Nitheesh Baby Shanthy

Conducted safety analyses to identify signal-related failures within the VMM software architecture, derived safety requirements, and developed appropriate safety mechanisms for the system. Derived safety requirements from the performed safety analysis and developed a multi-layer catalog of AUTOSAR- and ISO 26262-compliant software safety mechanisms. Deepened knowledge in functional safety, vehicle dynamics, and V-model development.

Supported commissioning, testing, and operation of industrial utility systems such as compressors (Ingersoll Rand & Atlas Copco), pumps, and refrigeration systems, ensuring stable and efficient plant operation. Conducted root cause analyses to identify failure causes and supported implementation of corrective actions to improve system stability and reduce downtime. Strengthened understanding of industrial utility systems and gained experience in cross-functional collaboration in an industrial environment.

Specialization: Functional Safety, Robotics, Autonomous Systems, CPS, AR/VR, and Production Technologies. Final Grade: 2.3 (max.: 1, min.: 4), For Thesis: 1.2

Final grade: 7,42 / 10