Can I Double Major in Aerospace and Computer Engineering?

The decision to pursue a dual major in aerospace and computer engineering (CS) is a significant one, given the unique challenges and rewards it presents. While it is feasible to study both disciplines concurrently, it's important to weigh the pros and cons to determine if this path is right for you.

Challenges and Drawbacks

Double majors in aerospace and CS are often met with skepticism. The argument is that pursuing two majors simultaneously can lead to exhaustion, spreading you too thin, making you a jack of all trades, master of none. This can lead to a lack of focus, creating a narrow life beyond studies and potentially exhausting resources that could be better spent elsewhere.

Historically, dual majors have been seen as problematic because they often result in a lack of specialization in either field. Students might end up with a broad but shallow understanding, which can be detrimental in fields like Aerospace Engineering and Computer Science, where depth of knowledge is paramount.

Alternative Pathways

Instead of pursuing a dual major, consider an alternative route such as minoring in the second field or focusing on electives and summer courses that align with your specialization goals. This approach allows you to gain depth in a particular area without the added stress and time commitment of dual majoring.

Personal Experience and Insights

I, an MIT Aeroelastician, have personal experience in balancing both fields. My journey involved learning CS under the mentorship of distinguished educators Al Elias and Russ Bergquist, alongside my work on aeroelastic programs for Sikorsky. This experience spanned an eight-year odyssey, during which I encountered unique challenges and insights that have shaped my perspective on the intersection of these fields.

One of the most significant challenges I faced came when I was asked to write a computer program during my annual Reserve Tour. The program was crucial for an upcoming wind tunnel test, and the pressure was immense. Three CS programmers had been fired due to their inability to complete the task within the required timeframe and to the satisfaction of the team. I, on the other hand, completed the program in six days, significantly ahead of schedule. This experience highlighted the importance of a strong foundation in both computer science and the physical sciences (aerospace and fluid dynamics).

Key Insights and Lessons Learned

Here are some key insights and lessons from my experience:

Respect for Previous Work: Aerospace and Computer Engineers have been modeling flow fields since the 1950s, and there is a wealth of knowledge that can be built upon. Newcomers would do well to show respect for the work of their predecessors. Efficiency vs Clarity: Today, digital calculation of aero flow fields (CFD) is a major focus. However, the field often prioritizes computer efficiency over simplicity and clarity. This can lead to wasted labor and delays in engineering projects. It's essential to strike a balance between efficiency and ease of use. Physical Understanding: Too many CFD experts lack a deep understanding of the physics behind aero flow. They may know the formulas but lack the ability to visualize and understand the impact of flow disturbances. This is crucial for successful engineering and problem-solving.

Conclusion

While it is possible to study aerospace and computer engineering simultaneously, the decision should be made with a clear understanding of the challenges and the alternatives available. If you're truly passionate about aero and CS, consider minoring or focusing on electives and summer courses to specialize further. This approach allows you to gain depth in both fields without the added stress of a full dual major.

Good luck on your academic journey!