Düsseldorf, North Rhine-Westphalia, Germany
- Managing the divisional ALM strategy and roadmap in cooperation with all engineering stakeholders - Representing the divisional Engineering interests in central projects and initiatives - Defining the Engineering ALM strategy for system selection, adaptation and integration including interfaces and data architecture - Developing standards and solutions to implement division- and product line-specific requirements in ALM environment - Managing upgrades, and continuous improvements in ALM system productivity performance - Reporting to global management on ALM tool development
All responsibilities from the Electronics Design Engineer role, with additional focus on: - Strategic process development and optimization for product lifecycle management in hardware development to enhance operational efficiency - Ensuring cybersecurity for hardware interfaces by analyzing PCBs for vulnerabilities and implementing necessary security measures - Development and management of project timelines, along with tracking and ensuring the successful achievement of milestones and objectives
- Lead Project Engineer for braking electronics in Tier 1 customer projects - Coordination and resource planning for braking electronics circuit and PCB development - Technical and commercial solution judgement in hardware development - Large scale circuit design, analysis, and integration under aspects like EMC and DFM - Product care for plant and international customers, starting from concept to series production - Conducting and participating on cost reduction programs with global electronics suppliers - Applying Automotive SPICE standards in project execution to ensure process quality and compliance
Lead and instruct students in electronics and programming and fostering students’ technical skills and creativity as well as serving as a dedicated mentor
- Development of an electronic function test - Maintaining and developing Linux-based systems - Hardware analysis - Developing PCB's in Altium - Software development in Python
- Development of embedded systems in C/C++ - Maintaining and developing Linux-based systems - Developing PCB's in Altium - Analog and digital signal processing
- Development of a web-based hardware diagnosis - Maintaining and developing Linux-based systems - Programming a single page app with a graph-tool, based on JavaScript - Programming a very efficient server backend in Golang for an embedded system - Read and write high-speed data from and to a FPGA
- Fault clearance for broadband cable networks - Switching operations in the distribution grid - Carrying out quality checks - Assembly, disassembly, and maintenance of grid-connected systems