Dr. Daniela Zang

ADAS validation and Adaptive AUTOSAR software products, contributing to backend systems, developer tooling and cloud-based validation workflows. • C++ plug-ins and Python REST APIs for vehicle and simulation data • Requirements analysis, software testing and third-level technical support • CI build monitoring on Jenkins, failure investigation and defect resolution • Developer documentation, Docker/WSL2 guides and onboarding • Collaboration with architects, developers and product management

R&D software development for Continental Engineering Services, focused on road-condition estimation from vehicle CAN data. • MATLAB/Simulink components for road-friction and driving-condition estimation • MATLAB simulation environment with GUI, data visualization and MySQL • Model-in-the-Loop (MiL) simulations and C code generation for prototype vehicles • Data-management and SQL tools, Excel interoperability • Collaboration with vehicle dynamics engineers on algorithm evaluation

C++ software development for an enterprise warehouse management system across IBM AS/400, Windows and Linux. • Server-side middleware for XML communication between COBOL business logic and Qt clients • Server-side sorting and pagination framework using Boost.MultiIndex • Bin-packing algorithms for warehouse storage and transportation optimization • 3D OpenSCAD visualization tool for analyzing and debugging packing algorithms • Evaluation of scientific optimization approaches for warehouse applications

Doctoral research in theoretical physics, combining computational models, scientific software development and numerical simulations. • Theoretical research on strong decays of baryons • C++ and Mathematica software for numerical simulations, parameter studies and data analysis • Automated workflow integrating Bash, C++, gnuplot and LaTeX for reproducible simulations and publication figures • Tutorials in Advanced Quantum Mechanics • Research presentations and doctoral thesis

Master's research in theoretical physics, combining computational modelling with the study of the electromagnetic structure of nucleons. • Theoretical research on the electromagnetic structure of nucleons • FORTRAN numerical models, adapting and extending scientific software for computational analysis • Tutorials in Mathematical Physics, Elementary Particle Physics and Physics Measurements • Research presentations at scientific conferences, including talks, posters and a conference publication

Experimental research in materials physics at IPEN, investigating magnetic properties of rare-earth compounds using perturbed angular correlation spectroscopy. • Hyperfine magnetic fields in rare-earth compounds through nuclear spectroscopy experiments • Sample preparation, experimental measurements and data analysis • Materials characterization using radioactive isotopes produced in collaboration with reactor facilities • Research presentations and contributions to peer-reviewed publications

Mathematical models for particle physics. Implementation in C++. Tutoring.

Mathematical models for particle physics. Implementation in Fortran. Tutoring.

Undergraduate research on experimental material science, nuclear physics and particle physics. Tutoring.