Seifeldin Abouelella

– Conducting field-deployment reliability and flexibility assessment of MoMo (Modular Autonomous Monitoring System) — a solar-powered, autonomous environmental sensor platform — as Bachelor's thesis jointly supervised by Rhine-Waal University. – Continuing development of the FLO fluorescence camera desktop application, extending live-view and time-series functionality based on findings from prior internship.

- Developing Application Programming Interface and back-end applications. - Evaluating new software products and technologies and recommending changes to enhance existing systems or build new ones. - Analyzing software requirements and working with team members to develop solutions. - Supporting software development team with operating analytical tools, data management and user interfaces.

- Authored exploratory Jupyter notebooks and converted them into a reusable CLI pipeline to ingest, clean, merge and export CO2, radon and meteorological datasets. - Implemented robust preprocessing (dynamic header detection, type conversion, datetime standardization, hourly resampling, outlier removal) and automated quality/coverage checks. - Automated reporting and visualization (CSV/Excel exports, PNG/PDF dashboards, safety-threshold alerts) to streamline analysis delivery. - Developed optional advanced

- Developed an end-to-end PSF reconstruction pipeline to ingest MUSE‑NFM cubes, extract stamps, compute radial profiles, and produce per-bin PSF metrics (FWHM, Strehl). - Integrated AO-aware model fitting (MAOPPY, Tokovinin) alongside empirical Moffat/Gaussian fits to estimate turbulence parameters (ε0, L0) and AO residual floor. - Produced diagnostic visualizations and validation outputs: multi-panel stamp/model/residual figures, radial/log cuts, bootstrap confidence intervals, and wavelength-dependent FWH

- Design and prototypical implementation of a self-sufficient, solar-powered photo capture system including firmware development, GPS integration, and housing design. - Development of a desktop application for controlling fluorescence cameras with extended functions for live views and time series. - Development and implementation of an insect hotel as a demonstration project. - Creation of a web-based application for calculating airships to optimize internal processes. - Support in the workshop.

- Developed APIs for current and future projects. - Implemented UI for current and future projects. - Provided Python and Scientific Programming Tutorials. - Identified students struggling with subjects and recommending solutions to lead teacher.

- Participated in the design of new features and software architecture. - Wrote reusable, testable and efficient code. - Designed and implemented low latency, high availability and performance applications. - Implemented security and data protection techniques.

Delivering online sessions and technical freelancing support to Udacity Web Development students.

Data Analysis and Web Development Projects.

- Attending conferences and meetings. - Attending Geophysics and Astronomy lectures. - Helping and guiding attendees in Eclipse events. - Participated in a project with 2 other interns to develop an ultraviolet index device. - I was asked and successfully developed an application that automates calculating the individual total RGB of captured photos for further researching purposes.

Providing broad knowledge base in natural sciences and engineering as well as a solid understanding of economics and IT.