Discussion Overview
The discussion centers around the relationship between controls engineering and physics, particularly regarding career prospects in aerospace, robotics, and the definition of being a physicist or applied physicist. Participants explore the implications of pursuing research in physical modeling within controls engineering.
Discussion Character
- Debate/contested
- Conceptual clarification
Main Points Raised
- One participant expresses interest in pursuing a career in controls engineering and questions whether this path can lead to significant opportunities in aerospace, robotics, and physics.
- Another participant, a registered controls engineer, suggests that while direct physics work may be less common, there are ample opportunities in related fields such as chemical, robotic, and aerospace engineering.
- There is a contention about whether being an engineer involved in physics research qualifies one as an applied physicist, with differing opinions on the validity of such a claim.
- Some participants argue that the title of "physicist" is not easily granted and typically requires a Ph.D. and active research in the field.
- Concerns are raised about the importance of titles and how others perceive one's professional identity, with some suggesting that enjoyment and competence in one's work should take precedence over titles.
- Photonics engineering is mentioned as a potential area where practitioners might be considered applied physicists, though this remains uncertain.
Areas of Agreement / Disagreement
Participants do not reach a consensus on whether engineers can be considered physicists or applied physicists. There are multiple competing views on the definitions and implications of these titles, as well as the importance of societal perception.
Contextual Notes
The discussion reflects varying definitions of what constitutes a physicist and the criteria for being recognized as one, highlighting the ambiguity surrounding professional titles in the context of engineering and physics.