Integrating Technology in the Service Mathematics Courses

Brief Description:
This project will restructure the entire series of service mathematics courses at NNN. The restructuring will include the integration of the use of technology and an increase in the use of non-lecture formats for learning.
ABSTRACT
The Mathematics faculty at IIIII University KNKN have begun a complete restructuring of the developmental mathematics curriculum in response to the needs outlined in our Round 1 Strategic Directions Proposal, “Transforming Introductory Mathematics”. Fall semester 1996 we introduced a new course, M006, Elementary Mathematical Skills. Spring semester 1997 we will offer a dramatically different M007 (Elementary Algebra). Both of these classes make use of the TI-83 calculator as a tool for learning new concepts and as one method for solving either numerical or abstract problems. The Elementary Mathematical Skills course incorporates a number of multi-task problems that have been developed from conversations with local employers.
We have also collected data on the placement items used to select students for the Elementary Mathematical Skills course and have begun the process of drafting items for a new placement test for all of the developmental and service mathematics courses.
All of the work accomplished thus far has been supported by a combination of local campus funding and the Strategic Directions Initiative funding from Round 1.
As we outlined in our round 1 proposal, we are now requesting funding to complete the process of reforming our developmental and service mathematics courses. The primary objectives for this restructuring are to integrate the use of technology throughout the curriculum and to increase the use of non lecture formats for learning.
One intended outcome of the project is to increase the student success rate through an improved placement process, opportunities for remediation of numerical skill deficiencies, increased motivation through the use of real-world applications, and more active involvement of the students in the learning process through discovery activities and group work.
The other intended outcome is to improve the student’s preparation for further quantitative work in courses in his major area as well as in the workplace. This will be achieved by expanding the focus of the elementary and intermediate algebra courses to include methods of problem solving other than the traditional algebraic approach. The introduction of a new mathematical Reasoning and Problem Solving course for students who are in non-quantitative majors will provide this large section of our student population with those skills necessary for functioning successfully in a world dominated by quantitative information.
Computer Imaging Workshop for XZU Art Faculty
Artists have traditionally sought and used new technologies, and the computer is no exception. If Leonardo Da Vinci were alive today, he would no doubt be enthusiastically exploring state-of-the-art technology, not only for use in engineering, but as an imaging tool for drawing and painting.
This Strategic Directions project for two 6-day summer workshops is designed to teach digital imaging to IU fine arts faculty and adjuncts. Artists are only beginning to explore this new imaging technology, and if IIIII University is to remain at the vanguard of higher education, its arts faculty must obtain expertise in its use, and be able to pass this expertise on to students.
Many of us who grew up without computers as an integral part of our education now find ourselves seriously lacking the skills necessary to keep up with current trends in using the computer in various stages of image making, as well as a tool for teaching in our individual disciplines. Unlike those working in the field of graphic design, where computer imaging now plays a key role, those of us in more traditional areas such as sculpture, printmaking, and painting, often face the overwhelming task of learning everything about computer imaging completely on our own. This includes the daunting challenge of developing expertise in the use of specialized hardware and software — often without the time or technical support needed to learn these complicated skills.
These workshops are designed to help XYZU art faculty attain that expertise in digital imaging. This knowledge will transform how individual art faculty plan and design their own works of art. Participants in turn will be able to teach their students how to integrate digital imagery into their work, either to facilitate planning an artwork in another medium or to use as a final expressive product. As art professionals trained in traditional media incorporate the use of digital imaging into their own work, the use of computer imaging as a tool in art studio classrooms must be encouraged and expanded.
The workshops will be held at the computer laboratory facilities located on the XYZ campus. Instruction in introductory, intermediate, and advanced digital imaging skills will be covered in the workshops.
Building Academic Success through Student to Student Assistance
Brief Description:
This project will provide academic assistance to students enrolled in introductory courses that have been identified as high-risk or historically difficult. To achieve the goals of improving student learning, persistence and attainment, upper divisional undergraduate students will be trained to mentor and provide instructional support. The three models used to deliver this student to student assistance will utilize Supplemental Instruction Leaders, Undergraduate Teaching Assistants, and Undergraduate Laboratory Assistants.
Introduction and Statement of the Problem
More and more students are seeking post-secondary education. According to Gray (1996), from early adolescence on, most young people express their intention not only to pursue higher education but to earn at least a baccalaureate degree. This is not a case of wishful thinking; most young people attempt to follow through with their plans. According to U.S. census data, 70% of 1992 high school graduates enrolled in institutions of higher education. The majority enrolled directly in four-year college programs. Students who enter college programs are making assumptions (consciously or otherwise): (1) that they are prepared to do legitimate baccalaureate-level work; (2) that most students who begin baccalaureate work will graduate; (3) that individuals will not get hurt in the process even if they fail. Unfortunately, data suggest that most of these assumptions are incorrect.
IIIIIII University East is a commuter campus of 2400 students. A significant portion of these students fit the profile for economically disadvantaged (65%), first generation college students (85%) who are recognized as the “new majority” or non-traditional student based upon age. These are the students whose assumptions about their success for attaining a baccalaureate degree may be less than realistic. For example, results of placement rests (Skills Review) administered to all newly admitted students at IIIIIIIU East indicate a great number are less than adequately prepared for post secondary education. During the 1995-96 academic year, placement test scores showed that 98% of our entering students placed into developmental math while 52% tested into developmental composition. In addition, 30% of students tested below the 12th grade reading level on the Nelson-Denny Reading Test. Of that 30%, nearly one third tested below the 10th grade reading level.
Two possible explanations exist for the large proportion of under prepared students at IIIIIIIU East. First, only about one-third of high school students are graduating with courses, grades and test scores that would confidently predict academic success in a four-year college (Gray, 1996). Second, some students are under prepared because they are returning to college after long absences from formal education. Some of these students need remediation, while others need only to upgrade their academic skills. The problem is that with these obstacles facing them, only about half graduate. In fact, most of these students fail to return between the first and second semesters because they began with inadequate academic preparation in the first place. The cost of these failures is not just to the students themselves. College costs have increased substantially while average incomes have not. As a result, 48% of those attending public institutions are securing student loans. The resulting student debt is not limited to those who actually graduate. The majority of college dropouts end up with debt from student loans as well. Dollars are not the only cost, however. Equally worrisome are the human costs of widespread humiliation, depression and alienation of young people who have unmet expectations and in looking for someone to blame become alienated adults against higher education (Gray, 1996).In keeping with its mission. IIIIIII University East seeks to extend opportunities to its disadvantaged students, whether these students be disadvantaged because of a lack of educational preparation or limited financial resources. If these students are to persevere in college and obtain a degree, a broad range of academic support services must be available to them from the moment they enroll in college. Services must focus on providing both early intervention and continuing support to help students achieve successful degree completion and attainment of personal goals.
