Daniele Rosato

- Management of a project team structured into sub-projects. - Responsible for the definition and achievement of the project targets (KPIs) together with the project milestones. - Responsible for the planning and observance of the project budget. - Development of a Vehicle Computer System and its SW. - Development of the software to control the e-drive according to the A-Spice and Autosar standards. - Quality assurance through compliance with the A-Spice and ISO 26262 standards.

Management of a project team structured into four sub-projects | Responsible for the definition and achievement of the project KPIs | Responsible for the planning and observance of the project budget | Development of a complete e-drive | Development of the software to control the e-drive according to the A-Spice and Autosar standards | Quality assurance through compliance with the A-Spice and ISO 26262 standards as well as through the execution of internal quality gates

Technical and disciplinary management of a group of twelve employees | Design of innovative e-drives | System engineering: Evaluation of the entire vehicle system | Acoustics and NVH: Development of workflows to optimize the acoustic behavior of e-drives | Conception and construction of functional test benches | Function development for error detection and reaction in electrical machines and power electronics

• Support of the engineering head in strategic planning and in separating the starter-motor-generator business unit from Robert Bosch GmbH. Analysis and implementation of measures to increase efficiency in engineering | Support in preparation and tracking of engineering business plan | Organization of strategic workshops and review meetings | Analysis of technical and organizational topics | Support of personnel acquisition within the framework of the business unit separation from Robert Bosch GmbH

Project manager for the platform development of an electric vacuum pump for brake boosters | Supervision and coordination of the simulation activities with a focus on structural mechanics and fluid dynamics

Deputy of group leader | Leader of a project on development of complex simulation models to assess and improve the life-time and reliability of Lithium-ion batteries | Development of ultrasonic systems for power tools | Supervision of two PhD students. Topic-1: Micromechanical modeling of Lithium-ion batteries. Topic-2: Micromechanical characterization of Lithium-ion battery materials | Support of international collaborations.

Postdoc of the “Stuttgart Research Center for Simulation Technology” (SRC SimTech). Topic: Simulation-based design of new materials with tailor-made high-tech properties | Research on the field of finite element methods, computer-oriented modeling of materials, functional materials, and metal plasticity | Holding of lectures, supervision of diploma theses, master theses and doctorates | Preparation of research project applications and reports | Hiring plan of academic assistants.

Course director of the international master program “Computational Mechanics of Materials and Structures – COMMAS”: Responsible of the educational program, coordination of lecturers, students’ selection, students’ support, program administration | Research associate.

- Global System for Electromobility - Vehicle System - Energy Storage - Power Electronics - Electric Machines

Degree: Doctor of Engineering (Mark: summa cum laude), Department of Civil and Environmental Advisor: Prof. Dr.-Ing. C. Miehe Dissertation: “On the Formulation and Numerical Implementation of Dissipative Electro-Mechanics at Large Strains”

Degree: Master of Science (Mark: summa cum laude) Thesis: “Thermomechanical Multisurface Plasticity at Large Strains”

Degree: Master in electrical engineering (Mark: summa cum laude) Thesis: “Finite Element Modeling of the Oscillations of a Metallic Cantilever Beam Coupled to a Piezoelectric Sensor” (Max-Planck-Institute for Mathematics in Sciences, Leipzig)