Autosar Engineer

MP 2019 – 190

Autosar Engineer

SUMMARY

 He has experience in automotive projects with C++ and Autosar  Expertise SW architecture design (AR 3, AR4), system description design,  BSW configuration (Com+CAN Stack, Dem/Dcm, BswM, Rte, Fee/NvM, BAC4),unit/system/functional tests  C/C++, debugging requirements management, ISO 26262  Hardware Infineon Tricore TC29X, TC39X, PowerPC V850 Renesas, Atmel 8051  Tools Lauterbach Debugger, BMW FAT, Ediabas, E-sys, DMT/DST, CANoe, CANape, GreenHills compiler, EB Tresos, System desk, Artop,  VSA, Autosar Bilder, DOORS (DXL), Rational Synergy, PTC Integrity, IBM Rhapsody, Enterprise Architect, OrCAD, Build systems  (Jenkins)  HIL, measurement devices for physical layer analysis (up to 2GHz)  Communication SOME-IP/SD, Broad-Reach, Flexray, CAN, SPI, I2C, OSI, TCP/IP, ATM, Frame Relay, X.25 protocols  Expertise Synthetic Aperture Radar (SAR), interferometric SAR, MTI, detection methods, X-Band/Ka-Band radar, corellation analysis, statistic data processing, model-based development, concept and modelling of complex distributed data processing systems for synthetic aperture radars and system for moving target indication  SW development in Matlab/IDL, ANSI C, C++  Tools Matlab, GreenHils compiler/linker, IDL, ENVI, ArcView, remote sensing specific: TMSP, TTP, ITP, DFD PL Front-End, TopoSAR, STAR-4

EDUCATION

1996 – 2001 National University of Radio Electronics, Kharkiv, Ukraine. Faculty of Telecommunication and Instrumentation. Degree graduate engineer

LANGUAGES

 Native speaker Russian, Ukrainian  Fluent German, English

Key Solutions Polska Sp. z o.o.

Centrala SĄD REJONOWY DLA WROCŁAWIA FABRYCZNEJ WE WROCŁAWIU, ul. Wyścigowa 56E VI WYDZIAŁ GOSPODARCZY KRAJOWEGO REJESTRU SĄDOWEGO 53-012 Wrocław NIP 8992665881 | REGON 020927856 | KRS 0000324636 | Kapitał zakładowy 50 000 PLN

MP 2019 – 190

PROFESSIONAL EXPERIENCE

Since 03.2017: Autoliv/Zenuity GmbH

SW Architect

Tasks:  Objectives create SW Architecture for the advanced driver assistance system functions and deploy it on the dedicated HW.  Analysis of former project SW Architecture, adapting it to the new HW, bus topology and OEM requirements.  Communication with OEM and suppliers regarding SW Architecture issues  Scheduling concepts, partitioning boundary conditions.  Timing restriction, other requirements.  Creating code guidelines for the developers, SW architecture common patterns.

Tools: System Weaver, System Desk, Enterprise Architect, IBM Rational Rhapsody, Vector Davinci (occasionally)

Since 01.2016: BMW AG

Embedded SW Developer C++

Tasks:  Objectives develop new SW component with Some IP communication according to the customer requirements.  Requirements analysis and finalization (with the customer).  SWC Architecture design.  SWC functional implementation.  debugging on Component-HIL with SomeIP/SD Simulation.

Tools: cmake, Eclipse, Visual Studio, Lauterbach Debugger, CANoe, Component – HIL

09.2015 –10.2016: TRW Automotive GmbH

System Engineer – Resident

Tasks:  Objectives support of the project and dedicated project tasks on site of the customer in coordination with the customer's person in charge.  Acquiring and handling of the customer needs independent or in agreement with customer.  Analysis and debugging of customer complaints and its relevance to the supplier's tasks.  Initial analysis, management and tracking of customer complaints and its

Key Solutions Polska Sp. z o.o.

MP 2019 – 190 solutions (also in OEM's and supplier's ticket systems).

 Technical support on site of the Customer.  Support or independent conduction of the Setups, vehicle running, HIL-Tests, presentations and documentation.

Tools: Lauterbach Debugger, CANoe, CANape, Restbus Simulation, Component - HIL

05.2015 – 10.2015: Schaeffler Engineering GmbH

SW architecture/Design according to Autosar 4.0/4.1

Tasks:  Objectives Delivery of the pre-configured Autosar OS (Elektrobit OS) according to the OEM requirements : basic software configuration  Modelling of the software architecture for SG according to Autosar 4.0.3/4.1.1 considering ASIL B safety requirements  Error Analysis, Debugging.  Role SW architect, Basis Software configurator.

Tools: System desk, EB Tresos Studio, Rational Synergy, IBM Rhapsody, DOORS, ANSI C, Lauterbach Debugger

04.2013 – 07.2015: Bertrandt AG (on behalf of BMW Group AG)

SW architecture/Design according to Autosar 4.0/4.1

Tasks:  Objectives Delivery of the Interface Package according to the Autosar 4.0/4.1 for diverse ECUs.  Role SW architect, Team Leader.  Person in charge of the Interface Specification Package Delivery.  Supplier Feedbach Managing/Controlling, technical assessment of the issues relevant for SW-Architecture.