The Proposed Activity and its Relation to the Strategic Directions Charter
To improve student learning, persistence, and attainment, we propose to offer student to student academic assistance, using a variety of models tailored to address student needs in a spectrum of courses. This project speaks to the heart of the Strategic Directions Charter. It is designed to empower students, both those needing to obtain necessary skills and those providing success for their peers. It is most directly related to the following initiatives: (1) Place student learning, intellectual exploration, persistence and attainment at the center of the university’s missions; (4) Promote…internships, and other special opportunities for learning; (5) Support student success through student oriented policies and practices, special tutorial programs, and expanded mentoring and advising; and (11) Increase support for…mentorship and guided experience in classroom teaching.
Strengthening the community of learning is central to this project. Through this project we will expand IIIIIIIU East’s existing academic assistance programs, focusing on student to student participation and, in so doing, provide a sound educational program for IIIIIIIU East students which will improve their chances for academic success. The project will also provide training, mentoring, and work experience for upper divisional undergraduate students, further enhancing their college life experience and career goals.
What Has Been Done Previously
Three models of student to student assistance have been used at IIIIIIIU East. One such model is Supplemental Instruction (SI) which was piloted during the spring of 1993 in General Psychology (P103), Introduction to Sociology (S100) and expanded to sections of microbiology and biology. The Supplemental Instruction model seeks to improve student academic performance by helping students master the course content in difficult post-secondary courses. Students learn to develop and strengthen reading and study skills by integrating essential study strategies into the course content. The model targets high risk or historically difficult courses, in which 30% or more of the students are receiving the grade of D, F, or W (withdrawal). SI was offered to all students in the courses starting the first week of class so that no remedial stigma was associated with this type of assistance. Students attended S1 sessions offered several times a week on a voluntary basis. The divisions of Behavioral and Social Sciences, Natural Science and Mathematics, and now Business, have indicated that this type of assistance would improve student learning and, therefore, needs to be increased.
Data collected during the 1994-95 academic year supports this view. Assessment of SI found an average of 41% of the total classes (210 students) participated in Supplemental Instruction. The average course GPA for SI participants was 2.70 versus 1.68 for non-SI participants; 85% of the SI participants received a grade of “C” or better in the course. On a 5 point scale the mean SI participant evaluation rating of the helpfulness of SI sessions was 4.4; 98% of the students rated SI sessions as satisfactory or above.
A second model developed by the Division of Behavioral and Social Sciences is called Undergraduate Teaching Assistants (UGTA’s) aimed at student retention/success in Introductory Psychology (P103) in which a large percentage of “W” and “F” grades were found. The pilot project placed entry level students into special sections of P103 combined with a Critical Thinking course. Each section was assigned two upper level students acting as Undergraduate Teaching Assistants (UGTA’s). In addition faculty teaching these special sections assumed responsibility for mentoring students enrolled in the class even after the semester had ended.
Moreover the undergraduate assistants received mentoring by the faculty in curriculum development pedagogy and assessment. The result of this pilot was that in all sections utilizing UGTA’s W/F grades were reduced to less than 10%. Due to the success of this pilot the Division has expanded the project to include K300 Statistics and Introductory Sociology (S100). In addition an undergraduate assistant has been assigned to faculty teaching P103 in Connersville and New Castle. And one UGTA has been assigned solely for the purpose of assisting students with library and computer assignments pertaining to P103. The results of this expansion have been equally positive. For example no students received W/F grades in K300 for spring semester 1995 (previously 25 — 30% received W/F grades).
A third model of student to student assistance was developed by the Division of Natural Science and Mathematics. Many students had difficulty making accurate observations, identifying variables, constructing and evaluating hypotheses, working with tabular and graphical representations of information, correlating lab experiences with scientific principles learned in lecture and communicating clearly with others. Lack of these skills led to increased attrition and low levels of performance. To counteract these 5 problems the Division began using undergraduate students to assist in the biology and chemistry labs and to conduct interactive group tutorials outside of class. A two-year grant provided laboratory assistants (upper level students who had completed the course) for Biological Concepts (L107) and Principles of Chemistry (C105/125 and C106/C126, C101/C121 and C102/C122).
Trained upper level students worked with beginning students enrolled in selected science laboratory courses during class time in small groups or individually. They also conducted voluntary tutorials outside of class time. These tutorials were conducted at numerous times during the week reinforcing skills taught during class time. In the fall of 1994, 85 students made 504 visits to the voluntary tutorials. In the fall of 1995, 91 students made 564 visits. Approximately 86% of the students in the fall of 1995 (individual section numbers = 70% 88% 88% 100%) made at least one visit. In an end of the semester survey conducted in 94 and 95 virtually all students agreed that the tutorials were very valuable. Student grades improved 10%-20% as a result of this collaborative learning experience.
What this Proposal will Accomplish and how it will be Accomplished
Using the academic assistance models previously discussed we propose to meet the following objectives:
(1) to increase the number and variety of courses in which student to student assistance is available.
(2) to increase retention in all courses using student to student assistance.
(3) to improve student grades in courses utilizing student to student assistance.
(4) to improve student persistence through enhanced study skills and increased interactions among students and faculty.
(5) to increase graduation rates of students.
(6) to have undergraduate assistants exhibit an appropriate understanding of the teaching/mentoring process.
Expanding Student Access to Assistance
The overriding goal of this project is to build on the experiences and successes that have been established thus far at IIIIIIIU East. Primary criteria for selecting courses for assistance will be as follows:
( 1 ) introductory courses that have been identified as high-risk or courses that have been historically difficult for students (30% or more of the students are receiving the grade of D, F, or W).
(2) courses in which no other academic assistance is currently available on the campus.
(3) large lecture courses (in cases of low enrollment, undergraduate assistants will be assigned to two sections of the course).
The first year of the project will target sixty (60) sections of introductory courses in math and natural sciences, humanities, business, and social and behavioral sciences. The number of course sections in which student to student assistance is offered will increase by ten (10) during the second year.
