Dipl.-Ing. Marta Alberte Rey

As SW responsible of Processor Monitoring (Functional Safety), I coordinate an international team of eight SW developers. Together we define the concepts towards the implementation of new functionalities according to ISO26262 and based on various stakeholder requests, keeping in focus the AUTOSAR architecture, for embedded systems, more particularly electronic control units in the Powertrain domain.

As SW responsible of Processor Monitoring (Functional Safety), I coordinate an international team of eight SW developers. Together we define the concepts towards the implementation of new functionalities according to ISO26262 and based on various stakeholder requests, keeping in focus the AUTOSAR architecture, for embedded systems, more particularly electronic control units in the Powertrain domain.

· Safety goals definition and technical safety concept for electrification products (on-board charger, HV box...) · Function development for functional safety based on a model based development (MBD) approach on Simulink for process monitoring · Creation and execution of test cases for model verification by simulation: Model in the Loop (MIL), Hardware in the Loop (HiL) · Development according to AutoSAR architecture · Implementation based on E-Gas monitoring concept · ISO26262

For my second assignment, I got the chance to join the HW development team in Michigan that was working on a new HW architecture for the DC/DC converter stage of an on-board charger. I was responsible for: · Hardware design (LTSpice) and development for DC/DC stage of BEV/PHEV on-board charger with DSP digital control · Analysis of insulation coordination for the design · Functional electrical tests in HV lab. · Requirements definition for electric components and subsequent selection

During the first station of the Graduate Program I joined the department of Hardware Customer Application as requirements engineer for HW components in electric vehicle charger projects, mainly focusing on wireless power transfer. My main tasks were: • Analysis and application of related standards and norms • Design of a new Requirements Engineering process for the department • Requirements management in PTC Integrity • Feasibility analysis of customers' requests in conjunction with developers

After finishing my Master Thesis at Fresenius, they offered me the chance to bring into life what I had done with a pilot project of an automated dialysis clinic. As part of my tasks I was responsible for: • Goals definition • Offers management • Requirements verification • Costs, time and change management and monitoring • Communications management between stakeholders • Periodical reporting

Master Thesis: Concept design of smart-building automation for dialysis care units • Benchmark for building automation technologies and providers • Client requests elicitation and requirements definition according to IREB Standard and by means of SysML. • Conceptual design of the automation system for an average renal care center according to VDI 3813 • KNX drawings, one-line diagrams and distribution and installation blueprints • Energy-efficiency impact evaluation according to EN15232

Bachelor thesis: "Design of a multi-robot patrolling model based on Game Theory for big infrastructures protection" (JAVA) • Design of an algorithm based on Game Theory "No-Regret" model • Implementation of the algorithm with Java in Eclipse IDE • Test and evaluation of the algorithm using an infrastructure simulator • Analysis of the results and comparison with other models

• Piping & Instrumentation Diagrams (P&ID) interpretation • HMI design in InTouch by Wonderware • SCADA programming and offline functionality tests • PLCs programming in Step7 using SCL, KOP and FUP • Linking between databases and SCADA • Offers estimation according to P&ID

• Administrative management (filling in documentation, archive...) • Exchange students assistance • Communication with university partners • Documents digitalization • Excel databases administration

Erasmus stay