Electrical Engineer - Battery Cell Cycler Test Equipment Developer
Budget: $750 – $1,500 USD
I am looking for an experienced electrical engineer to develop battery cell cycler test equipment that is dedicated to lithium-ion batteries. This specialized equipment will be able to perform charge and discharge testing, to ensure the highest quality product. The development of this equipment must use a combination of hardware and software tools.
The ideal candidate will have extensive knowledge of the electrical engineering field, in regard to battery cells, and prior experience in developing such equipment. You must also be able to make modifications to the existing code and create custom software, as needed. A background in programming languages such as C++ and Python are highly desired.
Develop and manufacture an 8-channel lithium-ion battery cell cycler test equipment with each channel able to support 1V to 5V cells and 0A to 100A with 0.2% accuracy for both and a current control capability of less than 50ms.
Incorporate the ability to record cell temperature, ambient temperature, and humidity during the testing process.
Ensure that the cycler is capable of recording all data with less than 0.1ms delta with a variable frequency of 50ms to 60 sec.
Work closely with our team to ensure that the final design meets the required specifications and is user-friendly.
By working with us on this project, you will have the opportunity to help advance our understanding of lithium-ion batteries and create safe and reliable cycler test equipment.
The ideal candidate will have extensive knowledge of the electrical engineering field, in regard to battery cells, and prior experience in developing such equipment. You must also be able to make modifications to the existing code and create custom software, as needed. A background in programming languages such as C++ and Python are highly desired.
Develop and manufacture an 8-channel lithium-ion battery cell cycler test equipment with each channel able to support 1V to 5V cells and 0A to 100A with 0.2% accuracy for both and a current control capability of less than 50ms.
Incorporate the ability to record cell temperature, ambient temperature, and humidity during the testing process.
Ensure that the cycler is capable of recording all data with less than 0.1ms delta with a variable frequency of 50ms to 60 sec.
Work closely with our team to ensure that the final design meets the required specifications and is user-friendly.
By working with us on this project, you will have the opportunity to help advance our understanding of lithium-ion batteries and create safe and reliable cycler test equipment.