An Advisory Board will be established to assist in the development, implementation, and assessment of the project. Board members will consist of the Project Co-Directors, the Assistant to the Co-Directors, three to four faculty members whose divisions are participating in the project, and two students.
Recruitment
Faculty recommendations will serve as the primary means of recruiting qualified upper level undergraduate students to serve as Supplemental Instruction Leaders, Teaching Assistants, and Laboratory Assistants. The undergraduate positions will be advertised through the Career Services’ officer student organizations, such as the Psychology Club, Phi Beta Lambda (Business Fraternity), and the Student Nurses Association; and through campus publications, such as the student newspaper. In addition, announcements of these positions will be posted throughout the campus.
Requirements
All undergraduates selected to deliver student to student assistance must meet the following requirements:
Minimum GPA of 3.0
Faculty recommendation
Course competency
Effective interpersonal and communication skills Training
Supplemental Instruction Leaders will receive 6-8 hours of training over a two-day period prior to the beginning of each semester. The training sessions will focus on topics such as leadership skills student learning styles and instructional and study skill strategies. During the training sessions, SI Leaders will participate in a simulated SI session conducted by the SI Supervisor. Each SI Leader will then plan and lead a simulated SI session for the next day’s training session. The group will evaluate the effectiveness of the simulated sessions.
Undergraduate Teaching Assistants will successfully complete a three credit hour course, Psychology Applied to Teaching (P280), prior to being assigned as a UGTA. The course provides students with both theoretical and practical skills necessary for understanding learners and the learning process. Its principle focus is on the processes by which information skills, values and attitudes are constructed by the learner.
Training for the Undergraduate Laboratory Assistants (UGLA) will have three components: (1) All UGLA’s will be trained either in conjunction with the SI training through special workshops or by taking Psychology Applied to Teaching (P280). (2) In addition all UGLA’s will he trained in basic laboratory procedures and safety. These first two components of training will be completed prior to the start of the semester. (3) The third component will be course specific and will include how to use pre-lab and post-lab sheets, write lab reports and hypotheses graph and analyze lab data. The course-specific training will be on-going throughout the semester. Approximately 9 hours of training will be provided.
On-going Supervision/Mentoring
All undergraduate assistants will be observed and supervised throughout the semester. Undergraduate assistants will be responsible for observation, planning and feedback to their supervisors. Individual and group mentoring sessions will be provided by faculty and staff for undergraduate assistants to discuss improvements and modifications for future performance.
Student to Student Assistance
All undergraduate assistants are responsible for meeting with students on an individual basis, as well as in supervised group sessions/classes. Under the Supplemental Instruction model, the SI Leader attends all class sessions and models good student behavior by reading all assigned material and taking notes. Beginning the second week of class, the SI Leader conducts 4-5 hourly study sessions per week. Collaborative learning among student participants and the SI Leader is an essential component of each SI session. The SI Leader acts as a facilitator for the session, providing structure, guidance, and clarification. In addition, the Leader models how learning and study strategies (e.g., note-taking, test preparation) can be integrated into the course content and has the students actively apply these strategies to their course assignments and study preparation.
In the Undergraduate Teaching and Laboratory Assistant models, the nature of the academic assistance provided will vary somewhat by course. During class time, the UGTA’s and UGLA’s will assist students in working together collaboratively in small groups, setting up experiments, coordinating review sessions, and assisting students and instructors as needed.
Outside of class, undergraduate assistants will conduct voluntary tutorials to encourage students to work together to develop critical thinking skills, such as analyzing, synthesizing, evaluating, and applying information gained in laboratory and/or classrooms to solve problems. Undergraduate assistants will help students in locating necessary information to complete assignments, guide students in small group activities, ask questions to stimulate discussion of 9 critical points, and otherwise encourage students to become responsible for their own learning. Sessions will be scheduled at varying times, morning, afternoon and evening, to accommodate the schedules of all students.
Assessment of the Project
The goals of the Student to Student Assistance Project, along with strategies for assessing achievement of each goal, are as follows: (1) increase the number and variety of courses in which student to student assistance is available
Rationale:
Past performance of students enrolled in courses in which assistance was available has supported student to student assistance as an important variable in maintaining student retention and persistence.
Measure of Success:
During year one, student to student assistance will be offered in sixty (60) sections of introductory courses in math and natural sciences, humanities, business, and social and behavioral sciences. The number of sections in which assistance is offered will increase by ten (10) for year two.
(2) increase retention in all courses using student to student assistance
Rationale:
Increased retention in introductory courses improves the likelihood of student persistence and eventual attainment of academic goals.
Measure of Success:
Attrition due to academic problems and academic failure will be reduced to at least 10% in each section in which student to student assistance is provided.
(3) improve student grades in courses utilizing student to student assistance
Rationale:
Students who experience academic success are more likely to persist and attain eventual completion of their academic goals. Students who are having difficulty and utilize assistance outside of class are likely to be more successful than students who do not.
Measure of Success:
The number of students using student to student assistance outside of class will increase each year of the project. The average course GPA for students utilizing this assistance (outside of class) at least once a week will be higher than for students who do not utilize such assistance.
(4) improve student persistence through enhanced study skills and increased interactions among students and faculty Rationale: Increasing the level of study skills and helping students build interpersonal commitments to other students and to the college are likely to positively influence student persistence.
Measure of Success:
Using a 5 point Likert scale, students will evaluate the academic assistance received and will agree or strongly agree with statements such as the following: “My study skills have improved during this course”; “I will use study skills I have obtained in this course in
future courses”; “Group work contributed positively to my success in this course”; “Group work contributed positively to my personal relationships with other students.”
(5) increase graduation rates of students
Rationale:
The overall goal of retention is to assist students in reaching their academic goal. Students who stay in school through their first year are more likely to attain their academic goal.
Measure of Success:
Specific student cohorts that have been identified will be tracked for two years. At the end of two years, students whose academic goal is to graduate with a degree and who have participated in at least two student assisted courses will still be enrolled and progressing towards their goal at a greater percentage than students who have not participated in student assisted courses.
(6) have undergraduate assistants exhibit an appropriate understanding of the teaching/mentoring process
Rationale:
The key to the success of this program is the leadership and mentoring/teaching skills developed and exhibited by the undergraduate assistants. Without this component, the success of the project is at risk. Additionally, undergraduate assistants who are successful in this regard are more likely to successfully transfer these skills to future endeavors, such as post-college work or graduate school.
