Electrification Engineer

Carrier•East Syracuse, NY

1d•Onsite

About The Position

The Electrification Engineer role will be the design, integration and testing of Electrical power distribution systems including Diesel generators, Lithium-ion battery packs, electric motors and power electronics for transport refrigeration and stationary applications. This role is also responsible for working with application systems engineers to define requirements of the electrical sub-system and DFMAs.

Requirements

Bachelor of Science in Electrical or Mechanical Engineering from an ABET accredited institution.

Nice To Haves

Prior experience in embedded software or minor in computer science.
Proficient with computer software systems including Matlab – Simulink, Dymola, C++ , Excel.
Knowledge of refrigeration products (preferred but not required)
Ability to solve challenging and complex customer requests
Knowledgably in Creo Schematics

Responsibilities

Research and development of electrical systems for mobile or stationary applications.
Electrical integration of Charging; Battery; Traction (e-axle incl. inverter); HV H&W; Fuel cell; power distribution boxes; Auxiliaries (converters, braking resistors, compressors, electric power take-off).
Specification, Gap Analysis, Block System Diagrams, Function review and release, system design release approval.
Responsible for the system FMA based on components FMEAS and system functions.
Propose and submit innovation ideas in our system for patent application.
Identify and Evaluate Electric Devices, Electronic Controllers and Power Electronics devices, such as VFD’s DC-DC converters, High Voltage Boost Inverters.
Develop Components Specification.
Specify Wire Gauge required based on Load and application temperature requirements.
Collaborate in the design of Electrical Systems and create and update Creo Schematics.
Prepare Safety and System DFMEA for High, and Low voltage Lithium Batteries
Lead Prototype and Engineering Builds and review the build of Electrical harnesses.
Develop test plan in collaboration with Suppliers.
Develop And Tech Can Communication Architecture for new systems.
Monitor Test Progress and identify contingency plans to avoid test delays.
Root Cause Analysis and/or component failure analysis to identify corrective action.