A brief intro to the undergraduate program at Thayer School of Engineering at Dartmouth. For more information, visit Thayer's welcome website at engineering.dartmouth.edu/welcome/
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See the ins and outs of Thayer School of Engineering and get a brief introduction to Undergraduate Engineering at Dartmouth. For more info, visit engineering.dartmouth.edu
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We ask our panel of experts, "Is having an undergraduate engineering degree an advantage in the application process?"
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www.eee.manchester.ac.uk Electrical and Electronic Engineering is a continuously evolving subject. As technology has advanced so have the challenges facing the modern engineer. The undergraduate degree programmes offered by the School provide a comprehensive foundation in the core topics of Electrical and Electronic Engineering coupled with an area of specialism relevant to emerging engineering challenges.
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Here are some example images of the work done by a couple of undergraduate mechanical engineers at the University of Sheffield. The images are examples of work produced throughout the four year MEng undergraduate degree. The FEA was undertaken mostly on ANSYS and the CFD program used was FLUENT and GAMBIT. Thanks to Barry Tan, Ralph Wilson, Dara Leyden, Nigel Presley and Henry Brunskill for the content.
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Emilia Czyszczon is a Purdue University Undergraduate Student Researcher in Agricultural & Biomedical Engineering. Her research is in the study of bacteriophages.
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Learn how Pratt undergraduate engineers built and control their underwater robot, Charybdis.
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An undergraduate engineering student team in a mechanical engineering capstone design class (ENME472) gives an overview of their project -- a sensor and circuit system to prevent car door dings. Watch this video to see the how Clark School undergrad students try and solve real-world, everyday problems. A. James Clark School of Engineering University of Maryland
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In March of 2011, 10 undergraduate engineering societies got together and built a light switch over 1790km in length. The Rube Goldberg machine started in Thunder Bay at Lakehead University and ended at the CN Tower. Through a series of cell phone and internet connections, each school's Rube Goldberg machine sent the signal on to the next school's machine. Schools involved were: Lakehead University Carleton University University of Ontario Institute of Technology McMaster University University of Western Ontario Conestoga College University of Waterloo University of Guelph University of Toronto Ryerson University Thank you to The Ontario Society of Professional Engineers and the CN Tower for all their support. We do not own the rights to the songs used in this video. Kings and Queens by 30 Seconds to Mars Hot n Cold by Katy Perry
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Embry-Riddle offers undergraduate engineering degrees in electical engineering, software engineering, civil engineering, mechanical engineering, computer science and aerospace engineering.
Video from Massachusetts school of law experts about Sharif University's Electrical Engineering Department ranking in undergraduate level. It is one of the best in the world! www.newsweek.com
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Arizona State University Ira A. Fulton School of Engineering Fulton Undergraduate Research Initiative (FURI)
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Founded in 1870, Stevens is a premier private coeducational institution focused on research and entrepreneurship. Stevens is committed to exploring the frontiers of engineering, science, and management. Stevens creates new knowledge and educates and inspires students to acquire the competencies needed to lead in scientific discovery and in the creation, application and management of technology to solve complex problems and to build new enterprises. The Institutional Vision: Stevens believes that solutions to many of the critical problems that face humanity can be found in improved use and understanding of technology, and that it is the duty of the Institute to produce engineers, scientists and business leaders prepared for this challenge. This vision is embodied in a concept referred to as "Technogenesis®," the process of education that begins with the inception of an idea and proceeds through the engineering and marketing phases of the development of a product or service which germinates from the idea. Inherent in this concept is the requirement that the educational structure and research effort be multi-disciplinary and interdisciplinary. It provides researchers with the opportunity to collaborate in research efforts that cut across disciplinary boundaries and also provides the working professional with the broad educational experience that is essential in career enhancement. Stevens demonstrates its commitment through the development of several startup companies <b>...</b>
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Here are some examples of work carried out by undergraduate Mechanical Engineers at the University of Sheffield. They are given a vague real world problem and have to set up a viable business proposal and come up with a profitable solution.
