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Current State Analysis |
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Current State Analysis> OSU Poll Analysis
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2002 OSU Poll Results
The OSU Poll, a study using telephone-based data collection, was conducted between February 13 and March 10, 2002, by the Center for Survey Research in the College of Social and Behavioral Sciences. This annual omnibus survey provides data that may be used for departmental strategic planning in developing and assessing programs and services. In 2002, valid survey results were received from 1,222 individuals in the following categories: 305 current undergraduate students; 310 current graduate and professional students, 302 non-emeritus, Columbus campus faculty; and 305 current staff. A summary of the results obtained from 49 questions posed by the Offices of the Chief Information Officer (Office of Information Technology [OIT] and Technology Enhanced Learning and Research [TELR]) is presented below, with some comparison data from previous years. The question script used to collect the data follows this report and the frequencies and cross-tabulations are presented in an Adobe PDF file in this section. This analysis of the 2002 poll results was prepared for the Office of the CIO PlanIT strategic planning initiative. Poll questions reviewed below fall into these categories: general satisfaction with CIO services; type, number, and connections for personal computing devices; and use of instructional technologies. Findings indicate a general satisfaction with services offered by the Offices of CIO, as well as good name recognition and understanding of services. Trends in personally owned computing devices reveal a growing and almost universal access to personal computers in the home among faculty and graduate and undergraduate students. Staff trails slightly but has experienced large gains in the past year. Half the faculty has a second home computer, as do a quarter of the students. An overwhelming preference for Windows PC platforms, strongest among undergraduate students, was shown among all categories. Connectivity to university network from home has also increased during the past year with more than 88% of the OSU Community connecting via several different Internet Service Provider (ISPs). Although the PlanIT Customer Satisfaction Survey noted that students wanted more lab seats and longer hours, 80% of the students reported using the on-campus computer labs fewer than 10 hours week. Use of Personal Digital Assistants (PDAs) increased among faculty and graduate students in this years sample. Undergraduates reported use of PDAs less often than either faculty or graduate students, and their use of the technology dropped 2% during the past year to 12%. Faculty and student use of instructional technologies has widened in the past year. Faculty are concerned with the availability of technical help, updated software, funding, and instructional design help in deciding when and how to use technology in their teaching. Additional faculty concerns about instructional technology focus on intellectual property considerations, release time, training, and inclusion of technology use in salary, promotion and tenure decisions. Among students, exposure to instructional technologies in nearly every classroom doubled during the past year, with undergraduates reporting slightly higher usage than graduates. Undergraduates also express slightly more interest in online classes than graduate students. However, nearly all students, graduates and undergraduates alike, feel that information technology is important to their education. As a whole, 56% of the university community is satisfied (34%) and very satisfied (22%) with the services offered by 8-Help call-in and e-mail support. The four populations reported the following levels of satisfaction: graduate 59%, staff 58%, undergraduate 57%, and faculty 49% . Less than 4% of the community reported being unsatisfied with the services, with similar numbers in each population (range: faculty 5% to undergraduate 3%). Home Computers Differences in type and number of computers were found between faculty and students. Of respondents reporting home computer use, laptops are reported as the primary home computers among 29% of faculty, 28% of graduate/professionals, 18% of undergraduates, and 10% of staff. The platform for the primary home computer (desktop or laptop) is overwhelmingly Windows PC (74% faculty, 92% graduate/professionals, 93% undergraduates, and 86% of staff). Macintosh is reported by 21% of the faculty (down from 25% in 2001) as the primary platform. In the other groups, Macintosh platforms account for substantially smaller percentages of the home computer environment (3% for undergraduates, 6% for graduate/professionals, and 8% for staff). Secondary Computers As with the primary computers, the platform reported for secondary computers overwhelmingly was Windows, with Macintosh being used in numbers similar to its use on the primary computer (faculty 20%; undergraduates 9%; graduate/professionals 8%; and staff 11%). Internet Service Provider for Home Computers
