Arnaud Marcel

Scale-Up (30 to +300 Employees) ✸ Supervised approximately 50 employees (including 4 Senior Engineering Managers) across multiple development, QA, and DevOps teams. ✸ Led intensive recruitment and onboarding initiatives to support growth (integrated over 15 employees within 12 months). ✸ Implemented large-scale agile practices (ISO 62304 compliance in a medical environment). ✸ Managed key structural projects:   →🔸 Transformed OnPrem applications into PaaS, reducing infrastructure costs and simplifying deployments.   →🔸 Migrated to a microservices architecture, enhancing resilience and scalability. ✸ Co-developed the product roadmap with Product Managers and the Architecture team, ensuring optimal business-tech alignment.

✸ Managed a team of approximately 20 employees covering QA, automation, and technical support. ✸ Created a Career Path for the Software department, increasing retention by 15% within a year. ✸ Implemented Git, CI/CD, nightly builds, and Sonar analysis, reducing production bugs by 40% and improving release stability. ✸ Established KPIs (via PowerBI) to track velocity, test coverage rate, and code quality. pendant quelques secondes ✸ Managed approximately 20 team members across QA, automation, and technical support. ✸ Created a Career Path for the Software department, increasing retention by 15% in one year. ✸ Introduced Git, CI/CD, nightly builds, and Sonar analysis, reducing production bugs by 40% and improving release stability. ✸ Implemented KPIs (using PowerBI) to track velocity, test coverage, and code quality.

✸ QA Team Management: Managed a team of 15 QA professionals. ✸ Product Collaboration: Worked closely with Project Managers, Product Owners, Architects, Developers, and Testers to ensure product quality. ✸ Automation & Tools: Implemented test automation using Ranorex and developed a Jenkins/BDD/Specflow framework. ✸ Innovation & Quality: Launched pioneering initiatives to introduce innovative solutions and enhance software quality. ✸ QA Leadership: Led and developed the QA team, driven by a passion for technology and automation.

✸ Team Leadership: Led a team of approximately 10 individuals under the guidance of the Software Director. ✸ Software Project Management: Managed software verification projects using agile methodologies. ✸ Quality Improvement: Focused on optimizing product quality and increasing test coverage. ✸ Test Automation: Implemented automation using Microsoft Test Management (TFS) to boost productivity.

✸ Update Validation: Oversaw QA for key product updates in coordination with the QA Manager. ✸ Qualification & Scripting: Investigated customer issues and developed automated scripts (batch, VBScript, Python, Excel). ✸ Testing & Configuration: Defined test campaigns and set up the testing infrastructure (network, machines). ✸ Technical Expertise: Specialized in areas such as HL7, SQL, XP/7 Embedded OS, and WiFi.

✸ Global Validation: Oversaw comprehensive validation of the Morpho project developments, including the integration of advanced biometrics (iris, palm, face). ✸ Cross-Department Collaboration: Worked closely with various teams to optimize biometric recognition, covering image encoding (fingerprints, iris, face, palm) and authentication. ✸ Data Research: Made significant contributions to the research and analysis of biometric databases.

✸ Specifications Validation: Validated the thrust control software for the FADEC of the SaM146 turbofan. ✸ Traceability Control: Ensured the completeness of system requirements (both high-level (HLR) and low-level (LLR)) and verified the code. ✸ Requirements Inspection: Reviewed the requirements and Simulink diagrams. ✸ Impact Analysis: Evaluated modifications and potential impacts. ✸ Defect Correction: Identified and corrected anomalies. ✸ Corrections Control: Verified the effective implementation of the corrections.

✸ Systems Requirements Validation: Specialized in validating software requirements for the inertial measurement unit of the A400M. ✸ Module Validation: Reviewed high-level requirements (HLR) in accordance with DO-178B Level A standards, including adequacy, coverage, testability, and feasibility. ✸ Functional Modules:   → Inertial Data Acquisition and Processing: Ensured the collection and processing of inertial data.   → GPS Data Retrieval: Integrated and processed GPS information.   → Optimization via Kalman Filter: Fused inertial and GPS data for enhanced accuracy.

✸ Software Design: Designed the engine control software (CSAS) for the SaM146, developed using Matlab-Simulink, and created and updated libraries. pendant quelques secondes ✸ Engine Regulation Software Design: Designed the control software for the SaM146 engine (CSAS) using Matlab-Simulink, including the creation and updating of libraries.