PROPOSAL TO INTRODUCE A NEW COURSE
1. COURSE DETAILS
1.2 Course name - Long
Theory of Computation through Prolog
1.3 Course name - Abbreviated
Theory of Computation through Prolog
1.4 Course Authority ext/email
Eric Martin email@example.com
Arthur Ramer firstname.lastname@example.org
1.5 Organisational Unit responsible for course
School: CSE Faculty: Engineering
Academic Group Code (Faculty): ENG
Academic Organisation Code (Owner): COMPSC
1.6 Justification of Proposal
The course will replace COMP2411 Logic and logic programming and COMP4141 Theory of Computation. COMP4141 has not been offered in its present form for a few years; COMP2411 will not be offered after 2005. There is a need to redesign both courses for a wider audience from their current more specialised orientation.
The course will satisfy two main objectives
We aim at presenting in an interlinked fashion the theoretical material of computation theory together with Prolog methods to be used for modeling of examples and problem solutions.
In this form the proposed course would fill a significant gap in the current curriculum.
1.7 Consultation Process
Consultation had followed that conducted when COMP2411 and COMP4141 were established. The main relevant party is School of Mathematics. Discussion with A/Prof James Franklin shows no conflict in topics or in targeted students.
1.8 Units of credit (UOC) Session/s offered Hours Per Week
6 Both sessions 3 hours
1.9 Pre-requisites: MATH1081 Discrete mathematics
1.10 Proposed Entry in the Faculty Handbook
1.11 Is this course replacing an existing course?
1.14 Program stage
Stage 3 in UG programs, Stage 2 in CompIT courses, Stage 1 in MIT and GradCertIT; Year 2005 (both sessions)
1.15 Program/s in which course is be available
Computer Science, Computer Engineering, Software Engineering, and combined programs that include one of these, MIT, MCompIT, GradDipCompIT, GradCertIT
1.16 Proposed teaching methods and assessment practices
1.17 Assessment grades to be used
Full range of grades
1.18 Mode of delivery
1.19 Information Technology Requirements for students
Standard access to computing facilities of the CSE
H Lewis and C Papadimitriou. Elements of Theory of Computation. Pearson 1997.
J Hopcroft, R Montawani and J Ullman. Introduction to Automata Theory, Languages, and Computation. Pearson 2000.
L Sterling and E Shapiro. The Art of Prolog. The MIT Press 1997.
1.21 Industrial experience component
2. RESOURCE STATEMENT
Estimated or proposed enrolments for the next three years.
2.2 Resource Requirements
Hours per week
2.3 Servicing Implications:
2.4 Teaching Arrangements:
Will other units contribute on a regular basis to the teaching of this course?
Not considered for 2005-06 sessions
2.6 Details of Tuition Fees:
N/A no non-award enrolment is anticipated
3.1 University Librarian's Endorsement
I have examined the Library needs related to the above proposal and certify that existing Library holdings, staffing, services and accommodation are adequate to cover the demands that are inherent in it.
Appropriate arrangements for the use of digitised material to support this course have been made by the Course Authority with the University Librarian.
3.2 Head of School's Approval
I have examined the resource implications of the above proposal in regard to staff, space, materials, equipment, capital funds, and computing, and certify that the School can cover the demands that are inherent in it.
Head of School
3.3 Dean's Approval
I have examined the resource implications of the above proposal in regard to staff, space, materials, equipment, capital funds, and computing, and certify that:
3.3.3 the proposal conforms to the University's commitment to Equal Opportunity in Education.