flowchart LR A[Experiment] --> B[Data] %% Parallel paths (layout only) subgraph Reproducible direction TB C(**GECS**) end subgraph Irreproducible direction TB E[Ad-hoc] end B --> C B --> E C --> G[Results] E --> G %% Emphasize GECS edges linkStyle 1 stroke-width:4px linkStyle 3 stroke-width:4px %% Node styles classDef gecs fill:#cfe9e5,stroke:transparent,color:#000 classDef adhoc fill:#eeeeee,stroke:transparent,color:#000 classDef neutral fill:#f7f7f7,stroke:transparent,color:#000 classDef results fill:#e6dff1,stroke:transparent,color:#000 %% Apply styles class C gecs class E adhoc class A,B neutral class G results %% Make subgraphs invisible style Reproducible fill:transparent,stroke-width:0px style Irreproducible fill:transparent,stroke-width:0px
Good Enough Computing in Science (GECS)
Mini Course at OIST
Aim
To provide an overview of core software development practices that support efficient research project management and its reproducibility.
Description
Less time for programming, more time for science (and your other stuff).
Target Audience
This course is for researchers who want to learn how to automate repetitive tasks in data analysis. Some prior programming experience is helpful but not required.
Schedule
Time: 10:00-12:00 (Fridays)
Location: L3B700 (near-ish the GS counter)
| Part 1 | Part 2 | ||||
|---|---|---|---|---|---|
| January | 16 | Terminal | March | 6 | Version Control |
| 23 | Project Structure | 13 | Testing | ||
| 30 | Virtual Environments | 27 | Automation |
Drop-in
After every session there will be a drop-in the following week. You can come with questions or problems regarding the course.
Time: 12:00-13:00 (Wednesdays)
Location: C102 (The Cafe Private Room)
Dates: Jan 21, Jan 28, Feb 4 for the Part 1; Mar 11, Mar 25, and Apr 1 for the Part 2.
Setting Up
If you need help with configuring your computer for the course, a session will be held on January 14 Wednesday at the Cafe Private Room during the lunchtime, 12:00-13:00. See Setting up section.
Registration
REGISTER HERE
For official details, see the Graduate School hosted website on TIDA.
People
- Igors Dubanevics Y4 @ESBU
- Pin Ju Chou Y1 @CNEU (rotation)
- Vitoria Yumi Uetuki Nicoleti Y1 @NCU (rotation)
Manifesto
βTeach a course you want to attend.β
adapted from Austin Kleon, Steal Like an Artist
As cheesy as it sounds, we are learning from you (probably more at this point) than you will learn from this course. Stupid question permission is granted. Suggestions, tips, and corrections are welcome!
What this course is NOT?
- Introduction to a specific programming language (e.g., Python, Bash, etc.)
- Numerical simulations/modeling course
- High Performance Computing (HPC) training
Inspiration & Credits
Acknowledgements
Arthur Turrell, Greg Wilson and The Carpentries, Justin Bois, Richard McElreath, and the MulQuaBio collective.
References
βGood artists copy, great artists steal.β
β Pablo Picasso
- Coding for Economists by Arthur Turrell
- Python for Data Science by Arthur Turrell
- bootcamp by Justin Bois
- Research Software Engineering with Python by The Carpentries
- The Multilingual Quantitative Biologist by the MulQuaBio collective