Discussion Overview
The discussion revolves around pursuing a career in plasma propulsion, particularly focusing on the educational pathways and degree choices necessary for this field. Participants explore options such as further degrees in physics, chemistry, electrical engineering, and aerospace engineering, as well as specific programs in Canada and abroad.
Discussion Character
- Exploratory
- Debate/contested
- Technical explanation
Main Points Raised
- One participant suggests that a Ph.D. in Physics may be necessary for advanced work in plasma physics and ion-based propulsion systems.
- Another participant expresses enthusiasm for plasma propulsion and mentions taking a nuclear engineering course, indicating a personal interest in innovative propulsion methods.
- There is a suggestion against pursuing a degree in Chemistry for plasma propulsion, with a preference for electrical engineering or chemical physics coursework instead.
- A participant shares insights about the potential for a master's degree in aerospace engineering, specifically mentioning MIT's program for plasma-based propulsion design.
- Concerns about the affordability of education, particularly for Canadian citizens considering foreign universities, are raised, along with a mention of alternative programs in France.
- One participant mentions Princeton's plasma propulsion program as a potential option for further study.
Areas of Agreement / Disagreement
Participants express a range of opinions on the best educational path, with no consensus on the ideal degree or program. Some advocate for aerospace engineering, while others suggest physics or electrical engineering, indicating multiple competing views on the topic.
Contextual Notes
Participants discuss the relevance of specific programs and courses, highlighting limitations in their current university offerings and the focus on digital electronics rather than plasma-related technologies.