Team Leaders: Karen Serrano Annie Carlson Samantha Perry Objectives Identify and describe five major issues relating to technological advancements in student services. Discuss how these issues have affected: Staffing Structures Duties Methods of Communication Discuss new directions for future services. Major Issues Internet Access Campus Environment Electronic Files/Student Database Assessment/Global Connections Security and Safety Overview With a majority of students possessing a cell phone and/or a personal computer technology is dominating campus culture. Gemmill and Peterson (2006) report: Freshman spend an average 10.20 hours a day using technology Sophomores 8.99 hours a day Juniors 7.97 hours a day Seniors 7.51 hours a day Services for Students via Internet Access Wi-Fi in common spaces on campus and residence halls for learning purposes. Accessing class materials, such as syllabi, via Blackboard or WebCT . Bill pay Direct Deposit of Financial Aid funds Register for classes Grade tracking Transcript requests Campus email Schedule Health Center Appointments Apply for jobs View class schedule Online Discussion Boards Connect with student organizations Sign up for intramural sports, sorority recruitment and fraternity rush Participate in Institutional Research Register for housing Work order requests Apply for admissions Register and participate in orientation Staffing Structures and Duties: Internet Access Routine activities are absorbed into machines by processing menial tasks. (Davis , L.E. & Taylor, J.C., 2000) Consolidate or reduce the number of program/administrative assistants. Increase Information Technology support. Administrators are able to spend more time with students because computers are able to handle menial tasks. Program/Administrative assistants must be technologically savvy. Student Affairs professionals are able to create new and effective programming and services. Assessment/Global Connections Assessment of services is more successful and accurate when using technology. Allows institutions of higher education to compare and share data with relative ease. Allows benchmarking with peer institutions within the United States and internationally Staffing Structures and Duties: Assessment/Global Connections Creation of central research department within Student Affairs. Increase the number of staff specialized in assessment techniques through professional development and hiring technically literate staff. Conduct regular campus wide assessment of student affairs programs and services. Analyze and report findings Make recommendations regarding cuts, future funding, or development of programs and services. Compare data with peer institutions on a national and global scale. Security and Safety 98% of students at a university have a cell phone and do not use land lines (Fischman, 2007). Has become a major focus for colleges and university campuses since the Virginia Tech massacre and the recent Louisiana Tech and Northern Illinois University incidents. While it is not possible for campuses to be complete safety zones, efforts have been made to increase student safety and awareness. Security and Safety technologies used by campuses Campus and off-campus disaster alert systems are used to disseminate information to all faculty, staff, and students (Foster, 2007). Campus Blue lights Text messaging E-mail Voicemail Emergency Broadcasting Systems Partnerships with campus, local, and/or state law enforcement and authority, which allows prompt access to a central database. Surveillance cameras Use of GPS systems Automatic safety lockdowns Control of fire and safety panels Card swipe systems instead of keys, which ensure safety for the facility and residence. Staffing Structures and Duties: Security and Safety All levels of a security and safety organization need to be technologically savvy. Collaborate with an accredited police department (Lipka, 2008). Collaborate with campus and off campus partners (i.e. residence life, campus police, Greek housing, student organizations, local police, fire department, counseling center, emergency management team, etc.) in a holistic manner. Continuous technological maintenance and support Test alert system Electronic Files/Student Database Contains student information gathered by admissions application, which includes: Social Security Number (SSN) Phone number Address Class Schedule Transcript Any conduct/judicial file etc. Allows administrators to track “troubled” students who may be at risk to themselves and campus at large. Allows quick campus-wide access in case of an emergency Tracks campus demographics Electronic profile connected to university identification swipe card. Staffing Structures and Duties: Electronic Files/Student Database Keep student information strictly confidential as to not violate federal, state and local Privacy Laws or FERPA (Family Educational Rights and Privacy Act). Address “at risk” students (academically and socially) Allows administrative assistance to operate in capacities other than data input. Disseminate pertinent student information to collaborative department as needed an as is appropriate while abiding by FERPA. Advise students using their personal student history Campus Environment Innovations in technology have led to environmentally sound campuses that have changed student services. Mandated programs, such as the Leadership in Energy and Environmental Design (LEED), guide the design of new building and campus structure. Staff Structure and Duties: Campus Environment Sustainability office created to collaborate with facilities and housing departments. All employees must understand innovative facility and landscaping practices. Reduce energy consumption campus –wide. Produce environment-focused research based on campus projects. Methods of Communication New technologies provide the capability to communicate with all faculty, staff, and students via: Text messaging E-mail Website updates Emergency Broadcasting Systems Instant Messaging Social Networking i.e. Facebook, MySpace, etc. Future Directions with Technology5 years Wi-Fi access across entire campus. Online documentation system. 30%-50% of campus buildings retrofitted to be LEED certified. Integrating student and academic services through technology. Integrate Web 2.0 Conduct extensive campus research on methods of integrating environmentally healthy practices . Assess student satisfaction with student services Identify areas where students are most at risk and increase security. Implement programming to educate students on safety services. Increased security using: Surveillance cameras Hand held devices Swipe card access for all buildings and doors Future Directions with Technology10 years 70%-75% of campus buildings to be LEED certified. Integrate latest Web version. Have campuses be self sustaining. Use results of continuous student satisfaction surveys to implement positive change. Reduce crime on campus. Have a fully accredited police department. Increased security using: Biometric technologies (Szczerba, 2000). Remote card access Questions or Comments References Davis, L.E. &Taylor, J.C. (2000). Technology, organization, and job structure. Technology, organizations, and innovation: Critical perspectives on business and management. New York, NY, Rutledge Press. Vol. 1, p. 128. Fischman, J. (2007). The campus in the palm of your hand: Cell phones now transmit colleges’ course updates quizzes, bus schedules, and safety alerts. The Chronicle of Higher Education. 53(36), A41. Fischman, J. & Foster, A.L. (2007). Dark day in Blacksburg: campus safety gains sharper vision with new breed of surveillance cameras. The Chronicle of Higher Education. 53(34), A15. Foster, A. (2007). After VA Tech, campuses rush to add alert systems: Notification methods abound, but they don’t always work as planned. The Chronicle of Higher Education. 54(6), A1 Gemmill, E. & Peterson, M. (2006). Technology use among college students: Implications for student affairs professionals. NASPA Journal. 43(2), 280-300. Lipka, S. (2008). Professionalized campus police departments sign up for a new accreditation process. The Chronicle of Higher Education 54(18), A20. Szczerba, P. (2000). Advances in protection. American School and University. www.asumag.com/security/ID_systems/university_advances_protection/index.html . Accessed on February 15, 2008. Wolff, B. (2006) Laptop use in university common spaces. Educause Quarterly. 2006(1), 74-76