Belmont University Interdisciplinary Programs
ICoRD | Interdisciplinary Majors | Peer Tutoring
Some programs of study are designed to approach particularly large areas of investigation. These require expertise within multiple fields of disciplinary study, as opposed to the more traditional approach of single disciplines engaging problems yielding to a narrower mode of exploration. Of these Interdisciplinary Programs (listed below), some are majors that cross the boundaries of two traditional disciplines, while others are much broader, interweaving courses from multiple Schools and Colleges within the University as a whole.The Institute for Computing Related Disciplines (ICoRD)
Glenn Acree, Director
Faculty: Bryon Balint, Joyce Crowell, Gary Garrison, William Hooper, Dan Johnson, James Pierce
Purpose
ICoRD provides a collaborative, interdisciplinary approach to meeting the growing need for a coherent core of computer education combined with the core work of other disciplines. The faculty fellows of ICoRD are drawn from the fields of computer science, mathematics, information systems management, art, and design communications and are working collaboratively to provide these interdisciplinary programs.
Goals:
1. to prepare students to enter computing and/or technology related occupations.
2. to prepare students for graduate study and/or professional studies.
3. to guide students to think independently and creatively.
4. to guide students to understand applications, formulate and translate problems, and write meaningful algorithms.
5. to enable students to solve problems by identifying connections, recognizing patterns, using multiple strategies, and employing appropriate tools.
6. to enable students to communicate ideas related to their disciplines orally, visually, and in writing.
7. to encourage students to become contributing members of an engaged, responsible community of scholars.
ICoRD Programs of Study
Students whose interests are too broad to fit other more traditional degree programs may select from two interdisciplinary B.S. degree programs.
• B.S. in Web Programming and Development
• B.S. in Applied Discrete Mathematics
Minor in Database Administration
| Database Administration Minor | Hours | |
|---|---|---|
| Requirements | 18 | |
| CSC 1110 Programming I | 3 | |
| CSC 1120 Programming II | 3 | |
| MIS 3620 Business Data Management and Analysis | 3 | |
| MIS 3720 Database Administration | 3 | |
| Six hours selected from MIS courses numbered 3000 or above |
6 |
|
| Total | 18 | |
Minor in Web Development
| Web Development | Hours | |
|---|---|---|
| Requirements | 18 | |
| CSC 1110 Programming I | 3 | |
| CSC 1120 Programming II | 3 | |
| ART 1400 Digital Imaging | 3 | |
| ART 1700 Web Page Design | 3 | |
| ART 2450 Interactive Media | 3 | |
| Three hours from MIS 3200, MIS 3620, MIS 3730, or CSC courses numbered 2000 or above | 3 | |
| Total | 18 | |
Back to Top
Interdisciplinary Majors
In addition to the interdisciplinary majors in ICoRD, shared / interdisciplinary majors that are listed under an existing school or department include:
Biochemistry and Molecular Biology
Classics (minor only)
Environmental Science
European Studies
International Economy
International Business
Neuroscience
Pharmaceutical Studies
Second Language Acquisition (minor only)
Undergraduate Research
CAS 1000 - 4000. Undergraduate Research (0-6). A course designed to give students the opportunity to conduct research under the guidance of a faculty supervisor. The research project should conform to appropriate scholarship in the academic discipline of the faculty supervisor. The specific expectations, including outcomes, for the course and research project are worked out between the student(s) and the faculty supervisor, however there is a requirement that students give a public presentation of their work. No more than 6.0 hours of CAS 1000-4000 course credit may be used toward graduation, and credit is granted only as general elective hours, not hours toward a major or minor.
Gen. Ed. Designation: EL (R – Undergraduate Research).
Back to Top
Peer Tutoring
The Peer Tutoring Program, begun at Belmont in 1995, provides students with the opportunity to serve as a link between the professor and students in a class. The role of the tutor is determined between the tutor and professor. The Teaching Center serves as a resource for peer tutors by offering opportunities to exchange ideas and share experiences.
PTS 2920-4920. Peer Tutoring (1-3). By invitation of a professor, a student may serve as a peer tutor for a course. Each peer tutor works with the professor to define the specific role in the class, which may include helping conduct classes, leading study or discussion sessions, and helping students master the course material. The Peer Tutor also participates in a seminar conducted by the Teaching Center. The Peer Tutor does not grade or keep other records for the class.
Cooperative Education
Students who are working on jobs that directly relate to their academic major or occupational goal may receive elective unit credit for work with employers approved by the co-op director. Students may be working part-time, full-time, off-campus, or on-campus in either paid or volunteer positions. Generally, students working part-time may receive three (3) hours of credit per semester; however, those students who receive special approval may earn up to six (6) hours of credit if they are working full-time. Students receive co-op credit only during the semester that they work. Co-op credit will not be given retroactively. Only six (6) hours of Cooperative Education credit will count toward the graduation requirement and must be eligible to count in the student’s degree program. Students may elect to participate in the cooperative education program to the extent that they meet the standards of the university and the guidelines in the Cooperative Education Student Handbook.
COOP 3000. Cooperative Education (3). Cooperative Education course related to major or occupational goal.
Second Laguage Acquisition Courses
SLS 3500. Second Language Methodologies (3). Pre-requisites: ENL/W 3500 or a 3rd year Foreign Language Course. This course, designed for students interested in teaching ESL or a foreign language, will through classroom instruction and a required integrated experiential learning component focus on methods of second language instrction.
SLS 1900-4900. Second Language Directed Studies (1-3). Directed Studies.
SLS 1950-4950. Second Language Study Abroad (2-18). Study Abroad.
Pathways to Science, Technology, and Mathematics
SCI 1000-4000. Pathways to Science, Technology and Mathematics Seminar (0). This course is required for all School of Sciences majors in the Pathways Scholars program funded by the NSF S-STEM grant #0850041 - Pathways to Science, Technology, and Mathematics. The seminar will include activities, instruction and discussions concerning the importance of communication skills and mathematics preparation in the sciences. Students will read and present articles (appropriate to their ability level), keep journals of their academic and industry experiences, and write paper summaries and research protocol documentation. Beyond the freshman year, the seminar will have a greater focus on individual academic and career paths, ensuring that the knowledge and resources for specific research or internships aims of the students are provided.