Final answer:
A Python program can be written to create a dictionary that stores college course information, including course ID, name, and credit hours, to assist in organizing the requirements for college engineering programs. Students input the number of courses, followed by course details, and the program then displays the college courses in the dictionary.
Step-by-step explanation:
To create a Python program that manages details about college courses for a degree, you will want to construct a dictionary where each entry contains information about a course ID, course name, and the credit hours associated with that course. This college course dictionary is handy, as students admitted into a college engineering program are required to take about 10 courses in college math and physics as well as fundamental science courses such as Chemistry and Biology, and basic math courses including Calculus and Differential Equations. Additionally, they might need to take engineering science courses that directly apply math and science knowledge to fields like Circuits or Thermodynamics.
Below is an example of how you might structure the Python code:
number_of_courses = int(input('Enter the number of courses: '))
course_dict = {}
for i in range(number_of_courses):
course_id = input('Enter the course ID: ')
course_name = input('Enter the course name: ')
credit_hours = int(input('Enter the number of credit hours: '))
course_dict[course_id] = {'Course Name': course_name, 'Credit Hours': credit_hours}
for course_id, course_info in course_dict.items():
print(f'{course_id}: {course_info['Course Name']} - Credits: {course_info['Credit Hours']}')
This python program will help manage course load and organize the necessary credit hours for students pursuing college degrees, like those involved in engineering programs. It can also adapt to feedback, such as more students preferring evening classes, as stated by the math department, and can accommodate the overlapping expertise of instructors in math and computer science. Regular evaluation and review of this system are essential to ensure it meets the student and curriculum needs effectively.