Switching Careers from QA/QC Engineer to Aerospace Design Engineer: Possibilities and Challenges

Switching Careers from QA/QC Engineer to Aerospace Design Engineer: Possibilities and Challenges

The question of whether a quality assurance (QA) or quality control (QC) engineer in fabrication can transition into an aerospace design engineer role is a common one. The experience and skills required for these roles are significantly different, making the transition challenging but not entirely impossible. Understanding the differences and challenges involved is crucial for anyone considering this career move.

The Skills Gap Between QA/QC and Design Roles

QA/QC engineers in fabrication are often tasked with ensuring that products meet the required standards and specifications. While this role requires a strong foundation in engineering principles, it does not necessarily cover the broader design and conceptual aspects of a project. Conversely, aerospace design engineers are responsible for the initial conception and development of prototypes, which involves a much deeper understanding of a broader range of technical knowledge.

Case Study: The Misadventures of a QA Engineer Attempting Design

To illustrate the challenges involved, let's look at a real example. I knew a QA engineer who attempted to design a trailer for camping equipment. Despite his efforts, the result was far from ideal. He believed that using "quality" materials—such as 2x4s and 3/8 inch plywood—constituted quality construction. However, as one of the unfortunate souls helping him connect the trailer to his truck, I witnessed the inherent flaws in his design. The trailer was heavy, imbalanced, and impractical. It was a prime example of a design that failed to take into account fundamental engineering principles, such as the center of gravity and structural integrity.

Challenges and the Role of Design Review

The difficulties encountered by QA engineers attempting design positions are not unique to the individual. Many engineers struggle with the conceptual and ideational aspects that are part of design engineering. In some cases, even a good design can be derailed by an overemphasis on perfection. Design engineers are often perfectionists, striving for the perfect solution, which can lead to project delays and financial losses. A structured design review process can help mitigate these issues by providing a more balanced approach to design and development.

The Importance of Adaptability and Continuous Learning

However, not all hope is lost for QA engineers looking to transition into aerospace design. With the right mindset and willingness to learn, it is possible to acquire the necessary skills and understanding to succeed in a design role. Continuous learning, attention to detail, and a willingness to collaborate with experienced design engineers can go a long way in improving one's chances of making a successful transition.

Conclusion

While the role of a QA/QC engineer and a design engineer in aerospace present significant differences, the transition is not impossible. It requires a deep understanding of engineering principles, adaptability, and a willingness to continuously learn. For those with a passion for engineering and the drive to learn, a career in aerospace design can be a rewarding path. However, it is crucial to recognize the challenges and to approach the transition with a realistic perspective and a strong work ethic.