ISEP is a polytechnic engineering school located in Porto, Portugal.
ISEP is a polytechnic engineering school located in Porto, Portugal.
For a period of more than ten years a very successful Host Company Program has been running at the School of Engineering at Jönköping University (JTH), Sweden.
Teaching tertiary mathematics to engineers is a worldwide issue.
The Bologna Declaration principles adoption in Portugal led to a complete overall of university degrees, so a new LEI-ISEP (baccalaureate degree in Informatics Engineering) was proposed which broad
All undergraduates in Aerospace Engineering Sciences (AES) are required to take a two semester capstone projects course sequence.
In EVTEK University of Applied Sciences project and work based learning is part of the curricula in many degree programs and R&D related work.
The CDIO initiative is based on pedagogical principles that fundamentally break old established structures and traditions in universities and colleges.
Recent progresses on curriculum undergraduation reformulation in Portugal, due to Bologna Agreement, lead to the development of a new Optimization and Innovation baccalaureate.
Engineering drawing, or engineering sketching, as it is known in our course, functions as a tool for creativity, design, and analysis rather than strictly for technical representation.
A common problem among educators is how to recreate the real world of business in a classroom situation.
Although highly educated in technical areas, engineering students are often neglected in terms of developing effective communication skills.
This paper, Part 1 of 2, introduces an analogy between the New Product Design process and a pack/game of cards.
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An introductory project in parallel with basic studies of mathematics, physics and electronics have been run on the second half of fall semester of electrical engineering degree programme.
Integration of theoretical knowledge and practical skills in teaching and learning is usually one of the focuses in CDIO implementation.
CDIO projects are planned every bachelor year in the curriculum of the Electronic Engineering educational program at Ghent University, Belgium.
The CDIO standards are a key part of the CDIO framework by defining the distinguishing features of a CDIO program, by serving as guidelines for educational reform, and by providing a tool for conti
The Electrical & Electronic Engineering (EEE) majors have special characteristics those are developing fast and need a high innovation level.
In this paper, we report on a self-efficacy [1] survey that was developed by the authors for use in the Schulich School of Engineering’s continual improvement process.
Consistent with the majority of provinces across Canada, the enrollment in senior level high school physics in Alberta has significantly lagged behind enrollment in commensurate chemistry and biolo
Project-based training is especially pointed out by the concept of CDIO, where value of project result is dependent, not only on the fulfilment of the project itself, but also on personal and inter
In 2013, an Applied Study in Polytechnics and Institute of Technical Education (ASPIRE) committee was set up by the Singapore Ministry of Education to identify strategies to strengthen the applied
The Engineers Without Borders (EWB) Design Challenge is an excellent example of how universities from across the globe enable students to engage with humanitarian engineering.
Considering the challenges of current times when technologies evolve at a fast rate, content based curriculum design is likely to be outdated before it can graduate the first generation.
In order to design competitive products that meet the challenges related to sustainability, future engineers need knowledge and experience in applying and integrating optimization theory in the eng
Defining customer needs; considering technology, enterprise strategy, and regulations; developing concepts, techniques and business plans.
Creating the design; the plans, drawings, and algorithms that describe what will be implemented.
The transformation of the design into the product, including manufacturing, coding, testing and validation.
Using the implemented product to deliver the intended value, including maintaining, evolving and retiring the system.