Engineering Entry Requirements: Why So Low?

In summary, the entry requirements for engineering in Australia may be lower compared to other courses at 91 ATAR, but the actual degree is challenging and many students drop out. This is due to supply and demand, as undersubscribed engineering programs lower the entry requirements. While this may seem counterproductive, it ensures a higher number of students on the course in the later years.
  • #1
kr73114
15
0
engineering question??

I know how well you do in high school has little to do with how well you go in uni. But in Australia, the entry requirements for engineering is quite low compared to other courses (91 atar) yet the actual degree is so hard and many people drop out. Why is this? Why can't the entry requirements be higher then?
 
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  • #2


Supply and demand. If engineering is undersubscribed, they will lower the entry requirements.

This may seem self defeating at first, but it isn't. Let's say an extra 10 students apply becuase the lower grades (becuase they were lazy in high school) and 8 drop out after the first year. You've still got an extra two students on the course. Your drop out statistics look crap, but you've got more bums on seats for the final years.
 

1. Why do engineering entry requirements seem to be lower compared to other fields?

Engineering entry requirements may seem lower because engineering programs often have a specific set of prerequisite courses that students must complete before being admitted. These courses, such as calculus, physics, and chemistry, are typically more challenging and require a strong foundation in math and science. As a result, the overall GPA and test scores of engineering applicants may be lower compared to other fields.

2. Are engineering programs easier than other majors?

No, engineering programs are not easier than other majors. While the entry requirements may appear lower, engineering programs are still rigorous and demanding. Engineering students are required to take a combination of difficult math, science, and design courses, and are often required to complete hands-on projects and internships.

3. Do low entry requirements mean that engineering is not a competitive field?

No, engineering is still a highly competitive field. The entry requirements may seem lower because engineering programs are more focused on a student's technical skills and aptitude rather than their academic performance. Additionally, there are often a limited number of spots available in engineering programs, making it a competitive field to get into.

4. Are there any disadvantages to having low entry requirements in engineering?

One potential disadvantage of lower entry requirements in engineering is that it may lead to a higher attrition rate. Students who are not adequately prepared for the rigor of an engineering program may struggle and end up dropping out. This can also result in a higher failure rate and lower graduation rates.

5. Do low entry requirements make engineering programs more accessible?

Yes, low entry requirements can make engineering programs more accessible to a wider range of students. This can be beneficial in promoting diversity and allowing students from different backgrounds and educational experiences to pursue a career in engineering. However, it is important for students to still have a strong foundation in math and science in order to be successful in an engineering program.

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