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MSOE (Milwaukee School Of Engineering) undergraduate engineering students participate in an SAE Aero Design Competition intended to provide a real-life engineering challenge. Design focus includes minimizing the weight of the plane and increasing the amount of cargo it can carry through high lift and thrust loads. Master Proheat Varitemp® heat gun is used to apply their Monokote® material during the wing's construction. The Monokote® gets tacked on first with a heat sealing tool, then the Master Proheat Varitemp® heat gun is used to essentially shrink wrap the Monokote®.
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WVU's College of Engineering and Mineral Resources offers an exciting learning environment where you can participate in cutting edge, undergraduate research, get involved in student organizations, and still have time to do everything you enjoy. www.cemr.wvu.edu
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www.njit.edu The Neuro-Bridge is a medical device with the objective of providing rehabilitative treatment for people affected by any peripheral neural damage than can directly or indirectly causes muscular weakness. Many patients are affected by countless peripheral neural disorders that do not give a person the necessary neural signals to contract and relax the required muscles to perform a specific movement. These peripheral neural problems can be caused by stroke, multiple sclerosis, traumatic injuries, spinal cord injuries or other neural disorders. The project will work with a strategy of using healthy and unaffected EMG signals from one unaffected muscle or more. Then these EMG signals are processed through a circuit that produces usable and functional signals. These signals are consequently sent to the affected muscle that is affected by the neural problem. The unaffected and affected muscles that will be chosen are those that work together on the same specific movement. The Department of Biomedical Engineering was established in 2001 to draw on the university's expertise in such areas as microelectromechanical systems and tissue engineering, in support of New Jersey's burgeoning biotechnology industry. In just a few years, the department has become one of the largest in the Newark College of Engineering. In 2003, the Department of Biomedical Engineering moved into specially designed space in Fenster Hall. Equipped with dedicated laboratories and classrooms the <b>...</b>
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While undergraduate engineers often don't take quantum mechanics the basics are needed to understand how lasers work. This is a woefully inadequate attempt to review the basics of QM in twenty minutes. This video was developed to support an undergraduate course in electrical engineering at a large state university in the US.
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On October 12th, the Undergraduate Programs Office held its bi-annual Career Fair, intended to help students think ahead to potential full-time, co-op, or internship opportunities. More than 600 undergraduate and graduate students attended the fair, which provided them with an opportunity to meet and talk with over 60 employers. For more information, visit www.engr.uconn.edu
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Here is a method of evaluating definite integrals that is not often taught to undergraduate engineers and physicists. It probably should be. NOTE: IN THE FINAL EQUATION where I wrote alpha, it should be 3. That should be clear, as mentioned at the time that I was letting alpha equal 3, I just got nervous at the camera. If you have any questions, feel free to ask.
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NJIT Undergraduate Research Projects- Rotary Engine. Presented by Mechanical Engineering students.
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While undergraduate engineers often don't take quantum mechanics the basics are needed to understand how lasers work. This is a woefully inadequate attempt to review the basics of QM in twenty minutes. This video was developed to support an undergraduate course in electrical engineering at a large state university in the US.
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The Undergraduate Business Council, in partnership with the Student Engineering Council, proudly presents their Texas Revue Musical for 2009...West Campus Story! As in the beloved American musical West Side Story, West Campus Story is about the journey of two people that fall for one another despite intense animosity between their factions. Instead of a feud between the Sharks and the Jets in New York City, this musical's conflict lies between students from the McCombs School of Business and the Cockrell School of Engineering. In this fictional world, that contains its own "Resolution 8" which prohibits inner-school dating, the students manage to find peace, friendship, and - most importantly - love. Please, sit back and enjoy as some of the University's finest accountants, bankers, entrepreneurs and engineers dance and sing their way into your heart.