Measure of Success:
Undergraduate assistants will demonstrate through portfolios, questionnaires, and supervisors’ evaluations increased reflectively and awareness of successful teaching/mentoring techniques each year they are in the project.
Long-Term Plans
During the first year of the funding period, IIIIIII University East has pledged significant matching funds, substantially increasing these funds in year two. Provided that this project is successful, as demonstrated by the stated assessment criteria, IIIIIII University East has committed to fully fund the program at the conclusion of the two year funding cycle.
Budget Narrative
Senior Personnel
The Co-Directors of the Project will contribute 10% of their time to this project. They have been pivotal players in the establishment of student to student assistance on the IIIIIIIU East campus. William Browne has been a faculty member at IIIIIII University East since 1974 and Professor and Chair of the Division of Behavioral and Social Sciences since 1988. His appointment is a joint appointment in Psychology and Education. For over twenty years he taught Educational Psychology for all elementary and secondary education majors and has recently developed the course “Psychology Applied to Teaching” for training undergraduate teaching assistants. His program was presented at the Mid America Conference for Teachers of Psychology, and he has been invited to present a symposIIIIIIIUm at the Midwest Psychological Association Annual Meeting in Chicago, Illinois, on the role of undergraduate teaching assistants.
Mary Mahank has been Director of Tutorial Services since its inception in 1991. Her program is responsible for providing academic assistance to IIIIIIIU East students through a variety of modes: Math Lab, Writing Lab, Reading Lab, reading courses, JUMPSTART (an intensive one week program for beginning students designed to give them a “head start” in college) and Supplemental Instruction (SI). She received extensive training from the National Center for Supplemental Instruction at the University of Missouri- Kansas City before establishing a successful Supplemental Instruction program at IIIIIIIU East in the spring of 1992.
Individual faculty members serving as mentors will meet with their undergraduate assistants one to two hours per week. Support for senior personnel will come from the IIIIIII University East match. One professional staff person is requested to assist in the training and supervision of the undergraduate assistants, oversee assessment of the project, and gather institutional data related to student progression. The proposal requests funding for this position for two years. The first years’s salary is established at $21,000.
The total salary for two years is $42,840 (excluding fringe) and includes a pay increase of 4% for the second year.
The fringe benefits for the professional staff person are requested at the rate of 26.68% which is the amount designated by IIIIIII University for professional staff. The fringe benefits for two years would be $11,430.
The major funding requested for this proposal is to support payment to undergraduate assistants who will be working as Supplemental Instructor Leaders, Undergraduate Teaching Assistants, and Laboratory Assistants. Undergraduate assistants will be paid an average of $650 per semester. Each year the project requests funding for 20 undergraduate assistants at a cost of $13,000.
IIIIIII University East will supply matching funds to support 40 additional undergraduate teaching assistants at a cost of $26,000.
Year two IIIIIII University East will supply matching funds to support 50 undergraduate teaching assistants at a cost of $32,500.
Requested funding for a two year period for undergraduate assistants is $26,000. IIIIIII University East’s total contribution for the two year period is $58,500.
Travel
Each year $4,000 is requested to enable undergraduate assistants to attend one educational/teaching conference. Requested funding for the two year period is $8,000.
Materials and Supplies
A nominal amount of $50.00 per section in which student to student assistance is offered is requested each year to cover undergraduate training materials and paper, printing, and postage, etc. The total cost is $2,000 ($1,000 per year). IIIIIII University East’s matching funds will be $1,500 year one and $2,500 year two for a total cost of $4,000. IIIIIII University East will also supply telephones, office space, file cabinets, miscellaneous storage, and other overhead expenses.

This letter of intent is to provide notification of my plans to submit a Strategic Directions Initiative (SDI) proposal requesting funding for the electric race car project. A similar proposal was submitted for the first round of grants, but was not funded. Following is a portion of the executive summary from that proposal:
The NNNN School of Engineering and Technology (E&T) has identified electric vehicles as an important developing technology and is committed to developing research and development expertise as well as academic programs in this area. Activities in several areas are underway to fulfill this objective:
E&T is a partner in AdvanceTek, Inc. which includes Electricore, the Mid-America Electric Vehicle Consortium.
AdvanceTek is a nonprofit organization which is an agent of YUZX.
E&T has developed a business plan in conjunction with AdvanceTek for the Electric Vehicle institute of NNNN (EVI) and, with seed money form YUZX administration, is currently searching for a director.
E&T faculty are involved in electric vehicle and battery technology research funded by General Motors, Delphi Automotive Systems Group.
E&T has designed and constructed a high-performance electric vehicle. The car is used to participate in a national electric vehicle competition series and serves as a promotional tool for the school and YUZX campus.
The competition series for high-performance electric vehicles is limited to engineering schools and incorporates student designed and constructed, battery-powered electric vehicles. these vehicles are open wheel, single seat designs similar to Indy cars. The vehicles have performance capability of 130+ mph. E&T began participating in the competition series during 1995 and achieved almost immediate success, winning the third competition entered. Also, during 1995, the electric car was displayed in more than 25 events including professional meetings, industrial and technical conferences, campus activities, campus tours, and science fairs. This proposal requests funds to support the E&T electric vehicle. Requested funding areas include: summer salary for faculty; support for E&T office of development; compensation for students; travel expenses, and seed funds development of research utilizing the vehicle.
The matching funds for this proposal include the cost of faculty release time; student and faculty travel expenses, and supplies and expenses associated with the upkeep of the car. An exact budget has not yet been established but can be estimated at $30,000 (including faculty release time).
Title of Proposal: Tech Team 2000
Brief Description:
Tech Team 2000 proposes to establish an electric-powered go-kart race circuit, Electrathon NNNN, in cooperation with six high schools (initially).
Abstract
Tech Team 2000 proposes to establish an electric-powered go-kart race circuit, Electrathon NNNN, in cooperation with six high schools (initially) for the purpose of introducing high school educators and students to advanced electric/hybrid vehicle and electronics technology; to practical problem solving using math, science and applied engineering principles; to career opportunities; to competition on the race track; and to team interaction using the WWW. Five existing, successful projects, blessed with deep industry involvement, will provide an infrastructure of applicable, demonstrable technology:
Electric Vehicle Institute of NNNN – is preparing undergraduate instruction on electric/hybrid vehicle technology, establishing an automotive lab equipped with dynamometer and battery testers, and linking faculty and students with industry.
