Full-Time

BMS Algorithms Engineer

Updated on 5/7/2024

Zitara

Zitara

11-50 employees

Advanced software for comprehensive battery management and optimization

Data & Analytics
Energy

Senior, Expert

Remote in USA

Required Skills
Data Structures & Algorithms
Requirements
  • 5+ years working in BMS design or related work on battery state estimation
  • 3+ years writing professional software in Python
  • Solid understanding of controls and estimation fundamentals such as signal processing, Kalman filtering, and related concepts from statistics and optimization
  • BS, MS, or Ph.D in Electrical Engineering, Mechanical Engineering, Chemistry / Chemical Engineering, Physics or other related engineering discipline
  • Clear and effective written and interpersonal communication skills
  • Experience programming in C or C++
  • Experience in high assurance systems development (eg, ISO26262 or DO178)
Responsibilities
  • Design, implement, and tune battery state estimation algorithms for predicting battery SoC, capacity fade, and power fade
  • Collaborate with the battery science team to design and evaluate test plans for robust and accurate battery models
  • Design, tune, and implement real-time estimation algorithms (e.g. Kalman filters)
  • Work closely with embedded software engineers to realize algorithms in resource-constrained environments

Zitara is a forward-thinking company that leverages a blend of physics and machine learning to provide in-depth insights into battery performance and safety, thereby enabling companies to make informed decisions about battery selection and maintenance. Their unique approach not only mitigates safety risks but also enhances product reliability, contributing to the broader goal of promoting renewable energy. With a focus on reducing waste and cost, Zitara's commitment to solving complex battery challenges sets them apart in the industry.

Company Stage

Series A

Total Funding

$32M

Headquarters

San Francisco, California

Founded

2019

Growth & Insights
Headcount

6 month growth

25%

1 year growth

40%

2 year growth

122%