**Assignment #1**** **

In this assignment, you must demonstrate problem-solving using top-down design and the use of methods of the built-in objects in Python, namely ** list **and

The outcomes of your solution are 14 timetables for each program; i.e. a total of 42 CSV files with each file describing a timetable for one week for a programme. The output files should be named as [** programme name**]_[W#

The input files are the course structure for three different programmes; i.e. ** course.3e**,

Restrictions in the timetable scheduling with which you must comply in your solution:

- Every 3-hour lecture in the course structure should be split into two sessions with one is 2-hour while the other one is 1-hour.
- Every 2-hour lecture in the course structure should be a 2-hour session
- Two lecture sessions of the same course cannot be scheduled on the same day
- All lab sessions are scheduled 3 hours
- Only one lab session can be scheduled in one day. A lab session can be scheduled on the same day with a lecture session of the same
- If the course requires two lab sessions throughout the trimester, the lab must be scheduled on week 3 and 7 or week 4 and 8 (for alternate week).
- If the course requires three lab sessions throughout the trimester, the lab must be scheduled on week 3, 7 and 11 or week 4, 8 and 12 (for alternate week).
- All the scheduling must not exceed the maximum pax allowed by the venues. Time clashing is not allowed unless the students involved are totally not the same
- There are only three classrooms available for lectures; e. a) KB201 (90 pax),
- b) KB301 (60 pax),
- c) KB401 (30 pax).
- There are only three laboratories available for practicals; e.g
- KB601 (30 pax, for UEEA3423 only)
- KB610 (30 pax, for UEEA2663 only)
- KB605 (30pax, for UEEA2283, UEET3573, UEEN3433 only)

- There are five schedulable days a week and a lecture/lab session can not be scheduled before 9am and must end by 4pm. All lecture or lab sessions start at hour mark, including Friday, to simplify your programming

Marking scheme: (Total 20 marks)

- Demonstrate problem solving using top-down design. (2 marks)
- Demonstrate modular programming technique. (2 marks)
- Demonstrate correct use of file opening and processing techniques. (2 marks)
- Demonstrate effective use of list and dict. (3 marks)
- Solution can run to completion without error messages. (2 marks, given that the solution is not a dummy execution)
- Output filenames and the contents conform with the naming format and the value format respectively. (2 marks)
- Solution produces a viable timetable scheduling for all three programmes; e.g. no time clashing while fulfilling all the aforementioned scheduling criteria. (4 marks)
- If your solution can guarantee that there is an one-hour gap between every two sessions (they can be either lecture or lab in any orders). (2 marks)
- With clear and sufficient comments in the program to explain your design. (1 mark)

Python Programming

67 Answers

Python Programming

60 Answers

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