Product Development
Current• End-to-end Mechanical Product Development on 12M€ projects that yield 6 different Electronic Scientific Devices, 5 of them already in mission from Mercury to Jupiter: - Tasks: Specifications, Design (benchmarking, R&D, 3D, I/F), Structural Analysis (FEA, random, shock, fatigue), Manufacturing (2D, BOMs), Integration (inspection, procedures), Tests (procedures, FEA correlation) 100% successful; Quality Assurance.• Created the AeroSpace Mechanical Activity by building a net of Specifications, Processes, Procedures and IT Tools, embedded in a Continuous Improvement system: - Examples: Mechanical Design Specification (43 Pages), Performing FEA (86 Pages), Incoming Inspection (60 points checklist); 25h+ of video recorded Procedures; - Results: solid productivity gains, first time right milestones, more HR made available.• Implemented High Reliability Soldering Assembling Line for Space and qualified by ESA: - Tasks: Shaped this Activity as done for Mechanical Activity, applying Lean principles; - Results: pace increased 50%, zeroed major NCs, delivered 2 Products (5 units) of 1M€ worth components, in a critical timeline already stressed by Covid19 Pandemics.• Mission/ Project ID • Device Description [Device Name] • Client: - AlphaSat TDP8 • Radiation Monitor [MFS] + Testing Bed [CTTB] • Astrium FR (AirBus) - BepiColombo • Radiation Monitor [BERM] • ASD DE (AirBus) - JUICE [Certifcation] • Solar Panels Monitor [JMU] + Radiation Monitor [RADEM] • AirBus - Hera / Ramses • LIDAR Planetary Altimeter [PALT] • OHB / ESA• Responsible for Mechanical Engineering Activity at BU (New Business Hub): - Concept of containerized solution to connect a photovoltaic plant to the electricity grid.
