Electrical Engineer 2

RYOBI•Anderson, SC

1d•Onsite

About The Position

TTI has an opening in its Greenville, SC office for an Electrical Engineer 2. This role involves the design, simulation, and analysis of power electronics circuits and systems to meet technical product requirements. Key responsibilities include executing electrical test, characterization, and validation of power electronics designs, defining technical methods for qualification procedures, and creating specifications for circuit board layout and manufacturing. The engineer will also develop optimized electrical, mechanical, and thermal solutions while collaborating with other engineers, suppliers, and partners to ensure proper development, execution, and verification of power electronics products.

Requirements

Minimum BS Electrical Engineering, BS Computer Engineering, or equivalent degree
2-5 years' relevant work experience
Able to solve fundamental EE design circuits with ease (Read schematics, Circuits 1,2 Electronics 1,2)
Basic proficiency with power electronics in the context of motor controls, power systems and technologies, and their regulatory requirements.
Comfortable and capable of explaining technical issues to technical and non-technical audiences in email and in meetings
Experience with SPICE modeling software such as LTSpice, Multisim, etc
Basic familiarity with programming, desire to do develop firmware in C
Familiarity with common test and measurement equipment -- oscilloscopes, multimeter, power supplies, etc.

Responsibilities

Design of electronic, schematics, bill of materials, simulation, and analysis of power electronics circuits in power electronics devices and systems to meet technical product requirements.
Execute deployment of the design electrical test, characterization, and validation of power electronics designs.
Define technical methods and criteria for power electronics qualification procedures.
Create requirements, specifications, and execution of circuit board layout, manufacturing requirements and process control metrics, and implementation processes of printed circuit board assemblies.
Develop an optimized electrical, mechanical, and thermal solution utilizing balanced requirements to meet schedule, technical and cost constraints.
Collaborate with and support other engineers, engineering competencies, suppliers, and partners to ensure proper development, execution, and verification of power electronics products.