Understanding the Space/Aerospace Industry's View on Dual Degrees in Electrical Engineering and Engineering Technology

The debate over the value of dual degrees in Electrical Engineering (EE) and Engineering Technology (ET) is often discussed within academic circles and practitioner communities. In the space and aerospace industry, which requires high-caliber technical skills and innovation, the perspective on these dual degrees is somewhat nuanced and varies based on specific roles and requirements.

The Relevance of Dual Degrees in the Space/Aerospace Industry

For students considering a dual degree in EE and ET, it is crucial to weigh the potential benefits and limitations in the context of the space and aerospace industry. This industry demands advanced technical knowledge, practical lab experience, and the ability to work with complex systems.

Expert Insights and Opinions

One expert noted, 'The engineering technology degree is more or less redundant. You won't learn much that the BSEE coursework doesn't cover.' This opinion suggests that the additional coursework in ET does not provide substantial new knowledge but rather a more practical, hands-on approach to EE principles.

The same expert advises considering lab classes from a brick and mortar institution and transferring them to an online course if possible. This approach combines the structured curriculum of a traditional degree with the practical, hands-on training essential in EE and ET programs.

However, there are concerns with the ability to perform certain tasks with an online-only BSEE, such as setting up and debugging complex breadboard circuits or working with test equipment like logic and spectrum analysers. These skills are core to EE and typically require access to physical facilities, which might not be available in an entirely online setting.

Practical Solutions and Transferring Courses

Another key point raised is the difficulty in attending two universities simultaneously in the US. This limits the flexibility of pursuing a dual degree directly. Instead, some students may opt to complete the EE degree first, followed by ET, or vice versa. However, this approach requires careful planning to ensure the transfer of credits between the two programs.

An alternative option is to pursue an associates degree in either EE or ET. This option provides both hands-on content and transferability. Students can then seamlessly transition to a BSEE program. This pathway can offer both the theoretical knowledge and practical skills needed for a successful career in the space and aerospace industry.

Industry Insights

Considering the aerospace industry, the role of a BSEET is generally limited to technicians. These professionals are not expected to perform engineering-level work. However, their expertise in practical applications of EE can still be valuable in certain roles.

For instance, BSEETs often work on the front lines of manufacturing and testing, assembling and troubleshooting equipment. Their practical skills can complement the theoretical knowledge of BSEEs, leading to a more balanced and well-rounded workforce.

Conclusion

The space and aerospace industry's view on dual degrees in EE and ET is complex. While an EE degree is generally sufficient for most roles, there is a need for practical, hands-on training that can be enhanced by ET coursework. The best approach often depends on the individual's career goals, the specific roles they wish to pursue, and their access to resources such as lab facilities.

Ultimately, students should carefully evaluate their educational options, considering both the theoretical and practical aspects of the field. Whether pursuing a single EE degree or a combination of EE and ET, the goal should be to develop a well-rounded set of skills necessary for success in the demanding and innovative environment of the space and aerospace industry.