New Grad Electrical Engineer I (Kansas City)
CRB10 months ago
Kansas City, MO, United States
On-site
Full-time
Beginner Level (< 1 year)
Job Description
Position Overview
CRB is a leading provider of sustainable engineering, architecture, construction and consulting solutions for the global life sciences and food and beverage industries. In this role, the Electrical Engineer I is responsible for designing power, lighting, grounding/bonding, and special systems – including data, security, fire alarm, raceway, cable tray, and other electrical control and building support systems – through computer aided drafting and engineering software.
Key Responsibilities
- Lay out basic electrical systems in conformance with code requirements in coordination with other design disciplines.
- Conduct field investigations to integrate designs with existing systems and structures.
- Collaborate with architects, engineers, and designers to achieve a coordinated and complete design.
- Work under the direction of experienced Electrical Engineers, ensuring self-checking and quality control.
- Handle multiple projects simultaneously as directed by a supervisor.
Required Qualifications
- ABET-accredited Bachelor’s degree in Electrical Engineering or Architectural Engineering.
- 0 to 3 years of experience, preferably in a design firm setting.
- Fundamentals of Engineering Exam registration or completion preferred.
Preferred Qualifications
- Fundamental experience with performing engineering calculations and designing electrical lighting, power, and special systems.
- Ability to interface with clients and external partners.
- Willingness and ability to travel for client development and project execution.
- Experience in conducting field surveys and supporting field reporting.
- Proficiency in basic electrical design calculations under supervision.
Benefits & Perks
- Complete and Competitive Benefit Package designed to meet individual and family needs.
Required Skills
electrical design
engineering calculations
AutoCAD
lighting design
cable tray design
power load calculations