Formula Lightning Electric Race Car and Race Team – This race winning team will transport an Indy style electric race car to high school sites, assign a team mentor, assist the high school staff in forming their go-kart race team, and help them prepare for competition;
Mobile Electronics Manufacturing Laboratory – a 40 ft. mobile manufacturing laboratory will be used by high school educators to introduce students to manufacturing technologies and careers;
Web Lab- the laboratory in which high school educators and students will prepare team web pages; chat rooms for information exchange; publish race rules, principles of operation and other racing documentation; and prepare a handbook for future go-kart race teams; and
Teach the Technology-practicing industry and utility company engineers will visit high school sites and provide lectures on commercialized electric vehicle technologies (GM’s EVI) and the infrastructure necessary for extensive deployment.
Abstract
The purpose of this proposal is to fund the Division of Education and the School of Social Wwork to engage in a partnership with the South CITY Community School Corporation in the establishment of an alternative middle/secondary school, the Hamilton Learning Center (HLC), for at-risk urban youth. This partnership will provide a unique learning environment for IUSB undergraduate and graduate students and faculty in teacher education, counseling and social work. The HLC will provide a living laboratory for all parties to work together developing educational, counseling and social work techniques effective with at-risk adolescents. Interactive distance learning, the internet, and other instructional technologies will be utilized in delivering state of the art teaching and learning to both HLC and NNNN University South CITY (IUSB) students.
The proposed HLC will address the high IUSB campus priority for partnering to achieve academic excellence. this recommendation is also embodied in the Strategic Directions Charter Initiative (SDCI) for innovative partnerships, #18, as well as the recommendation of the assessment of learning, #22. It will also address SDCI recommendations to foster excellence in teaching and
learning, #1, 2, and 3.
Workforce Education and Training
Brief Description: This proposal describes a multi-year initiative to increase education and training contract activity between YUZX and business, industry, government agencies, schools, and other external groups.
Abstract
This proposal describes the first year of a multi-year initiative to establish YUZX as the premier education and training consultant for Central NNNN. This proposal will increase education and training contract activity between YUZX and business, industry, government agencies, schools, and other external groups. This initiative builds on existing outreach efforts to local organizations and provides a vehicle through which Workforce Education and Training opportunities will connect the institution’s resources to employees and employers in the Central NNNN service region by:
• dramatically and systematically increasing contact with employers,
• increasing training and contract revenue by providing customized training that meets both the needs of the employer and the individual employee,
• coordinating outreach to the community by developing a customer/client prospect management system that reduces duplication of effort by outreach partners on campus and within the university as a whole, and,
• matching faculty and staff expertise to business, industry, government, education, and the non-profit sector by creating and maintaining a “trainer pool” database and sharing the resource with the community.
• This initiative supports the vision, mission, values, and aspirations of the YUZX campus and corresponds with the following Strategic Directions Charter in two key areas: Responsibilities of Excellence: 18. Strengthen existing partnerships and create new partnerships with public schools, businesses, government agencies and other external groups; and, The Community of Learning: 8. Increase access to the university through nontraditional programs and courses.
Strengthening University/Public School Partnerships
Brief Description:
This Excellence Proposal asks for two positions, an Educational Mentor and an Educational Psychology faculty, that will 1) strengthen the foundations component of our program; 2) facilitate the student teaching to first year teaching transition; and, 3) increase the number of teacher-as-resident opportunities. Working closely with Education colleagues, these positions will create a stronger connection between NNNN University East (IUE) and area public schools in integrating theory and practice, will provide for consistency in the application of standards and will ensure an efficient sharing of limited resources. The continuation and expansion of programs is dependent upon additional faculty resources. Adequate staffing of the Division of Education will take it from its current strong position to the position of excellence for which it has the potential.
Introduction and Statement of the Problem and Importance of Solving It
Over the past two decades, teacher education programs and public schools have learned much that can contribute to the quality of education provided to our young people. We know, for example, that to be effective, professional development programs must be on-going, that building on teacher strengths is more productive than focusing on deficiencies, and that teacher involvement in decision making leads to a greater commitment to implementation.
An area that continues to be of grave concern is the transition from preservice to first year teacher. New teachers start their professional year with tremendous enthusiasm and a desire to implement the innovative teaching strategies that are grounded in current research. All too often they quit teaching prematurely or join the ranks of disheartened veteran teachers. Transferring knowledge from the University classroom into the public school classroom is a difficult process. In order for transfer to be effective, preservice teachers need modeling of innovative teaching, a clear connection between theory and practice, shared expectations and consistency in supervision.
Two other factors affect the current state of affairs. First, is the reality of shrinking resources. Both public schools and universities are facing budget cuts. We need to do everything possible to coordinate efforts so that available resources are used wisely. Second is the need to respond to new standard initiatives that are guiding both content and process issues related to the preparation of new teachers and of public school students. These standards are being introduced from professional organizations and from State Departments of Education.
This Excellence Proposal asks for two positions, an Educational Mentor and an Educational Psychology faculty, that will support internal curriculum needs and provide for increased partnering. Working closely with Education colleagues, these positions will create a stronger connection between NNNN University East (IUE) and area public schools in integrating theory and practice, will provide for consistency in the application of standards and will ensure an efficient sharing of limited resources.
Preparing new teachers to provide quality education for all children is, simply put, the reason for the existence of our Division of Education. While the situation is complex, we are superbly positioned to develop a program that effectively bridges the University to public school teacher transition. We will do this by integrating current research and a performance-based preparation program with our already well-established conceptual framework. If we are to ensure a strong, well-prepared teaching force for the 21st century, then we must heighten our commitment to supporting new teachers during the critical first years of teaching. This can only happen if teacher education programs and public schools work cooperatively.
Frank D. Underwood, Exec. Dir.
Sequoia Foundation
820 A St., Ste. 345
Tacoma, WA 98402
Lawrence A. Young, V.P.
PACCAR Foundation
P.O. Box 1518
Bellevue, WA 98009
Stanley B. McCammon, V.P.
The LJC Foundation
P.O. Box 21749
Seattle, WA 98111-3749
The Jon and Mary Shirley Foundation
c/o Lawrence B. Bailey
701 5th Ave., No. 5000
Seattle, WA 98104-7078
Gregory P. Barlow, Exec. Dir.
Medina Foundation
801 2nd Ave., 13th Fl.
Seattle, WA 98104
Timothy Greyhavens, Exec. Dir.
The Wilburforce Foundation
3601 Fremont Ave. N., Ste. 304
Seattle, WA 98103
Ann Krumboltz, Exec. Dir.
