74 cloud-computing-"https:"-"https:"-"https:"-"https:"-"https:"-"U.S" positions at Bridgewater State University
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to teach courses in the department and the educational leadership (EDLE) program, and to collaborate with faculty to support the mission of the department to serve and support students and our diverse campus
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Department Summary The English Department at Bridgewater State University (BSU) is a collegial, dynamic program with 22 full-time faculty members. Approximately 380 majors select one of four concentrations
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functions. Buses used will be a Class B/coach category, mini-buses/vans are a Class D category. Individual must be an undergraduate student currently enrolled in a degree program at BSU. REQUIREMENTS
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-time, non-benefited, day program faculty positions in the Theater Department. The current salary rate for a typical 3 credit lecture course taught by a new part-time faculty member in the day program is
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on photonic integrated circuits (PICs) with advanced manufacturing processes. These efforts aim to achieve fast, reliable, and energy-efficient computing and communications while enhancing workforce training
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increasingly diverse student body. In our program, students gain comprehensive knowledge of dance forms and practices, critical thinking skills, and practical experience in a variety of dance applications. They
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their colleagues to help meet the mission of the department and our campus community. The successful candidate will educate students primarily in the Secondary Education program, which includes undergraduate courses
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, health communication, and additional courses in the applicant’s area of expertise. The successful candidate will join a dynamic Public Relations program with undergraduate and graduate degrees (including a
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Studies (COGS) coordinates all of BSU’s Graduate Assistantships. For more information on the program or for the status of your application, please contact: Cassie Birch c1birch@bridgew.edu
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integrated circuits (PICs) with advanced manufacturing processes. These efforts aim to achieve fast, reliable, and energy-efficient computing and communications while enhancing workforce training. As an