@Peruna1998
I am a graduate in economics from WPI who was surrounded by engineering majors and interactive with engineers for ten years. I am not an engineer.
Educators often describe engineering education as “boot camp.” I first heard this term years ago from a dean at WPI. It was, and largely still is, a widely held view of engineering education. There is no getting around the academic rigor of calculus, physics and chemistry followed by thermodynamics (particularly thermodynamics for Chem E). There is not a lot of space to take a break from the the classic classroom approaches to engineering. There is however another school of thought and another approach.
In 1967, WPI had an engineered faculty revolt against the traditional approach. It was engineered by a new President. I was a student on the school newspaper at the time. The school felt trapped between academic and fiscal competition from MIT, RPI and U Mass who all offered the same courses. They put together a committee composed of faculty who were known to question the established process and were known to be creative. A major influence came from an engineering faculty member who had been educated in the English university system and MIT. Other faculty came from everywhere. The humanities department was looking for creative ways to find some fresh air. Supported by the administration they were able to obtain the largest, at that time, funding ever given by the NSF to develop and test new educational approaches for engineers. Their efforts were somewhat protected by an NSF panel of well credentialed educators as ABET gave WPI enough space to try new ideas. From the trenches, it truly looked like a revolution!
It took a long time, but there was a significant award from the National Academy of Engineering in 2016 at: https://www.nae.edu/Activities/Projects/Awards/GordonPrize/GordonWinners.aspx#tabs
There are two books on this, but I won’t give you the entire story here.
The first design taught us that some very bright students where good in the classroom, but were very poor at pulling solutions to a problem out of their natural environment. Classrooms were not a good vehicle for this part of the learning process. The vehicle selected to better develop this cognitive learning was the Major Qualifying Project (MQP). Projects in real world settings where students had to take an active part in designing the approach to solutions and had to learn how to play better in groups. Contrary to popular belief, most engineering today is not the product of an isolated genius’s eureka moment, but they get all the PR.
Project teamwork also taught us the importance of interdisciplinary thinking for the best design solutions. WPI calls this vehicle the Interdisciplinary Qualifying Project (IQP).
Best of all, we learned that project activities fire the interests of participants. Enthusiasm and team spirit ease the pain of boot camp.
To see the educational design used today see https://www.wpi.edu/project-based-learning/wpi-plan.
As for job opportunities and income, it varies largely on the major and where you live in the country. Many schools have detailed job and graduate school placement data. MIT, Stanford, Caltech degrees generally receive a premium at the start but biology majors will still go hungry. My niece solved that problem by going into patent law. She did not want to slave at low wages for years to earn a PhD and build the reputation required to fund her own lab. It is hard to get CS majors from WPI and many other schools to go to graduate school because of their BS salary offers.
The income opportunities for most engineers are circumscribed at the VP engineering level without an MBA. I learned this by working with many WPI alumni.
:bz