The Brainerd Foundation
1601 2nd Ave., Ste. 610
Seattle, WA 98101
Margaret Fischer, Secy.
Joshua Green Foundation, Inc.
P.O. Box 21829
Seattle, WA 98111-3829
Jill Goodsell, Admin.
The Foster Foundation
1929 43rd Ave.
Seattle, WA 98112
Rabbi Rob Toren
Samis Foundation
208 James St., Ste. C
Seattle, WA 98104
Thomas J. Nevers, Grant Mgr.
E. K. and Lillian F. Bishop Foundation
c/o Bank of America
701 5th Ave., 47th Fl.
Seattle, WA 98104
Frank D. Underwood, Exec. Dir.
Forest Foundation
820 A St., Ste. 345
Tacoma, WA 98402
Lynne Rumball, Prog. Off.
The Greater Tacoma Community Foundation
P.O. Box 1995
Tacoma, WA 98401-1995
The Peterson Family Foundation
16703 S.E. McGillviray Blvd., Ste. 210
Vancouver, WA 98683
Amy McCormick, Office Mgr.
Washington Research Foundation
2815 Eastlake Ave., E., Ste. 300
Seattle, WA 98102
George M. Edwards, Pres.
Sherwood Trust
P.O. Box 1855
Walla Walla, WA 99362
Kaleidoscope Foundation
c/o Richard Leeds
1075 Bellevue Way, N.E., Ste. 366
Bellevue, WA 98004
David E. Ellison
Tr.James B. Pendleton Charitable Trust
P.O. Box 3096
Bellevue, WA 98009
Dian Kallmer
Nesholm Family Foundation
P.O. Box 34345
Seattle, WA 98124-1345
Illsley B. Nordstrom Charitable Foundation
c/o Bank of America
P.O. Box 24565
Seattle, WA 98124-1345
Martha Kongsgaard, Pres.
Kongsgaard-Goldman Foundation
1932 1st Ave., Ste. 602
Seattle, WA 98101
Ralph R. Hadac, Exec. Dir.
Horizons Foundation
4020 E. Madison St., Ste. 322
Seattle, WA 98112

Bill & Melinda Gates Foundation
P.O. Box 23350
Seattle, WA 98102
Dr. John Van Zytveld, Sr.
M. J. Murdock Charitable Trust
703 Broadway, Ste. 710
Vancouver, WA 98660
Anne V. Farrell, Pres.
The Seattle Foundation
425 Pike St., Ste. 510
Seattle, WA 98101
Jo Allen Patton, Exec. Dir.
Allen Foundation for the Arts
110 110th Ave. N.E., Ste. 550
Bellevue, WA 98004
Elizabeth Crossman, V.P.
Weyerhaeuser Company Foundation
CH 1L32 P.O. Box 9777
Federal Way, WA 98063-9777
Cary Paine, Exec. Dir.
The Stewardship Foundation
Tacoma Financial Ctr., Ste. 1500
1145 Broadway Plz.
Tacoma, WA 98402
Donald L. Johnson, Tr.
Kreielsheimer Foundation Trust
c/o Bogle & Gates 2 Union Sq.,
601 Union St., Ste. 5100
Seattle, WA 98101-2346
Denis Hayes, Pres.
The Bullitt Foundation
1212 Minor Ave.
Seattle, WA 98101-2825
Dana Pigott, Pres.
The Norcliffe Foundation
999 3rd Ave., Ste. 1006
Seattle, WA 98104
Jennifer D. Hannibal
The Laurel Foundation
P.O. Box 77630
Seattle, WA 98177-0630
Stephanie Anderson
The Russell Family Foundation
4756 University Village Pl., PMB474
Seattle, WA 98105
Martin Collier, Exec. Dir.
The Glaser Family Foundation
2601 Elliott Ave., Ste. 1000
Seattle, WA 98121
William O. Rieke, M.D., Exec. Dir.
Ben B. Cheney Foundation
1201 Pacific Ave., Ste. 1600
Tacoma, WA 98402
Nancy E. Sourek, Exec. Dir.
Community Foundation for Southwest Washington
703 Broadway St., Ste. 610
Vancouver, WA 98660
Establishment of a Grant Acquisition and Development Office for XYZ Christian School
Executive Summary
Believing the adage, “give a fish, feed for a day; equip to fish, feed for a lifetime,” XYZ requires funding to set-up and implementation of a comprehensive Grants Acquisition and Development Office. Unlike direct mail fundraising, establishing a successful Grants Acquisition and Development Office requires two-years start-up and implementation of project period due to the unique application, proposal, and review processes involved. Grant proposals will be submitted and grant awards acquired during the first two-year period. Similarly, special events such as educational dinner, auctions, Christmas and spring banquets, jog-a-thon, golf-a-thon, etc. will be planned to raise revenues additional revenue. It is our goal that by the end of year two, a self-sustaining Grants Acquisition and Development Office, will produce $200,000 in additional revenue to support XYZ academic projects.
The purposes of the proposed Grant and Development Office are to plan and execute fundraising to increase revenues for the school. This new office will be responsible for community relations, grant writing, and special events. To carry out this project, XYZ is soliciting one-time grants totaling $109,700.00 to establish the Grant and Development Office. The expected return, after the second project year $150,000. By the end of year three, $150,000 in grants will be awarded and special events will raise another $100,000 for XYZ. This represents a return on investment of almost 300%. Over time, the return on investment will grow as the revenue generated in the Grants Acquisition and Development increases.
Problem Statement
In 1990, President George Bush and fifty governors announced that by the year 2000 that American students would be “first in the world in mathematics and science.” However, almost a decade later, public education is failing. According to a February, 1998 report “Third International Mathematics and Science Study,” by the U.S. Department of Education involving forty-one nations and more than one-half million students, shows that American students rank in the bottom sixth or lower in mathematics and science. This report should be of concern to every American. Public educators have been asking for more money to improve a failed system. This year over $360 billion is being spend to educate 46 million students. Per pupil, the United States spends 50% more than Italy, Germany, France, and the United Kingdom, and 85% more than Japan (USA Today, Feb. 28, 1996), and yet our students rank last in the world. If more money is the solution, then why do public schools in Washington, D.C., which spends more than any schools in America, rank near the bottom in every measure of efficiency and competence.
