Nijat Mammadaliyev

Developing safety-critical GNSS firmware for automotive applications, compliant with ASPICE and ISO 26262. Skills: Global Navigation Satellite System (GNSS) · Safety-Critical Design · Software Architecture · Embedded Software Development · Cross-Functional Collaboration · C (Programming Language) · Rust (Programming Language) · Python (Programming Language) · ARM Architecture · Continuous Integration and Continuous Delivery (CI/CD) · Agile Methodologies

Conducted research on the co-location of space geodetic techniques in space to improve the global Terrestrial Reference Frame accuracy and stability. Skills: Research and Development (R&D) · Space Geodesy · Orbit Determination · Terrestrial Reference Frame · Modeling and Simulation · Sensor Fusion · Software Development · Verification and Validation (V&V) · Fortran · MATLAB · Very Long Baseline Interferometry (VLBI) · Satellite Laser Ranging (SLR)

VLBI data analysis Software development

Analyzing and reprocessing of GNSS data of stations near tide gauges

Ankara–Sivas high-speed railway project

Thesis: Co-location of space geodetic techniques in space Main fields of study: - Combination of space geodetic techniques with space ties - Simulation of the existing and future infrastructures of space geodetic techniques - Simulation of space geodetic observations - Support the objectives of ESA's GENESIS mission - Efficient scheduling of observations - Satellite orbit determination - Earth Orientation Parameters - Global Terrestrial Reference Frame - Software development and validation

Thesis: Improvements of the stochastic model of the VLBI data analysis (Grade: 1.0) Main fields of study: - Very Long Baseline Interferometry (VLBI) - Analysis of VLBI error sources - Stochastic modeling - Error propagation - Variance and covariance component estimation - Data analysis - Review the reliability of the results - VLBI analysis software development and validation

Geodesy and photogrammetry Thesis: Estimation and comparison of GNSS and VLBI tropospheric parameters, and outlier detection (Grade: 1.0) Main fields of study: - Very Long Baseline Interferometry (VLBI) - Global Navigation Satellite System (GNSS) - Least squares adjustment calculation - Inter- and intra-technique comparison - Statistical data analysis - Outlier detection