.
Be informed in the
Technologies
of the 21st
Century
The College of Engineering is
pleased to announce courses
designed to enhance the
understanding of the technologies
that are driving and shaping
economic and cultural change in
the 21st
century.
All courses are
open to all students.
No prerequisite
requirements.
Most carry 3 undergraduate credits.
E X P L O R E
E X P L A I N
E X P E R I E N C E
Please see reverse side for more courses.
For more information, visit Drexel.edu/engineering/ex3
2. Bioinspiration and Biomimetics: From the Gecko’s Foot
to the Bat’s Ear
ECE 190 Dr. Yon Vissell
Although engineering has advanced immensely in the recent past,
driven by human ingenuity, nature has a head start of millions of years
and billions of organisms, all finely honed through natural selection.
This course will explore marvels of engineering in the natural world,
and how they are inspiring the design of new technologies ranging
from biomedical sensors to robotic skin.
Change Your World with 3D Printing
INDE 364 Dr. Yalcin Ertekin / Dr. Michael Mauk
Uncover the mystery of 3D printing in this course designed for non-
engineering majors. 3D printing, also known as rapid-prototyping,
has revolutionized everything from toy design to high tech products.
Supported by computer-aided design (CAD) software, this is a hands-
on course during which you will develop a design model and fabricate
parts using the most current tools including 3D printers, laser cutters
and desktop engravers. If you have an idea for a new invention or
simply want to replace the cover of your iPhone, this course will show
you how to design and develop a working product prototype.
Stuff Matters: Exploring the Marvelous Materials that
Shape Our World
MATE 120 Dr. Chris Weyant
Why is glass see-through? Why does a paperclip bend? What
makes a rubber band stretchy? Have you ever wondered why the
products around us are made from certain materials? Who chose
those materials and why? This introductory course will explore the
common materials in the products all around us.
Bio-Inspired Intelligent Robots
MEM 380 Dr. M. Ani Hsieh
Survey the latest technology that make engineering robots look
and behave like insects, animals, and even humans. The course
will investigate how the role of engineering design and engineered
systems can help to better understand biology. Students will learn
how biologically-inspired engineered systems are making an impact
in the fields of medicine, manufacturing, environmental sciences,
and disaster mitigation. The course is non-mathematical and has no
prerequisites other than being a student in good standing at Drexel.
Two (Robot) Heads Are Better Than One
MEM 380 Dr. M. Ani Hsieh
Tiny robots working together can communicate and collaborate in
“swarms” and use their collective intelligence….well, intelligently.
Learn the latest developments in this exciting area with examples
drawn from biology, economics and robotics. One of the goals of
this course is to provide students with an understanding of the
technological and scientific challenges of modeling, analyzing,
and building complex systems. In addition students will learn how
modern scientific research is leveraging the power of collective
intelligence to solve some of the most challenging problems in
environmental sciences, medicine, and astrophysics, to name a few.
The course is non-mathematical and has no prerequisites other than
being a student in good standing at Drexel.
Bio-Inspired Design
MEM 380 Dr. Hisham A. Abdel-Aal
What are the non-conventional mechanical approaches found in
nature and how can this knowledge lead to more creativity and better
(simpler, smaller, more robust) solutions in conventional technology. The
course discusses a large number of biological organisms with smart
constructions, unusual mechanisms or clever processing methods
and gives a number of technical examples of bio-inspired instruments
and machines. Topics will include: energy, reproduction, maintenance,
motion, propulsion, processing, sensing, and behavior of biological
systems.
Racing Against Machines
MEM 380 Dr. M. Ani Hsieh
In the 21st century, robotics and automation technology will begin to
permeate all aspects of digital life. Today, we live in a world with robotics
vacuums, intelligent transportation systems, and real-time automated
translation of human languages. We are facing the rise of self-driving
cars, package delivering drones, and tele-medicine where doctors
can perform complex medical procedures remotely. While much of
this technology is having a positive impact on our everyday lives, it is
has profound economic, social, and ethical implications. This course
will investigate the impact of automation and robotics technology on
society and the economy. The course is non-mathematical and has no
prerequisites other than being a student in good standing at Drexel.
Green Energy: The Answer, My Friend, is Blowin’ in the
Wind… And a Few Other Places
MEM 380 Dr. Hisham A. Abdel-Aal
The course aims to introduce and explain the concepts, methods, tools
and technologies related to sustainable energy. Topics will include
wind energy and the physical principles of wind power generation;
environmental and political impacts of choosing green solutions; design
for energy savings; and optimizing the effects of sunlight, wind, terrain
features, and hydrology. Solar photovoltaic systems will be explained
and related issues of economic viability will be explored.
Lean, Mean and Green: Sustainable Manufacturing
MEM 380 Dr. Hisham A. Abdel-Aal
The course aims to introduce and explain the design concepts,
methods, tools and some technologies, and operations of sustainable
lean and green manufacturing systems and processes. It also covers
the assessment, audit, design and maintenance of sustainable green
manufacturing products, processes, service systems, and leads towards
the entire greening process of multi-lifecycle manufacturing operations,
factories and their supply chains.
Work Smarter Not Harder: Project Management That Works
PROJ 380 Dr. Frank T. Anbari
Project management is a discipline that can be applied to gain efficiency
and effectiveness in many areas of your life, and particularly, your
work. Learn the essentials of managing projects. Enhance your project
performance. Impress your next co-op employer or your current boss.
Learn the hands-on fundamentals of project management that will
ultimately impact your performance throughout your life, no matter what
your chosen field.
For more information, visit Drexel.edu/engineering/ex3