In contrast, Christian schools do not use tax money and operate with 50% less revenue than public schools, but still provide better education than public schools. For example, the results of Stanford Achievement Tests show that Christian school students achieve 79% on the percentile ratings as opposed to 70% for public school students. America needs Christian education. Christian schools do not need the government to regulate their schools in ways that violate the integrity of their practice, unduly impede their existence and formation, or have no compelling state interest. Rather most Christian schools need a Grant and Development Office to help them revolve many financial problems that many small schools must face.
II. Applicant Overview
XYZ grew from a vision by to provide quality education that is Bible based. The purpose of XYZ is to educate students from a Biblical perspective for lifelong learning and Christian character. Convinced the Bible should be integrated with a good academic curriculum, the XYZ Association, an interdenominational organization, was formed in 1991. Members of the Association vote for two different leadership groups. The first, the Parents Auxiliary, coordinates school events. The second, the Board of Directors, is responsible for the spiritual, academic, and financial direction of the school.
Students experience a wide variety of academic programs. The studies are both challenging and enjoyable and each class is designed to better prepare students for the future. The core academic subjects of education are emphasized for the full intellectual and spiritual development of the student. These are supplemented with Foreign Language, Computer, Music, Art, Science Fairs, Spelling Bees, and extra curricular activities to round out the students’ experiences. XYZ blends parental involvement, high academic standards, and God’s Word to build a strong foundation in the life of the students. In partnership with the family and local church, XYZ teaches values, discipline, love of family, prayer, and Christian discipleship. If the best education is one that prepares a person for life now and forever; then it can be said that a Christian education provides the very best education.
XYZ is housed in a 20,000 square feet building, constructed in 1995. XYZ is perfectly situated to carry out this project. Located in GGGGG, Illinois. While tuition fees at XYZ are very competitive, the school manages a financial assistance program for qualifying families. XYZ offers students state of the art convenience. Whether studying in the library, writing compositions in the computer lab, or relaxing and enjoying lunch in the cafeteria, the year round temperature-controlled interior allows students to concentrate on what is important – relationships and learning. XYZ also offers great places for recreation. The fall and spring will find the students playing in the playground, soccer field or basketball courts. Winter activities include indoor basketball, volleyball, or roller blading in the full size gymnasium.
The Problem and Solution
Though our tuition and fundraising bringing little over $600,000, this amount barely scratches the surface in relation to the need. Currently, our funds are acquired through parents’ gift, auction, jod-a-thon, golf-a-thon, sale of books, etc. But, fundraising is only one-half an effort. Grant acquisition will be the other half. We need, and believe we can raise, an additional $150,000 a year through grant awards for our projects. To serve our students more effectively, we must invest in a full-time grant seeking and other special events in our fundraising efforts. However, we have few resources to initiate such an endeavor. The start-up and implementation phases of establishing a successful Grants Acquisition and Development Office must be two-years in length. At the end of two years, the Department will be self-sustaining. The funding we need is to support the first two years of the program.
The start up for grants acquisition is slow, but the rewards are great. The reason for the slow start-up rests on the complexity of the grant process. Whether grants are individual, corporate, or foundation, one must first identify a project, then research grant makers, acquire proposal guidelines, analyze the guidelines, write and publish the proposal, and submit it. Some proposals are less than five pages in length and others are 20 pages or better. Proposals must go through a multiple step review process. This review can take from one month to nine months to complete. The effort expended does not go unrewarded.
In fundraising, we count on donations from $5 and $10 to amounts over $10,000. We put those funds together to support continuation of projects, purchase of curriculum for science, mathematics, English, school supplies, and other necessities. Through Grants Acquisition and Development Office, we hope to supplement our donations with targeted grant awards covering special academic expenditures such as curriculum development, classroom equipment, offering new courses, and career counseling for junior and senior. In addition, more special events will be planned for additional revenue.
Once a grant seeking process has begun in earnest, grant proposals can be written and submitted on a regular basis so that multiple endeavors are at various stages of submission and review at all times. The seed funding we are requesting will be an investment in a long-term program of Grants Acquisition and Development Office at XYZ. Dollars donated to our Grants Acquisition and Development Office project are guaranteed to bear fruit for the future.
What Do We Need for the Project
To accomplish our goal to develop a self-sustaining Grants Acquisition and Development Office for XYZ, we need funding for the following:
1. Personnel, one writer and one Administrative Assistant – it is important that we hire an in-house grant writer to insure the grant proposals are consistent with our policies and mission.
2. Training – the newly hired grant writer will take at least several training courses. He/She will take a fundamental course focused on technology and equipment acquisition techniques, an advanced course offered by the Foundation Center.
3. Equipment – the grant writer must have a computer, printer, CD ROM, and modem, as well as Internet access for the necessary writing, publishing, and research involved.
4. Materials – a small library of foundation publications and tools are needed
Feb 10
26
New Technologies in Teaching Grant
Underwater Imaging
Steve Clauesch
Nature of the Request
The ability to capture and transmit images for research and instruction purposes has taken a major leap forward with the refinement of digital technology in recent years. This technology is becoming one of the standard tools of the scientific diver whether as a student, teacher or researcher. The ability to train students early-on in this technology will enhance their ability to collect data for the following courses: Coastal Ecology Field Methods (Biol 160L/260L), Kelp Forest Ecology (Biol 161/161L), Marine Ecology Field Quarter (Biol 162; a 19 unit immersion course), and Ichthyology (Biol 137/137L). This technology will also be beneficial to the UCSC Scientific Diving Program, which assists students with their senior theses (Biol 195), undergraduate independent studies (Biol 193), and graduate research projects. Moreover, it will contribute to the Scientific Diving course (was Ocean Science 71, and now moving to Biology), which involves training and certification required for all students and faculty who conduct scuba diving under the auspices of the University. The funds will be used to purchase the following equipment: 1) two Digital-8 video cameras, 2) two underwater video housing systems with lights, 3) one Nikonos underwater 35mm still-camera systems with strobe unit, 4) two 3-megapixel digital still cameras, 5) two digital still camera underwater housings with strobe units, 6) one 35mm slide scanner, and 7) one iMac DV-SE computer for editing and compiling both still and video images. Total funding requested is $13,035.00 (plus tax and shipping).
