COSPAR

1- What you will learn
The workshop is designed to move beyond theory. Participants will gain practical skills in:
·      Data Acquisition: Fetching multi-spacecraft data from the NASA CDAW Data Center.
·      Image Analysis: Using EUV and Coronagraph (SOHO, STEREO, SDO) imagery to measure CME kinematics.
·      Spectroscopy: Interpreting radio dynamic spectra from the ISWI (e-Callisto) network.
·      Programming: Utilizing Python for space data processing and visualization.
·      Modeling: Fitting flux rope models to predict the strength of geomagnetic storms. 
2- Tools and Data Access
Participants will work with world-class open-source resources, including:
(i) SOHO/LASCO & STEREO CME Catalogs.
(ii) Wind and STEREO Spacecraft Radio Burst Lists.
- Catalog of SEP events.
- Catalog of Intense Geomagnetic Storms
(iii) ISWI ground-based radio telescope network.
(iv) Web-based measurement tools and Python libraries (e.g., SunPy). 
3- Objective and Benefits
(i) Professional Training: Transition from a student to a researcher capable of handling complex in-situ and remote-sensing data.
(ii) Mentorship: Work directly with international experts to solve outstanding problems in Sun-Earth connections.
(iii) Collaboration: Establish long-term research partnerships that lead to joint publications in peer-reviewed journals.
(iv) Space Component: Gain direct experience with data from active space missions, fulfilling COSPAR’s mission of global scientific capacity building.
4- Target Audience
This workshop is primarily aimed at:
·      PhD students and early-career Postdoctoral Fellows.
·      Researchers in Space Physics, Astronomy, and Geophysics.
·      Participants from Egypt and neighboring regions aiming to bridge the gap between solar and terrestrial research.