Software Engineer

Company

Our Automotive Technology business is passionate about the automotive industry and produces as well as markets high-tech automotive components worldwide. With over 20,000 employees, we are responsible for the success of this business. Our product and service range includes chassis technologies such as steering and damper systems and the assembly of axle systems as well as powertrain components for conventional and alternative engines. We also develop assembly systems for body-in-white construction and produce lightweight car body components in series.

thyssenkrupp Presta North America is a global leader in automotive components technology and the leading steering systems supplier for the automotive industry. thyssenkrupp Presta North America provides the industry with high-quality manual and electric steering columns, rack and pinion steering gears, and electric power assisted steering gears. thyssenkrupp Presta North America is part of the thyssenkrupp Presta AG group, headquartered in Eschen, Liechtenstein. In 2003, our manufacturing facility was established in the South Industrial Park of Terre Haute, Indiana. Beginning with just one assembly line, a handful of employees and 58,000 square feet, the company has grown to over 450 employees and 224,000 square feet. In addition, we have an office on northeast side of Indianapolis where the Procurement and Supplier Development Department, Business Development and Product Engineering are now located. We have a third location in Troy, Michigan which houses our Sales Engineering, Logistics Distribution Center for USA, and Customer Resident Engineering.

Your responsibilities
Aim of the position

*Must be willing to live abroad for 2-3 years initially for training. Once complete position will be located in our Fishers, Indiana office. This role does require a bachelor's degree in engineering in a related field.

Thyssenkrupp is searching for highly motivated Engineer with interest in developing next generation steering actuators for autonomous vehicles. They will join a global R&D team in Budapest and Lichtenstein for 2-3 years as a Software Engineer / System Architect. The third year will join the advanced R&D project in one of the future actuators or vehicle motion control projects. They will then return to the US R&D team to continue to support these global projects

Year 1 SW Engineer (Budapest)

Specify, design, implement and test embedded software
Improvement of SW development

Year 2 System Architechture (Budapest)

Analyse and maintain SW requirements
Development of SW related parts of system architecture
Definition and support of SW safety and security concepts
Definition and application of design patterns
Creation of component requirements
Impact, safety and security analysis of SW
Knowledge about verification of SW: testing in all levels (unit-component SW-HIL-system) and their relation to safety and road release
Overview of development and verificaiton process in order to support public road releases

Year 3 Vehicle Integration / Systems Integrator (Lichtenstein)

Advanced steering actuator or VMC project

Responsibilities, Leadership skills
Strong communication skills and able to work in collaborative global environment

Your profile
Professional requirements and competencies
Bachelor's degree in engineering is required
Knowledge of a high-level programming language
Specific requiements, Special customer requirements, Working environments

Software Knowledge: Mandatory experience

C, special focus on embedded usage of the language. Knowledge and ability to follow the MISRA C:2012 coding rules.

Software Knowledge: Good to have

Matlab/Simulink:

Software Knowledge: Bonus

Python: Python, 2.x and 3.x
Java
GNU make
GNU bash script
Vector CAPL script

Other Knowledge base a plus:

Automotive communication protocols:

LIN
CAN
CAN-FD
FlexRay

Automotive development platforms and standards:

AUTOSAR (Architecture, standard components development and code generation)
ISO-26262 automotive safety standard
ISO-14229-3 Implementation of unified diagnostic services (UDS on CAN)
ISO-15765-2 Transport protocol and network layer services

Embedded system related topics:

Real time embedded OS
SPI, SENT, I2C communication protocols
Low level driver development
Usage of debuggers and other development tools
Working with 32 bit microcontrollers used in the automotive industry. NXP: MPC5744 series, Infineon AURIX familuetc.

Engineering topics:

UML (Unified Modeling Language)
Good foundation of electrical motors. Special focus on permanent magnet synchronous motor (PMSM) and brushless motors.
Good foundation of signal processing and control systems.
Motor control foundation, on electrical component level and software level.
Electric circuit design foundations
Your benefits with us
Contact

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