Elektronik Tasarım Mühendisi

ASPİLSAN ENERJİ SANAYİ VE TİCARET ANONİM ŞİRKETİ

A career at ASPILSAN Energy is for those who want to do something extraordinary.

ASPILSAN Energy Ankara R&D Center is developing state of art battery systems for Defence, Energy, Automotive and Aviation platforms. By joining our fast-growing team, you will have the opportunity to work within exciting projects with collaborative team environment.  

Job Description:

As an Electronics Design Engineer, you will work for the development of Li-Ion Battery Packs, Battery Management Systems (BMS) and Battery Charging Systems with a focus on safety and reliability objectives for development of functionally safe lithium ion battery systems.

Your Role:

• Specify, design, develop and test the battery management systems (BMS) and/or battery charger hardware for lithium ion battery systems.
• Develop electronic control units for battery management systems with a start-to-finish ownership of hardware – from requirements to design, development, verification, and prototype manufacturing
  • In charge of schematic and PCB layout design and review
  • Battery junction box electrical & electronics development
  • Design and carry out cell level, board level, module level, pack level and system level prototype verification tests for proof of concept
  • Analyze test data and reports to determine if the design meets functional and performance requirements
  • Troubleshoot and help root cause any issues that occur in the prototype line
  • Preparing bill of material(BOM)
• Define and then follow streamlined hardware development and verification processes complying with related standards to support the certification & qualification of safety critical systems.
• Prepare battery electronics & hardware requirements, design, verification and test documents in accordance with the related standards process for the hardware you are responsible for.
• Drive the resolution of cross-functional issues including those related to architecture (performance, power consumption, thermal behavior), development (schematic design, PCB layout and overall system integration), and production (quality, failure analysis, manufacturing, cost).
• Simulate and design the hardware you are responsible for and create hardware production documentation.
• Support at system buildup, commissioning, component and integration tests

·        Close cooperation with the software, systems, safety & reliability and mechanical engineers for battery system development.

·        Assist the certification process for safety critical battery hardware.

• Submit and lead creative ideas to improve Aspilsan value proposition in energy storage.

Qualifications:

·        Degree (BSc, MSc, PhD) in Electronics Engineering or similar

·        3+ years’ experience developing electronics design, high voltage electronic hardware for Battery Management Systems or power electronic hardware for Charger Systems.

·        Strong fundamentals in electronic circuit design/development with microcontroller-based embedded system

·        Experience in using schematic capture (e.g. Altium Designer) and circuit simulation software 

·        Proficient PCB layout experience is strongly preferred

·        Experience with board layout and designing circuits for operation in EMI environments such as automotive, military or similar environments

·        Good knowledge of inter-module communications protocols

·        Experience with all types of lab instruments: oscilloscope, data acquisition systems, etc.

·        Strong analytical skills and structured approach

·        Excellent communication skills

·        Team player, confident in technical discussions, ability to organize and “get things done”

·        Structured way of working, high sense of responsibility, Hands-On attitude

·        Very good English language skills (written and spoken)

Bonus Qualifications: 

·        Hands-On experience for HV battery management systems and lithium ion battery packs.

·        Professional experience in the development of functional safety hardware (DO-254, ARP4754, MIL-STD-704, MIL-STD-461, MIL-STD-810, DO-160, ISO 26262, IEC 61508)

·        Requirements-based design experience (preferably using DOORs)

·        Strong understanding of battery gauging algorithms and how hardware design decisions influence SOC and SOH accuracy

Location: ASPILSAN ANKARA R&D Center

Key Words: Battery, BMS, Charger, Hardware, Altium, DO-254, ISO26262, PCB, Avionics, Automotive