Engineering
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Item Website DAevelopment(Unpublished, 2017-07-27) UICTItem System Analysis and Design(Unpublished, 2017-10-22) UICTItem A Brief Introduction to Engineering Computation with MATLAB(OpenStax-CNX, 2017-11-27) Serhat BeyenirMATLAB has become a defector standard in many elds of engineering and science. Even a casual exploration of MATLAB should unveil its computational power however a closer look at MATLAB’s graphics and data analysis tools as well as interaction with other applications and programing languages prove why MATLAB is a very strong application for technical computing. The standard MATLAB installation includes graphics features to visualize engineering and scienti c data in 2-D and 3-D plots. We can interactivity build graphs and generate MATLAB command output that can be saved for use in the future. The saved-instructions can be called again with di erent data set to build new plots. The plots created with MATLAB can be exported in various le formats (e.g. .jpg, .png) to embed in Microsoft Word documents or PowerPoint slideshows. MATLAB also contains interactive tools to explore and analyze data. For example, we can visualize data with one of the many plotting routines, zoom in to plots to take measurements, perform statistical calculations, t curves to data and evaluate the obtained expression for a desired value. MATLAB interacts with other applications (e.g. Microsoft Excel) and can be called from C code, C++ or Fortran programming languageItem Electrical and Electronic Workshop Practice(Unpublished, 2017-12-17) UICTItem Graphic User Interface(Unpublished, 2018-11-12) UICTItem System Analysis and Design(Unpublished, 2018-12-12) UICTItem Software Engineering(Unpublished, 2018-12-16) UICTItem Electrical and Electronic Workshop Practices(Unpublished, 2018-12-18) UICTItem Engineering Drawing(Unpublished, 2018-12-18) UICTItem Foundations of Computation(Delft, The Netherlands, 2019-08-01) Stefan HugtenburgThe foundational mathematical skills you learn in Reasoning & Logic are used in all the other mathematics courses you will take, and in Computer Organisation, Algorithms & Data Structures, Information & Data Management, Machine Learning, and many other courses. In fact, logic is studied and used not only in mathematics and computerscience, but also in philosophy (since Ancient Greece) and today in fields such as linguistics and psychology.Item IoT Use Cases and Technologies(BRITISH COLUMBIA INSTITUTE OF TECHNOLOGY, 2020-01-31) DIAN,F. JOHNThe phrase “Internet of Things” (IoT) alludes to the billions of physical devices connected to the Internet in order to exchange raw data and analyze the information. By collecting data from these devices and analyzing them, IoT makes the devices smarter, and the processes more efficient. IoT can bring endless opportunities to every aspect of our lives. For example, in a city environment, insights gained from that collected data can be used to manage resources and services more efficiently, leading to creating the concept of smart city. The city is smart, if it is connected. In a connected city, the traffic and transportation systems re managed more efficiently, the quality of urban services are improved, the performance of processes are enhanced, the consumption of resources are optimized, and the cost of services are reduced. IoT is in early stages of its life. However, it is growing in a fast pace. As more and more IoT devices are deployed, we witness that every aspect of our lives is changed by the IoT.Item Cellular Internet of Things for Practitioners(BCIT, 2021-01-30) REZA, VAHIDNIAItem Graphic User Interface(Unpublished, 2021-05-25) UICTItem Introduction to Drafting and Autodesk Inventor(BCCAMPUS VICTORIA, 2021-08-30) Wally BaumbackItem Next Generation Supply Chains: a Roadmap for Research and Innovation(Springer, 2021-09-03) Rosanna, Fornasiero [ et al...]Companies operate in a macro-environment that is changing considerably due to large, transformative global forces namely megatrends and trends. The wave of these megatrends and trends generates new prospects as well as challenges for the future of supply chains. This chapter provides a review of 23 major megatrends and 72 trends identified in multiple dimensions along Political, Economic, Social, Technological, Legal, and Environmental (PESTLE) dimensions. The results are based on a systematic literature review and an experts’ workshop and can be used to generate future supply chain scenarios.Item Engineering Systems Dynamics, Modelling, Simulation, and Design(Vancouver, BC, 2021-09-14) MEHRZAD TABATABAIANItem Electrical and Electronic Workshop Practice(Unpublished, 2021-10-21) UICTItem Website Development I(Unpublished, 2021-11-21) UICTItem Engineering Drawing(Unpublished, 2021-12-15) UBTEBItem Introdunction to Microproccessor(2022) UICT