Seventy-eight percent of undergraduates report having a home ISP prior to coming to OSU; 49% retained this service. Fifty-nine percent of graduate students report having a home ISP prior to coming to OSU; 40% retained the service. All populations report a slight increase in connectivity from last year, with staff making the most gains in this area. Undergraduate students remain well connected (4.7% did not have an ISP in 2001 compared to 4.1% in 2002). Graduate students follow closely with 7% not having an ISP in 2002 (compared to 10% in 2001). Faculty home ISP use increased 2%, from 15% to 17% over the past year. Staff continue to trail all groups in access to an ISP, but moved from 37% reporting no home connectivity in 2001 to 24% in 2002. Of those who do connect to the university network from home, the hourly usage varied according to population. Undergraduates lead in hours connected (22% report more than 20 hours per week), followed by grad students (19%), faculty (14%), and staff (9%). Computer Lab Use by Students Viruses, Virus protection, and Firewalls
Use of Handheld and Wireless Devices
The use of PDAs with wireless network connectivity remained constant (21% in 2002 and 20% in 2002), with graduate students in 2002 reporting the highest percentage of wireless PDA connectivity (graduate students 27%, undergraduates 19%, faculty 18%, and staff 15%). Use of the Web with wireless telephone service, however, was up significantly from 6% in 2001 to 16% in 2002. Questions asked regarding use of instructional technologies differ by category polled. No questions of this type were asked of staff. Some new questions were asked in 2002, and thus there is no comparative analysis for some data. Faculty Frequency and Type: In 2002, 38% of the faculty report using new instructional technologies (e.g., the World Wide Web, lab simulations, PowerPoint presentations or distance learning technologies) in nearly every class session, compared to 25% in 2001. An additional 23% said they used instructional technologies in several class sessions, compared to 21% in 2001. Those who report never using these tools has continued to drop, from 33% in 1999 to 28% in 2001 to 18% in 2002. Faculty who used the services were satisfied (35%) and very satisfied (12%) with the instructional support offered by the Offices of the CIO. An additional 18% were somewhat satisfied, for a total satisfaction rating of 66%. Four percent were not satisfied. Twenty-five percent have not used the services. Faculty are somewhat evenly split on the desire to offer distance-learning courses. Of the 302 faculty polled in 2002, 44% said they would, 49% said they would not, and 8% indicated they did not know if they would like to or not. Rated by faculty as important or very important considerations in their decision to implement instructional technology in their classes were positive feedback from students (cited by 73% of those polled), access to technical help (cited by 70%), access to continually updated hardware and software (62%), funding for project and course development (61%), and ability to work with a developer of computerized instruction (58%). Completing the list, in descending order, are: considerations of access to an internet-ready classroom (56%); maintaining intellectual property ownership (52%); receiving assistance in obtaining copyright permissions (52%); access to computer labs (49%); receiving release time (38%); access to workshops and hands-on training (38%); promotion, tenure, salary decisions (28%); and opportunities to publish on teaching practices (27%). WebCT Usage by Faculty: Of the 302 valid faculty responses received, 50 faculty (16%) reported using WebCT, 238 (79%) reported no use of WebCT, and 14 (5%) said they did not know if they used it. Of those who did report using WebCT, 84% reported they used it for posting course materials; 66% included links to external resources; 42% used discussion boards; 24% used chat; 76% reported using WebCT e-mail to students; 52% used online assessment; 46% used online grade book; 16% used the student drop box; and 20% reported using other features of the tool. Of the 238 faculty in the survey who reported not using WebCT, 22% indicated they did not know how to get started; 21% said they had no time for development; 20% did not know what WebCT is; 18% said it did not fit their course needs; 10% answered donÍt know; 10% said they had other means to the same end; and 8% cited a variety of other reasons including the belief that their department did not have it, the start-up expenses were too great, and that it offered no advantages, was unreliable, difficult to use, and not that great. Help needed: Other questions were posed to help understand what assistance faculty need in adding these technologies to their classes. The top