Tools: Autosar Builder, EB Tresos Studio, DOORS Dxl

04.2011 – 03.2013: Elektrobit (on behalf of BMW Group AG)

SW architecture/Design according to Autosar 3.2/4.0/4.1

Tasks:  Objectives SW-Architecture Modelling (Autosar 3.2 / 4.0 / 4.1), Interface modelling for non-Autosar ECUs, Requirements management (also automated), integration component concept, definition and coordination its interface with SW.  Role SW Architect.  Designer for integration sw component.  Developer of DOORS proprietary interface.

Key Solutions Polska Sp. z o.o.

MP 2019 – 190

 Know-How model based development, variants handling, test methods.  ECU Virtualization (soft HIL).

Developer C/C++

Tasks:  Objectives Autosar 3.2/4.0 BMW Autocore extension and its configuration for x86 architecture

Tools: Lauterbach Debugger, Tresos Studio 11, System, visual C++, XML, Autosar 3/4, OSEK, WinXP Kernel Scheduler, TCP/IP

08.2006 – 08.2010: German Aerospace Center

TerraSAR-X Satellite Based Traffic Assessment

Tasks:  Objectives concept, development and putting into operation of new art GMTI system for large-scale acquisition and traffic situation assessment based on TerraSAR satellite system.  Communication with pilot customers, interface definition and coordination, verification concept, cost estimate.

Tools: DD Debugger (GDB, DBX), Purify, Profiler, DFT PL Front-End, Synthetic Aperture Radar (SAR), interferometric SAR, MTI, detection methods (Displaced Phase Center, Antenna, Along Track Interferometry, Histogram Detection Method), X-Band Radar, correlation analysis, statistical data processing, TerraSAR Satellite Multimode SAR Processor (TMSP)

01.2006 – 07.2006: Inter map Technologies (on behalf of German Aerospace Center)

Tasks:  Objectives development of Satellite Data Description Modul (Level 1B Annotation) for TerraSAR Multimode SAR Processor (TMSP).  Role implementation of object oriented, extensible modules for generation and interpretation of the complex Terra-SAR product annotation in XML and in DLR proprietary data formats.  Geografic and radiometric correction.

Tools: IDL, XmlSpy, DD Debugger (GDB, DBX), Purify, Profiler, XML, Synthetic Aperture Radar (SAR), interferometric SAR, X-Band Radar, statistical data processing

12/2002 – 12/2005 Intermap Technologies

Role R&D Engineer

Key Solutions Polska Sp. z o.o.

MP 2019 – 190 Tasks:  Objectives Enhancing of the productive SAR/IfSAR algorithms and bug fixing.

Tools: Matlab, IDL, SAR specific: TopoSAR, STAR-4, C++, Synthetic Aperture Radar (SAR), interferometric SAR, digital signal processing, correlation anlysis, statistical data processing

05.2003 – 06.2003: Inter map Technologies

Tasks:  Objectives generation of the elevation models for Hayman Fires and Malaca Islands.  Role Project manager, technical project manager.  Operation control for the IfSAR-processor and mosaicking.  Sub- and End- product quality control according to the ISO 9001 Standards.  Know-How production cycle for orthorectified maps, value added imagery and high precision elevation models, project management, quality management.

Tools: Matlab, IDL, SAR specific: TopoSAR, STAR-4

08/2002 – 08/2003 Inter map Technologies and Institute for Radio physic and Electronic of Ukrainian national science academy

Concept and implementation of noise based SAR-System - Noise Waveform (NW) Replica

Tasks:  Objectives development of prototype Noise Waveform based SAR system for civil and military application.  Role feasibility study, Noise Waveform processing algorithm development, tests.

Tools: Matlab, IDL, SAR specific: TopoSAR, NW-Radar Prototype, C++, Synthetic Aperture Radar (SAR), interferometric SAR, detection methods, Ka-Band Radar, correlation analysis, statistical data processing, Doppler Radar, noise waveform processing

09/2001 – 08/2002 Charkow’s Institute for Radio Astronomy of Ukrainian National Academy of Science

Tasks:  Concept and implementation of the automatic calibration system.  Objectives automate calibration process for the large radio telescope „UTR-2“.  Role calibration concept.  Tests.  Maintenance.

Tools: and measuring instruments for HW development Test and assembly, C ++, ANSI C, Assembler, Software in the Loop OrCAD

Key Solutions Polska Sp. z o.o.

MP 2019 – 190

TRAININGS

2007 CCG signal processing: certified training „Synthetic Aperture Radar and Signal Processing“ 2009 ADAC training for motorcycle rider „precise steering and maneuvering“ 2014 Seminar “professional conflict management“ 2016 Ethernet SOME-IP and Service Discovery Protocoll – error analysis

Key Solutions Polska Sp. z o.o.