Ing. Walmir Peraro

• Functional Safety package in the Vehicle Level on development of E.Mover for Aviation ground support • Tailored workproducts to cover ISO 26262 and IEC 61508 • Model based system design of architecture using IBM Rhapsody tool to create Item Definition, HARA and FSC (use of SysML language) • FTA, DFMEA PFMEA and HARA moderation • DIA and Compliance matrix of subsystems supppliers • Safety Case • V&V plan and integration • Assessments with 3rd part • Workshops with the customer representing FUSA

• Implementation of Functional Safety based on the standards ISO 26262 • Experience in automotive Body Exterior Lighting within product development and Functional Safety • logical architecture SysML • Functional and design requirements • Distributed Technology ASIL Relevant • Application of Functional Safety at Ford Germany • Development of lighting systems (hardware and software) • FUSA Assessment - Ford Research & Innovation Center (USA)

• Specialist for global technology development systems • Project Manager for Tech Projects at Ford South America • 16 new innovation projects, for example: Introduction of acrylic PMMA to replace glass, OLED for rear lights • Registration of new patents for Ford North America (Anaqua process)

• Polymers - development of lightweight construction technologies such as microporosity, nanotechnology, synthetic resin with microfibre • Microcellular foam injection moulding process achievements: all materials in the material register released for the Ford "ECOSPORT" program

• Body exterior systems development • Development of lighting systems • Define functional requirements for performance, features and safety • Ford Development system (PMI) • TVM (Total Value Management), GPDS (Global Product Development System), ESOW (Engineering Statement of Work), E-FDVS (Engineering Ford Development Validation System), RCL (Robustness Check List), RDM (Robust Demonstration Method), GD & T (Global Dimensioning and Tolerance) • GreenBelt 6Sigma • PDP • Validation

• Production of rubber sealing systems • Introduction of Lean Production Tools • Staff training Achievements: Construction and start-up of the production site, certification of the site according to IATF 16949

plant operation management • Production management • Production of suspension modules • Design of the suspension frame and lower wishbones • Stamping and welding process design • Feasibility and acceptance of tools (punching, welding, plastics) • Homologation, safety and validation tests Achievements: Construction of the new plant for vehicle suspension modules in Camaçari Plant

• Lead 80 employees • Head of plant operation for seat and component production • Head of local product development: • localization • Homologation, safety and validation plan and tests (ECE R 44) • Definition of functional requirements • Tool release • Technology transfer from headquarters in Germany Achievements: Plant implementation new customers Results above targets in 45%

• Design of lighting systems and components • Design and validation of engineering plastics (PA66, POM, polycarbonate, other thermoplastics and Thermofix) • Manufacturability of tools for plastic components and process validation. • Project FMEA & DOE Achievements: Release of the rear lights for VW GOL

• Design and approval of injection systems • Project FMEA & DOE • Co-design with O & M and parent company in Bologna, Italy • Ford Liaison • Quality inspector • Program for plastic products with CATIA V5 design • Validation and homologation Achievements: Coordination of teamwork to reduce the cost of the multi-point throttle valve by about 15 USD (approx. 12%)

MBA in Project management

Technology in Production Processes

Technician in mechanics