Background and Rationale
Underwater imaging courses have been offered through OPERS for the last 5 years. Underwater Photography (PHYE 005U-01F) is offered during Winter quarter and Underwater Videography (PHYE 005U-01G) is offered during Spring quarter. The limiting factor in teaching these courses has always been equipment. For the Underwater Photography course we have had to borrow equipment from the various research labs on campus. However, this source is not always reliable since the equipment may be in use in the field. For the Underwater Videography course we use video equipment that was donated to our program 10 years ago and which is now outdated and produces poor quality images. This video equipment, while still functional, is not reliable and replacement parts are no longer available. In both of our underwater imaging classes we cover the history, mechanics and techniques of the media, but most of the time the practical application of the learning is limited due to equipment constraints. While we talk about the new digital media we do not have any of the equipment, video or still, to demonstrate or to use. Many of the students who have completed our courses have gone on to apply what they have learned to their classes in marine related disciplines as well as to their senior theses. We have also integrated these courses into several marine ecology classes to enable the students to utilize these imaging techniques during their course of study. For example, the Kelp Forest Ecology (Biol 160/260) has one underwater video system and a 35mm Nikonos still system. As guest lectures, OPERS personnel teach about the capabilities and proper use and care of these systems, but there is an insufficient number of units to do this very effectively. We also receive requests from students to offer these classes on a quarterly basis and to include the digital technology.
We have chosen the requested equipment with the following rationales: 1) Digital-8 format over mini DV format — Digital-8 offers the same quality as mini DV at half the price in terms of video cameras and video tapes. This format is also backward compatible with the Hi-8mm analog format that we and others at the University currently use. We have selected a “generic” underwater video housing, which is compatible with most all Sony video cameras, while providing us with a reliable, easy to use system. 2) Nikonos camera system — the Nikonos system is the standard of the world in terms of basic underwater 35mm photography, both in recreational and scientific diving. Slide film is the preferred medium for capturing underwater images because of its true color reproduction. The ability to digitize these images via the slide scanner allows students to share their images on flora and fauna identification web sites and to use them in their theses or project reports. 3) Digital still camera — we sought out an underwater housing that provided reliability and complete use of the functionality of a 3-megapixel digital still camera. A 3-megapixel camera rivals the resolution of slide film while allowing instant viewing of each captured image. If the image is not satisfactory, you can delete it, make adjustments and retake it. Because of the ability to edit on the fly, digital cameras will become the standard of underwater imaging in the near future. 4) iMac DV-SE — this version of the popular iMac comes ready, out of the box, to edit both still and video images. The value of digital images (still or video) becomes apparent when immediately after a dive, images can be viewed, transmitted and shared with an entire class. 5) Both the Nikonos and the underwater video systems we propose to purchase are identical to the few systems used in other courses, and therefore are cross-compatible with respect to training and maintenance. In fact, if funded, our intentions are to develop a maintenance program that would include existing systems purchased through previous Instructional Improvement Grants (e.g., Kelp Forest Ecology).
Impact on Teaching and Learning
The ability to immediately display an image after an intense learning experience like a scuba dive will reinforce the goal of the experience, whether it be mastering imagining skills, properly identifying organisms, or permanently enumerating a speciesÕ abundance and habitat. Through the OPERS courses students will learn and develop their skills in capturing, editing and transmitting digital images. Students will then be able to concentrate on the academic sections of their field courses since they will have already mastered the technical imaging skills.
We currently are able to train only 16 students per year in the use of analog underwater imaging techniques. The equipment purchased with this grant would allow OPERS to provide an Underwater Photography and an Underwater Videography class to students each quarter, increasing the number of students trained by threefold. Instruction in the use of digital imaging techniques would be emphasized in all of these courses. The Underwater Photography course would include training in the use of the standard underwater imaging tool of today (the Nikonos underwater camera system) and what is fast becoming the future in underwater imaging (a digital camera in an underwater housing). Techniques to digitize analog images, using the slide scanner, and to edit and catalog digital images, using the iMac would also be covered. The Underwater Videography course would include training in the use of a digital video camera enclosed in an underwater housing as well as editing techniques using the iMac with iMovie. At the completion of these courses, students would have the knowledge necessary to incorporate underwater imaging into their course work and research while here at the university. Students who have completed these courses would be able to checkout this equipment for work on underwater projects or to further develop their imaging techniques. Importantly, the training provided to students through these courses will also increase the longevity of such equipment previously purchased for other courses.
Plan for Continued Funding
The only recurring cost will be for the annual maintenance of the Nikonos camera and the flood insurance for all cameras. There is a local company that will provide the annual maintenance at a reduced cost in support of our program. All of the equipment will be housed at OPERS and will be maintained by the OPERS Scuba staff. The flood insurance costs ($250 per year) and maintenance costs ($100 per year) will be addressed by charging students a minimal fee for use of the equipment. If the introduction of this new equipment increases interest to the level where we need more equipment we will approach manufacturers to support our program by providing/replacing equipment as needed. As can be seen in the Budget Detail we already have support from one local vendor who is providing some of the equipment below retail cost in support of expanding our current training program.
BUDGET DETAIL
| Qty | Item Description | Price | Total |
| 1 | TopDawg Video System 2 Ð two video lights (retail $1599) | 1099.00 | 1099.00 |
| 1 | TopDawg Video System 1 Ð one video light (retail $1299) | 899.00 | 899.00 |
| 2 | Sony TRV 120 Digital8 Video Camera (retail $799) | 750.00 | 1500.00 |
| 1 | Nikonos Camera Package Ð camera body, 35mm lens, YS90 strobe & cord, camera tray, strobe arm, extension tubes, Pelican case | 2324.00 | 2324.00 |
| 2 | Olympus 3000 Digital Still Camera | 799.00 | 1598.00 |
| 2 | Tetra Housing for Olympus 3000 | 999.00 | 1998.00 |
| 2 | Sea & Sea YS90 TTL Duo Strobe (for Tetra Housing) | 475.00 | 950.00 |
| 2 | Sea & Sea Sync Cord for YS90 | 110.00 | 220.00 |
| 2 | Nikon Connector for Tetra | 100.00 | 200.00 |
| 2 | Infinity Arm for Sea & Sea Strobe | 70.00 | 140.00 |
| 2 | NiMH rechargeable AA (4) batteries & charger | 35.00 | 70.00 |
| 1 | IMac DV-SE w/ 256MB SDRAM & USB Zip Drive (educational discount) | 1838.00 | 1838.00 |
| ArtiScan 2400FS Slide/Film Scanner | 199.00 | 199.00 | |
| Sub-Total | 13035.00 | ||
| Tax and Shipping 15 % | 1955.25 | ||
| Total | 14990.25 |