Pdsluk

Pdsluk is seeking a Battery Management System (BMS) Algorithm Developer to lead the design and development of advanced algorithms for electric and hybrid vehicles. This role involves creating algorithms for State of Charge (SoC) and fault diagnostics, along with collaborating with cross-functional teams to ensure global compliance and performance standards. A Bachelor's or Master's degree in Electrical Engineering is required, along with strong programming skills in MATLAB and Embedded C/C++. The position offers flexible hybrid/remote working options.

Battery Management System (BMS) Algorithm Developer Location: Midlands, UK Employment Type: Full-time / Contract / Hybrid / Remote Department: EV Systems / Powertrain Engineering Overview We are looking for a passionate and experienced BMS Algorithm Developer to lead the design, development, and validation of cutting edge battery control algorithms for electric and hybrid vehicle applications. This role is integral to shaping the future of energy storage management across vehicle platforms, ensuring performance, safety, and compliance with global standards. Key Responsibilities Develop robust algorithms for State of Charge (SoC), State of Health (SoH), State of Power (SoP), fault diagnostics, and cell balancing Design and implement protection logic, thermal management, and charging strategies Model and simulate battery behavior using MATLAB/Simulink and PLECS Write and optimize real time embedded software in C/C++ for BMS microcontrollers Execute testing strategies including Model in the Loop (MIL), Software in the Loop (SIL), and Hardware in the Loop (HIL) Collaborate with battery, thermal, system integration, and software engineering teams to ensure seamless vehicle deployment Ensure systems align with industry standards including ISO 26262 and AUTOSAR Education Bachelor's or Master's degree in Electrical Engineering, Electronics, Mechatronics, or related fields Must Have Skills Hands on experience in BMS algorithm development (e.g., SoC/SoH estimation, fault handling, thermal modeling) Strong programming skills in MATLAB, Simulink, Embedded C/C++, Python In depth knowledge of battery chemistries such as Li ion, LFP, NMC Proficient in control theory, including digital filters and Kalman filters (EKF/UKF) Familiarity with CAN protocols, UDS, and diagnostic tools Preferred Skills Exposure to ISO 26262 functional safety processes Experience with machine learning for battery performance prediction Automotive development knowledge using ASPICE and V model lifecycle Tools & Technologies Simulation: MATLAB/Simulink, PLECS Programming: Embedded C, C++, Python Testing: dSPACE, CANape/CANalyzer, NI LabVIEW Communication: CAN, LIN, UDS, OBD Version Control: Git, SVN, Polarion

BMS System Architect - Functional Integration & Hardware Delivery Location: Midlands, UK Employment Type: Full-Time Department: Systems Architecture - Battery Management Systems Role Overview As a BMS System Architect, you will define and oversee the end-to-end architecture for cutting edge battery management systems, integrating control, hardware, and diagnostic components. Your technical leadership will shape the interfaces between SDU Controls, Cell Supervisory Controllers (CSC), and WGM hardware to ensure optimal system performance, safety compliance, and integration scalability. Key Responsibilities System Architecture & Design Define and evolve the holistic architecture of BMS across functional domains and hardware interfaces Architect scalable and robust integration schemes for SDU, CSC, and WGM units Balance competing requirements including safety, reliability, thermal management, and electrical performance Requirement Definition & Traceability Capture, structure, and decompose high-level system requirements into detailed functional and interface specifications Establish traceability from stakeholder inputs through design and verification stages using tools like IBM DOORS or Polarion Integration Strategy & Technical Oversight Guide multidisciplinary teams across software, controls, hardware, and validation functions Define integration boundaries, communication protocols, timing requirements, and fault handling mechanisms Support validation activities including HIL setup, test case scoping, and failure mode simulations Stakeholder & Compliance Coordination Liaise with internal technical leaders, suppliers, and product owners to align on architecture goals Ensure system compliance to standards including ISO 26262 (functional safety) and regulatory frameworks Influence platform roadmap decisions and future proof system scalability Required Qualifications Master's or Bachelor's degree in Electrical Engineering, Systems Engineering, or related field 7+ years of experience in embedded architecture, system level design, or BMS integration Proven track record architecting complex control systems across hardware and software domains Familiarity with CAN, LIN, SPI communication systems and real time embedded platforms Proficient in modeling and documentation tools (e.g., SysML, MATLAB/Simulink, Enterprise Architect) Preferred Attributes Experience with AUTOSAR architectures and safety critical application design In depth knowledge of lithium ion battery technology, cell balancing algorithms, and thermal modeling Strategic mindset with strong attention to technical detail and cross functional collaboration Background in automotive, aerospace, or electrification platforms requiring high voltage integration

Pdsluk is seeking a BMS System Architect in Coventry, UK, to define and oversee the architecture for innovative battery management systems. You will lead the integration of control, hardware, and diagnostics, ensuring optimal performance and compliance with safety standards. The ideal candidate has over 7 years of experience in embedded architecture and holds a relevant degree. Familiarity with communication systems and modeling tools is essential. Join us to drive cutting-edge technology in the electrification space.