Description
firmware development
hardware design
protocol implementation
battery certification
team leadership
fmea analysis
Provide thought leadership for upcoming battery technologies and their incorporation in new products. Be on top of regulatory requirements to make sure designs meet the required regulatory requirements.
Responsible for the Electrical/Electronics hardware design across multiple projects. Manages a functional team/cross functional team of up to 15 members1. Architect, analyze, identify root cause and generate alternate solutions across multiple projects and platforms2. Drive multiple project team activities, work and resource prioritization, accountability for the teams, set work goals for the functional/cross functional teams.3. Estimate and manage the work effort for the team while interacting and coordinating with the other stake holders 4. Document, present and manage all the communications for multiple projects with all the stakeholders5. Manage conflicts within the project teams and other stake holders6. Take calculated risks, demonstrate creativity and contribute to IP 7. Set goals, mentor and provide pro active assistance to the team members 8. Embrace change, actively pursue the change. Influence others to adapt to the change & contribute on change Management.9. Contribute on the Continuous process improvement. 10. Support and deploy Management initiativesDevelop custom design solutions for all Battery Management system (BMS) and Energy Storage (various chemistry smart batteries) projects.
Lead a team of Electrical & Embedded System Engineers. Form Electrical & Firmware specifications; provide required technical leadership and direction in design of system architecture, development of firmware code, control system design and communication protocol for new products under NPD & continuous Improvement (CI) programs. Lead all FMEA & WCA analysis. Good understanding of circuit simulation tools such as SPICE, Mathcad etc.
- Interface with hardware peripherals and implement various communication protocols. Develop BMS firmware algorithm, such as state of charge (SOC) estimation, internal resistance estimation, lifetime prediction, and state of health (SOH) Working knowledge of mission and safety-critical features like charge control, thermal control, fault detection, and diagnostics for battery and energy products Experienced in development of battery products for certification including UL1973/IEC62619/IEC 60730, etc.
Requirements
bms
hv systems
li-ion
p-spice
matlab
battery modelling
You must submit an online application to be considered for any position with us. This position will be posted until filled.
We are looking for IMPACT Makers; exceptional people who turn sustainability ambitions into actions at the intersection of automation, electrification, and digitization. We celebrate IMPACT Makers and believe everyone has the potential to be one.
- Proven experience in developing any BMS for energy storage/EV applications• Knowledge of Regulatory requirements for Li-ion batteries for Energy storage applicationsKnowledge of PCB layout constraints for high frequency designKnowledge of Analog Front End circuit design for Li-ion batteries• Knowledge and demonstrated experience using Software analysis tools (for example P-spice, Matlab, Mathcad)• Experience and strong design knowledge of Digital circuit design, Analog circuit design, ADC, DACs, OPamps, micro processors, micro controllers & DSPs etc
- Knowledge of Battery modelling, simulation, and test validation
- Hands on experience of working live with HV systems (>400V). Experience in various battery chemistries like Lead Acid, Li-ion, Lithium-polymer batteries, system performance and safety requirements. Experience in developing BMS algorithms on hardware BMS platforms or embedded MCUs.
- Reuirement Hands on experience of working live with HV systems (>400V). Experience in various battery chemistries like Lead Acid, Li-ion, Lithium-polymer batteries, system performance and safety requirements. Experience in developing BMS algorithms on hardware BMS platforms or embedded MCUs. Interface with hardware peripherals and implement various communication protocols. Develop BMS firmware algorithm, such as state of charge (SOC) estimation, internal resistance estimation, lifetime prediction, and state of health (SOH) Working knowledge of mission and safety-critical features like charge control, thermal control, fault detection, and diagnostics for battery and energy products Experienced in development of battery products for certification including UL1973/IEC62619/IEC 60730, etc. Knowledge of Battery modelling, simulation, and test validationProven experience in developing any BMS for energy storage/EV applications• Knowledge of Regulatory requirements for Li-ion batteries for Energy storage applicationsKnowledge of PCB layout constraints for high frequency designKnowledge of Analog Front End circuit design for Li-ion batteries• Knowledge and demonstrated experience using Software analysis tools (for example P-spice, Matlab, Mathcad)• Experience and strong design knowledge of Digital circuit design, Analog circuit design, ADC, DACs, OPamps, micro processors, micro controllers & DSPs etc
Benefits
€36 billion global revenue+13% organic growth150 000+ employees in 100+ countries#1 on the Global 100 World’s most sustainable corporations
Training + Development
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