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This video, that was shown at the end of the 2009 senior project conference is a tribute to the graduating seniors in the BME class of 2009 for exhibiting an endless amount of determination and perseverance through all 4 years and for maturing into exemplary biomedical engineers. Songs: Furious Angels (Rob Dougan) Heartbeat (Kal Ho Na Ho OST) Gonna Fly Now (Rocky OST)
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This collection of videos was created about half a century ago to explain fluid mechanics in an accessible way for undergraduate engineering and physics students. I find that no other series of videos has explained the basics of fluid mechanics better than this one by the National Committee for Fluid Mechanics (those national committees gotta be good for something...) As such, I have uploaded these videos here for the benefit of students and interested laypersons. I do not own the copyright and these videos were not made by me. If anyone should want me to take them down, I will comply without complaint. If you want scans of the printed notes that go along with these videos, send me a message and I will send them to you. They are really great stuff.
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This is the final project of the Undergraduate Course, "Métodos Experimentais - PMR2470", from University of São Paulo (USP), Escola Politécnica, Mechatronics Engineering, 2010 (8th semester). The main goal in this project is to design and build a Dynamic Vibration Absorber, with a clamped beam and an imbalanced computer fan. The system has to control the height of the absorber so the beam remains static. Changing the input voltage on the fan we can control the vibration frequency and excite other frequencies of the system beam+absorber. The control system has as input the displacement signal of the beam near clamp, acquired with strain gauge. The amplifier, filter and acquire system was design by the team itself. Using the PIC18F4550, the input signal is show on Matlab screen through USB connection. To set the absorber heigth we control the position of a servo-motor through Arduino Duemilanueve.
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AIT undergraduate degree programs in science and engineering allow talented students to obtain world-class engineering and science degrees of exceptional quality. The programs offer international, career-focused curricula taught by AIT faculty, all of whom are internationally-recognized experts in their fields of study with years of experience in teaching and research at the master and doctoral levels.
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Boston University College of Engineering Summer Term Alumni Research Scholars (STARS) Program. College of Engineering undergraduates engaged in faculty-mentored full-time research experiences during the summer may apply for the STARS program. STARS participants will receive 10 or 12 weeks of housing in a Boston University residence hall OR $2500 towards off-campus housing costs. To be eligible, students must receive a weekly stipend from an engineering faculty mentor to participate in full-time research during the summer (summer courses are not allowed). Applications are due April 1st.
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This collection of videos was created about half a century ago to explain fluid mechanics in an accessible way for undergraduate engineering and physics students. I find that no other series of videos has explained the basics of fluid mechanics better than this one by the National Committee for Fluid Mechanics (those national committees gotta be good for something...) As such, I have uploaded these videos here for the benefit of students and interested laypersons. I do not own the copyright and these videos were not made by me. If anyone should want me to take them down, I will comply without complaint. If you want scans of the printed notes that go along with these videos, send me a message and I will send them to you. They are really great stuff.
Fluid Fluid Mechanics Fluid Dynamics Lectures Physics Physics Lectures Engineering Aerodynamics Vorticity Barry jbelmont
Undergraduate students at the University of Birmingham talk about studyingChemical Engineering and living in Birmingham
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Professor Michael P. Collins of the University of Toronto talks about the Engineering Science program at UofT. He describes EngSci as an "honours engineering program" and as the most advanced engineering program in the english speaking world. Professor Collins is the Bahen-Tenenbaum Chair of Civil Engineering at the University of Toronto, and is a widely respected researcher who developed the Modified Compression Field Theory to describe shear stress on concrete beams. The MCFT has since been used to form the basis of the Canadian Concrete Code's shear force calculations.
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www.eee.manchester.ac.uk MSc in Communication Engineering is a full time 12 month programme of study commencing in September of each year. The programme provides an up to date view of communication and microwave engineering from systems level through to implementation using microwave circuits. The programme is aimed at those with some previous undergraduate knowledge of communication and RF engineering topics, wishing to enhance their skills to an advanced level compatible with a career in these industries. Students benefit from teaching given by staff in the areas of Communication Engineering and Microwave Engineering within the School. The programme also serves as an excellent introduction and training for further research leading to the degree of PhD.
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