Retrieving cloud base updraft (CBU) velocities with the combined use of Doppler-Radar and LIDAR ceilometer measurements from Hyytiälä Forestry Field Station. Supervisors: Dr. Dmitri Moisseev & Dr. Tuomo Nieminen.

Development of an in situ stereophotogrammetry system for cloud base height (CBH) estimation with a pair of self-built sky cameras using Raspberry Pis and Python-OpenCV for image processing. The results were validated against a lidar ceilometer and achieved an accuracy of 90% for low-level cloud CBH estimations. Supervisor: Dr. Remco Verzijlbergh.

Unfortunately the onsite research experience was cancelled. However, we engaged and participated in virtual scientific and personal development seminars with interns, mentors, and accredited scientists from NASA and the LPI based in Houston, TX.

Kickstarted a project on atmospheric biogeochemistry, relevant for cloud formation over marine regions. Overall work was carried out in a microbiology lab. Data analysis was performed in Python and MATLAB. Supervisors: Dr. Nadine Borduas-Dedekind and Dr. Jeanette Wheeler.

Data processing and identification of biases and differences in the records of two data acquisition systems of the Cosmic Ray Observatory using Python in a Linux OS. Supervisor: Dr. José Francisco Valdés Galicia.