Biased answer (from a physicist):
Physics is the most fundamental of all the sciences. You might even go to the extreme of saying that all natural science is to a large extent an application of physics and mathematics. Consider the following schematic diagram illustrating the relationship of physics to the other natural sciences:
Notice that mathematics is at the top of this chart showing how vital it is in the sciences and engineering. A student planning for a career in science and engineering should obtain a solid mathematical background. Physics is next on the chart showing how a solid foundation in physics will enable the student to understand engineering on a deeper more fundamental level. Having a strong background in mathematics and physics enables the student to know when a particular method is appropriate for a given physical situation. Rather than accept a table of numbers derived from some unknown formula, an engineer with a strong background in physics and mathematics will try to determine if the particular formula being used is appropriate or not.
Now let us answer the question. By attending Augsburg College for three years and transferring to an engineering school you will receive a deeper understanding of physics and mathematics than you would gain through the more conventional route. Most engineers have a minimal background in physics (typically one year) and mathematics (typically three or four semester courses). The extra year in the three-two program gives you that extra depth in physics and mathematics that will translate to a deeper knowledge of engineering. Since technology moves so quickly, many engineers find that their formal training becomes obsolete within about five years. On the other hand, if the engineer does have a strong mathematics and physics background, this person will easily adapt to the new engineering application of physics and mathematics.
Finally, on a personal level, Augsburg is a small liberal arts school where you are valued as a person not just an insignificant component of a huge class (~175 students or more). At Augsburg, the classes are small where you can get to know your professors who will take the time to ensure that you have the best chance of success. There are also many research opportunities available where you work closely with faculty on cutting edge research. Many of our students also enjoy the large variety of extracurricular activities that are available here at Augsburg. In the three-two program, you will enjoy the atmosphere of a small school (in the city) for three years before you transfer to the larger engineering school.
At Augsburg, we will help you develop into a complete and well-rounded person not just a “techie” who is unable to communicate their ideas with others. The strong liberal arts component here at Augsburg ensures this.
For the above reasons, we believe that the three-two program is a solid and effective way to reach your goal of becoming an engineer.
We welcome you.