Systems Engineer Zone Controller

Analysis and follow-up of customer specification

System design, specification and architecture of zone controller for vehicle zonal architecture

Interface to development areas, customer and suppliers

Automatization and efficiency of system departmental solutions

Definition and alignment of concepts, system specification and system architecture

Definition and consultation about all aspects regarding product, project and management

Planning, definition and implementation of automated AI solutions for system and functional safety department activities

Project acquisition according to customer requirements

Definition, implementation and closing of all system working documents

Transferred know-how in all aspects of system engineering, functional safety and technical product management

Tools: PTC Integrity, Enterprise Architect, MS Office, Eclipse, KiCad, CANAnalyzer, Pulsonix

Norms and methodologies: SysML, A-SPICE, D-FMEA, MSS standards, AEC-Q100/Q200, CAN, LIN, UDS, V-Model, ISO26262 (ASIL B)

Project and technical advice

Coordination, processing and tracking of the open points

Validation and product integration

Technical support and follow up of suppliers for vehicle wireless charging

Concept definition and customer product specification

Definition, implementation and follow-up of validation tests at system and vehicle level

Regular project status report

Improving processes and team efficiency

Improvement in product quality

Integration of first functional pattern

Tools: SWL-Cockpit, AIDA, gAMS, MS Office, Aplaus, Gaeko, CANoe, CANAnalyzer, Esys, CARMEN, CodeCraft, Jira, Octane

Norms and methodologies: ISO 26262, ISO 21434, D-FMEA, TARA, BMW GS, CAN, UDS, Qi

Technical management for the internal development of an electric drive for sliding doors

Responsible for controlling the project from the supplier perspective (Tier 1)

Analysis, development and implementation of suitable countermeasures

Interface to customer and internal management

Evaluation, control and implementation of the HW and SW development, quality, safety, mechanics, production, plan and costs for the control unit

Technical responsible of the development team

Supplier tracking and support

Internal leadership and team coordination

Software & hardware reviews

Optimization of processes within the company

Regular project status report and reporting to internal management

Improving processes and team efficiency

Implementation of the figure of the technical project manager

Implementation and delivery of the first functional model

Tools: DOORs, MS Office, Jira, Bitbucket, Confluence, CANoe, Bamboo

Norms and methodologies: A-SPICE Level 2-3, PEP, AUTOSAR, ISO 26262, ISO 21434, D-FMEA, TARA, HARA, CAN, UDS, AEC-Q100/Q200, V-Model

Technical management for the development of power electronics

OEM responsible for software development, hardware development, production, construction, validation, quality, costs and schedule

Change and risk management

Development and implementation of suitable measures

Internal and external contacts for all interface partners of the control unit

Definition of specification for the control unit

Evaluation, management and control of the HW and SW development, quality, protection, construction, plan and costs for the control unit

Supplier tracking and support

Internal leadership and team coordination

Optimization of processes within the company

Regular status report of the project and reporting to the department head

Successful implementation of the hardware, software and mechanical measures of a new sample

Successful development of the power electronics for part of the Gen4B generation of BMW PHEVs

Tools: DOORs, ZEDIS, MS Office, Jira, BMW internal tools

Norms and methodologies: ISO 26262, BMW GS, AEC-Q100/Q200, CAN, Flexray, UDS

Responsible for defining the product functionality, verification and validation from the OEM perspective

Definition of product specification and coordination of the functionality

Definition and planning of system and function plans

Definition of software interfaces and development

Supplier tracking and support

Test planning, coordination and control

Failure analysis, processing and tracking

Reporting product status to project management

Successful functional development of telephone and connectivity for MIB Standard Gen2 and MIB High Gen2 Generation

Tools: DOORs, Eclipse, Java, Volkswagen internal tools

Norms and methodologies: Bluetooth SIG, HFP, HSP, ADP2, AVRCP, LTE

Responsible for the software development of a platform for the detection of unbuildable vehicles

Development and automated testing of algorithms of a software application for the customer, communication protocols, documentation, PMO support and IT security

Execution of unit, regression and performance tests in an application for the configuration of vehicles

Requirements and specification, design, implementation and documentation

Applying Constraint Solver Technology to find solutions to unbuildable vehicles

Application of Multi-valued Decision Diagrams (MDD) for algorithm development

Successful software development, validation and verification of software modules

Tools: Java SE/EE, UML with Rational Developer, MQSeries, Websphere, Lotus Notes, MS Office, MS Project, AutoIt V3, XML, HTTP, RMI, Java Beans, Servlets, HTML, SVN, Linux