Grob- und Feindesign, Definition von Datenfestlegung Intern und Extern
Matlab und Python Skripte Umsetzung
Matlab/Simulink Umsetzung
Definition of SW requirements (SWE.1) based on customer requirements
Design, implementation and integration of SW requirements (SWE.3)
Sw Project Lead:
Planning and coordinating the team to finalize the tasks within the timeline of the sprints (Agile approach), ramping up the team, participating in recruitment process for build up the team
Adopting an agile methodology and delivering the software in sprint releases
Preparing the release packages: software baseline, release notes, flash containers, smoke tests
Sw Developer:
Responsible for tasks related to architecture (SWE.2), detail design and implementation (SWE.3) and unit testing (SWE.4)
AUTOSAR 4.x integration and configuration of SwCs, BSW and Mcal
Support in definition of Technical Safety Concept acc. customer safety goals, ISO26262 and requirements
Fbl & updater integration, configuration and implementation
Configuration of the cyber security for the on-board communication (SecOC) and for diagnostics
Verification through penetration tests
Canoe simulation setup
Development of new generation of ASIL B sensors
Design and implementation of safety mechanisms to comply with ISO26262
Analysis and measurement of electrical and optical performance/characteristics of the sensors
Customer test drives in different locations in Europe
SW improvements for EMC, electrical, environmental and automatic testing
SW project leader:
Planning of each sample, defining the goals and targets for the work-products of each of the phases of development, conducting the necessary meetings (process or technical)
SW developer:
Projects: ASIL A and B Multifunktionslenkrad Active Cruise Control, Electronic Steering Column Lock, Central Rotary Switch
Requirements engineering, SW Architecture & Design
Developing in C embedded and modeling design (Matlab, Simulink, Targetlink) according to ISO26262
Static & Dynamic code analysis and Integration testing
Summer practice in Hardware department
SW and HW implementation to control a bi-phase electric motor, using dual H-bridges, a Hall sensor for feedback and a DSP
2009 - 2011
Technical University Gh. Asachi
Master?s degree
Digital Radio Communications, Faculty of Electronics, Telecommunications and Information Technology
2005 ? 2009
Technical University Gh. Asachi
Bachelor?s Degree
Telecommunication Technology and Systems, Faculty of Electronics, Telecommunications and Information Technologies
OBJECTIVES
Considering my 10+ years of developing safety critical software, my initiation in cyber security, the necessity to secure the safety feature due to the increase of connectivity in automotive industry, I developed a strong interest in cyber security and functional safety for embedded systems. Therefore, I am continuously looking to improve and make use of my expertise with safety critical systems and the way these need to be secured for unwanted intrusions.
TECHNICAL SKILLS
Programming, scripting
C/C++, CAPL, python, jinja2
Communication protocols
LIN, CAN, CANFD, I2C, SPI
Development specific tools
Trace32 Lauterbach, Renesas E1/E20 for debugging
Simulink, State flow, DSpace Targetlink
IDE for Melexis, Freescale, Renesas
Vector tools: Canoe, DaVinci Configurator and Developer
versioning and configuration items tools: Serena Dimensions, SVN Tourtoise, Git/Gerrit, codeBeamer
requirements/traceability tools Doors, Jira, Confluence
design tools Enterprise Architect, Inovator
continuous integration: Jenkins
Standards
ASPICE 3.x, Fusi ISO26262, Autosar 4.x
Simulation tools
Canoe, Matlab/Simulink Stateflow, dSpace Targetlink, OrCAD, Cadence, PSPICE, Matlab, Mathcad, Maple Syrup (Symbolic circuit package analyzer)
Awards and Publications on request.
Grob- und Feindesign, Definition von Datenfestlegung Intern und Extern
Matlab und Python Skripte Umsetzung
Matlab/Simulink Umsetzung
Definition of SW requirements (SWE.1) based on customer requirements
Design, implementation and integration of SW requirements (SWE.3)
Sw Project Lead:
Planning and coordinating the team to finalize the tasks within the timeline of the sprints (Agile approach), ramping up the team, participating in recruitment process for build up the team
Adopting an agile methodology and delivering the software in sprint releases
Preparing the release packages: software baseline, release notes, flash containers, smoke tests
Sw Developer:
Responsible for tasks related to architecture (SWE.2), detail design and implementation (SWE.3) and unit testing (SWE.4)
AUTOSAR 4.x integration and configuration of SwCs, BSW and Mcal
Support in definition of Technical Safety Concept acc. customer safety goals, ISO26262 and requirements
Fbl & updater integration, configuration and implementation
Configuration of the cyber security for the on-board communication (SecOC) and for diagnostics
Verification through penetration tests
Canoe simulation setup
Development of new generation of ASIL B sensors
Design and implementation of safety mechanisms to comply with ISO26262
Analysis and measurement of electrical and optical performance/characteristics of the sensors
Customer test drives in different locations in Europe
SW improvements for EMC, electrical, environmental and automatic testing
SW project leader:
Planning of each sample, defining the goals and targets for the work-products of each of the phases of development, conducting the necessary meetings (process or technical)
SW developer:
Projects: ASIL A and B Multifunktionslenkrad Active Cruise Control, Electronic Steering Column Lock, Central Rotary Switch
Requirements engineering, SW Architecture & Design
Developing in C embedded and modeling design (Matlab, Simulink, Targetlink) according to ISO26262
Static & Dynamic code analysis and Integration testing
Summer practice in Hardware department
SW and HW implementation to control a bi-phase electric motor, using dual H-bridges, a Hall sensor for feedback and a DSP
2009 - 2011
Technical University Gh. Asachi
Master?s degree
Digital Radio Communications, Faculty of Electronics, Telecommunications and Information Technology
2005 ? 2009
Technical University Gh. Asachi
Bachelor?s Degree
Telecommunication Technology and Systems, Faculty of Electronics, Telecommunications and Information Technologies
OBJECTIVES
Considering my 10+ years of developing safety critical software, my initiation in cyber security, the necessity to secure the safety feature due to the increase of connectivity in automotive industry, I developed a strong interest in cyber security and functional safety for embedded systems. Therefore, I am continuously looking to improve and make use of my expertise with safety critical systems and the way these need to be secured for unwanted intrusions.
TECHNICAL SKILLS
Programming, scripting
C/C++, CAPL, python, jinja2
Communication protocols
LIN, CAN, CANFD, I2C, SPI
Development specific tools
Trace32 Lauterbach, Renesas E1/E20 for debugging
Simulink, State flow, DSpace Targetlink
IDE for Melexis, Freescale, Renesas
Vector tools: Canoe, DaVinci Configurator and Developer
versioning and configuration items tools: Serena Dimensions, SVN Tourtoise, Git/Gerrit, codeBeamer
requirements/traceability tools Doors, Jira, Confluence
design tools Enterprise Architect, Inovator
continuous integration: Jenkins
Standards
ASPICE 3.x, Fusi ISO26262, Autosar 4.x
Simulation tools
Canoe, Matlab/Simulink Stateflow, dSpace Targetlink, OrCAD, Cadence, PSPICE, Matlab, Mathcad, Maple Syrup (Symbolic circuit package analyzer)
Awards and Publications on request.