The Computational Research Access NEtwork (CRANE) presents:
WINTER/SPRING 2025 VIRTUAL SEMINAR
COMPUTATIONAL RESEARCH METHODS
FOR PLASMA PHYSICS & SCIENCES
A FREE workshop for undergraduates of marginalized identities
We are now accepting applications for the 2025 CRANE cycle!
Please click the button below to apply before Dec 6th, 2024.
SCIENTIFIC COMPUTING, TAUGHT BY SCIENTISTS, FOR SCIENTISTS
​​Scientific computing is a key tool for research in the physical sciences. Modern scientific research relies heavily on a number of highly specialized computational methods and simulation codes. In order to engage in theoretical physics, astronomy and chemistry research, some amount of computing knowledge is necessary.
Unfortunately, many of these essential techniques are generally only taught at the graduate level, if at all. This unnecessarily high barrier to entry prevents potential undergraduate researchers from pursuing research in computational physics, astronomy and chemistry, and further disadvantages students that are historically underrepresented in the field (BIPOC, LGBTQ+ students, etc.).
This series of workshops aims to provide a crash-course in a diverse set of computation tools and algorithms that will prepare undergraduate students to engage in computational research.The workshop series focuses on building a Python-based computational toolkit that includes simulation methods and algorithms such as Monte Carlo methods and differential equation solvers, in addition to data-driven methods like machine learning. Our central priority is to train the next generation of diverse scientists in a supportive, collaborative learning environment.
Tenets of CRANE's program
1
Skill-building
Our seminars aim to build a computational skillset in students who otherwise not have the opportunity to learn such materials in their undergraduate education. This will give students confidence and preparation for future coursework and research experiences.
2
Mentorship
Our program is led by a group of scientists of marginalized identities. These leadership aim to establish mentor-mentee relationships with students in the program in order to help build their careers and sense of belonging in their field of choice.
3
Networking
CRANE students will have the opportunity to meet established scientists from many institutions across the US, many of whom will connect students directly with internships and research opportunities.