three needs (training, incentives, and assistance) are consistent with responses from previous years. In 2002, faculty were asked how they would like to receive their training. In descending order, faculty cited the following: workshop with instructor (75%), cohort workshop, one-on-one mentoring, tutorials with no instructor, self-instruction, conference seminars, non-credit courses, for-credit courses. Preferences: For the past three years, faculty have been asked Given adequate support, would you like to offer a course in a distance education format? Those who said they would were 52% in 2000, 39% in 2001, and 44% in 2002. Eight percent did not know if they would or not, a substantial change from 2001s 28%. This data would indicate faculty have, for the most part, made decisions regarding teaching distance courses. Students Both groups of students overwhelmingly (96%) feel that information technology is either very (54%) or somewhat (42%) important in education. Of the undergraduate and graduate/professional student samples for 2002, 86% reported using instructional technology in their classes during Autumn 2001 nearly every class (33% up from 18% for last years poll), in several classes (23%, down 1%), or in a few classes (23%). Undergraduates reported higher usage than graduate/professionals (87% v. 71%), but the difference fell almost exclusively in the reporting of use in several classes (29% for undergraduates v. 17% for graduate/professional), rather than in the categories nearly every class (34% v. 32%) or a few classes (24% v. 22%). Given that, for the most part, graduate and professional students enroll in focused areas of study rather than in university-wide study, the finding speaks to program level adoption of instructional technologies. Undergraduate students are slightly more interested in online classes than graduate/professional students (41% v. 36% in fully online, 55% v. 43% in partly on-line). Both groups of students reported low uncertainty on this, with 5% to 7% answering dont know. 2002 OSU Poll Questions Submitted by CIO/OIT/TELR F S G U - Q1 How many personal computers do you own or do you use at your local residence? 1 One
(Otherwise, go through indented questions once for primary and once for secondary computer tally results for primary and secondary separately)
F S G U - Q6
1 Yes
F S G U - Q7
1 Palm OS Device (Palm, Visor, Sony Clio, etc)
F S G U - Q8
1 Yes
F S G U - Q9
1 a laptop computer
[if Q1 answer is none, skip to Q16. [That is, if respondent does not own or have a computer at home, skip questions about internet providers and access] F S G U - Q10
1 OSU Homenet dial-up service
F S G U - Q11
1 less than 10
F G S U - Q12
1 Zone Alarm
G U - Q13
1 yes
G U - Q 14
1 Yes
If Q11 = 1,2,5 skip to Q 16 G U - Q15
1 yes
F S G U - Q16
G U - Q17
1 less than 10
F G S U - Q 18
1 OSUWeb.net (Internet Access) [go to Q20]
F G S U - Q19
1 I did not know that these services are available for personal use.
F G S U - Q20
F G S U - Q21
1 Newspapers
U - Q22
1 Pay-per-View movies
U - Q23
1 Slightly above current market rates.
F - Q24
1 nearly every class session during the quarter
F - Q25
On a scale from 1 to 5, where 1 means not important at all, and 5 means very important, how important is each of the following considerations in your decision whether to implement instructional technology in your classes? knowing that instructional technology
development and implementation activities
will be favorably considered for promotion/
tenure/salary decisions
access to continually updated hardware/software
have access to Internet-ready classroom
receivinge release time
have or receive access to workshops and hands-on
training opportunities
receive technical help with computer
equipment
receive funding for project & course development
receive supplemental salary to deliver online
courses
ability to work with someone who develops computer-
delivered instructional materials
have opportunities to publish research on your
technology-supported teaching practices
receive positive feedback from students about
incorporating technology
have or receive access to computer labs
receive assistance in obtaining copyright
permissions for materials you wish to use online
maintaining ownership of intellectual property
Iyou develop in the context of my your instructional
activities
other (please specify)
F - Q26 1 Yes
F - Q27
1 Online Course syllabus
F - Q30
1 no events
F - Q31
1 Very satisfied
G U - Q32
1 nearly every class session during the quarter
G U - Q33
1 Yes
G U - Q34
1 Yes
F - Q36
1 general workshops (hands-on with an instructor)
F - Q37
1 yes (if yes, skip to Q39)
F - Q38
1 no time for development
Skip to Q41 F - Q39
1 ability to post course materials
F - Q40
1
F - Q41
1 yourself
G U - Q42
1 A very important role
G U - Q43
1 Very important
U G - Q44
1 Strongly agree
U G - Q45
1 Strongly agree
F G - Q46
1 Very well
F S G U - Q47
1 Strongly agree
F S G U - Q48
1 Yes
F S G U - Q49
1 Very satisfied
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