Exploring Academic Programs at Princeton University
At Princeton University, undergraduates have the opportunity to engage in year-long laboratory research sequences that offer a unique and immersive experience in various fields.
One such sequence is the MOL280/281 Molecular Biology Laboratory Research sequence, where juniors and other students work closely with faculty in labs like the te Velthuis Lab, studying viral enzymes and RNA viruses. Another example is the AST 250/251 Space Physics Laboratory course, a year-long hands-on lab where students collaborate with engineers to build and test space instruments related to NASA missions, gaining extensive practical experience in space physics and instrumentation development.
These sequences provide students with an opportunity to work in active research environments, often contributing to cutting-edge projects. They offer a chance to design, iterate, and experiment, skills that are crucial in any research setting.
The AST250 Space Physics Lab I and AST251 Space Physics Lab II are year-long sequences where students carry out a group research project. In these labs, students learn lab skills, operate a vacuum chamber, and work together to complete their project.
While the article does not mention any new facts about the revised Absolute Beam Monitor (ABM) or its efficiency and safety, it does highlight the importance of professional conversations in the context of lab research and course planning.
Beyond STEM departments, many other departments offer research courses. These include Chemistry, with a broad range of research areas including catalysis, chemical biology, materials, and spectroscopy, Engineering/Entrepreneurship, Psychology, and Molecular Biology. Some courses have lab components, while others are entirely focused on lab-based research.
For those who aspire to work in a lab or pursue a career in research, taking a research course (or sequence) can be highly beneficial. These courses provide students with the practical skills and experience they need to excel in their chosen field.
In conclusion, Princeton University offers a variety of lab-based research sequences that span an entire academic year, providing undergraduates with deep investigative experience. Whether you're interested in molecular biology, space physics, chemistry, engineering, psychology, or molecular biology, there's a research sequence that's right for you.
| Research Sequence | Description | Department | |-------------------------------|---------------------------------------------------------------------------------------------------|-------------------------| | MOL280/281 Molecular Biology Research Sequence | Semester-long to year-long lab work in faculty labs (e.g., te Velthuis Lab). Juniors can join. | Molecular Biology | | AST 250/251 Space Physics Laboratory | Year-long hands-on course building NASA space physics instruments in collaboration with engineers. | Astrophysics/Space Science | | Various Chemistry Research Labs | Broad range of research areas including catalysis, chemical biology, materials, and spectroscopy. | Chemistry |
[1] Source: Princeton University Undergraduate Research [3] Source: Princeton University Astrophysics Department
- For individuals interested in online education related to education-and-self-development, there are numerous opportunities to learn about various fields such as molecular biology and space physics through online courses offering lab experiences, similar to the MOL280/281 Molecular Biology Research Sequence and AST 250/251 Space Physics Laboratory at Princeton University.
- In addition to traditional lab-based research sequences, many departments at Princeton University also provide online learning resources for self-paced study in areas like chemistry, engineering, psychology, and molecular biology, thus enabling learners to acquire practical skills and knowledge in those fields from the comfort of their homes.
