manjunath jayaramaiah

Own an internal engineering tooling platform end-to-end: roadmap/backlog, prioritization, delivery tracking, and release readiness. Built and maintained production C/C++ tooling used across AUTOSAR/DPU-FF and simulation contexts, including automated CMake build integration. Resolve complex integration issues, drive refactoring and version upgrades, and ensure release discipline (Git/CI). Strong documentation, metrics, and cross-team alignment (Jira/Confluence) with a quality/compliance mindset.

Developed C++/Python simulation and validation tooling for complex systems, focusing on reliability, repeatability, and developer productivity. Improved CI feedback loops by cutting build time ~30% via build/integration workflow redesign. Led cross-stack debugging, stability/performance fixes, and platform/variant integration. Mentored engineers on clean design and testing.

Delivered regulated medical software (IEC 62304 context), integrating complex ECG analysis features with strong documentation and verification discipline. Built/extended Qt GUI and device interfaces, ensuring robust behavior and clear technical artifacts. Strengths: careful engineering, testing mindset, and structured delivery in high-stakes environments.

Created and executed test cases in an agile setup and supported defect analysis/documentation using HP UFT. Developed a strong quality mindset: clear reproduction steps, prioritization, and collaboration with developers to drive fixes. Strengths: attention to detail, structured QA, and stakeholder communication.

Built .NET/ASP.NET applications with SQL Server, delivering reliable features and performance-focused UI components (HTML/CSS). Strong fundamentals in software engineering, debugging, and end-to-end delivery with a client-focused mindset. Strengths: ownership, clean implementation, and practical problem-solving.

Vertiefungsrichtungen : Einführung in die Medizintechnik, Messtechnik, Modellbildung, Medizinische Modellbildung, Simulationstechnik. Abschlussarbeit : “Ein neues Lungenmechanikmodell und dessen Auswertung mit klinischen Daten”

Vertiefungsrichtungen : Biomedizinische Geräte, Elektronik, Programmierung. Abschlussarbeit : “Entwicklung und Erprobung von Flughelmen”.