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Off-Campus Access: You may encounter errors when accessing library databases from off-campus. If you encounter an error, please try clearing the browser's cache or try accessing the resource using another browser. For more information view the Off-Campus Access Guide.
The Association for Computing Machinery (ACM) Digital Library is a collection of ACM publications, including 50 ACM journals, magazines, peer-reviewed articles, ACM conference proceedings and ACM SIG newsletters.
This database provides access to advanced technology literature. Topics covered include communications, computer and information technology, electronics, lasers, solid-state materials and devices, and telecommunications.
This database provides resources covering a wide range of STEM topics including artificial intelligence, applied mathematics, plastics, hydroponics, computer science, chemical engineering, energy resources and robotics, as well as the business and social implications of new technologies.
Designed for engineering professionals and researchers of all types, this collection provides information relevant to many engineering disciplines. Engineering Source provides indexing and full-text coverage for engineering journals, magazines and trade publications. Engineering-focused monographs, books, conference papers and proceedings are also included.
IEEE (Institute of Electrical and Electronics Engineers) Xplore provides web-based, full-text access to IEEE journals, transactions, and magazines, IEEE e-books, IEEE conference proceedings, IET journals, IET conference proceedings, IEEE published standards, IEEE Spectrum Magazine, and Proceedings of the IEEE published since 1988, and select content published since 1913.
AccessEngineering is an engineering reference tool for professionals, academics, and students that provides access to a collection of critical, regularly updated engineering reference information and eBooks.
This database features unique and original e-titles that cover a variety of topics in engineering, computer science, the life sciences and other technical areas. The library has full-text access to four collections; Biomedical Engineering II, Digital Circuits I, Digital Circuits II, and General Engineering, Technology and Mathematics I.
O’Reilly for Higher Education is an online training resource for technology and business that provides access to more than 38,000 book titles and more than 30,000 hours of video. The platform also includes case studies and interactive tutorials. Topics range from programming to IT networking to project management to business strategy.
Access to O’Reilly for Higher Education is available both on and off-campus through MSOE's Single Sign-On (SSO) system. When you click on this link from on or off campus, you will be prompted to sign in with your MSOE username and password.
Note for Previous Individual Accounts: The first time you access O’Reilly via MSOE’s SSO you will be setup with a new account. If you had saved playlists or made other changes to your previous individual account and would like anything moved to your SSO account please contact us.
Covers the areas of physical sciences, engineering, social sciences, life sciences, health sciences, and humanities.
Use of MSOE’s electronic resources is subject to U.S. Copyright Law. Excessive downloading, printing, and/or electronic dissemination of resource content is prohibited. Restrictions on other uses may apply. Electronic information subsidized by MSOE’s library is for use in MSOE classes and research. Databases are restricted to academic use only. Fair use guidelines are specifically applicable to use of information in a college setting.
This journal provides essential reading for engineers and academics interested in advances in modern fluid power technology. It reports research results, new developments and trends in the following subject areas: analysis, modelling and control, monitoring and fault diagnosis, artificial intelligence applications, component and systems design, and computer aided engineering for both static and dynamic analysis of fluid power systems.