Graduate Engineer - Electrical - Austin, TX

HBK Engineering, LLC

Dec 3, 2023

Applications are closed

Job
Full-time
Entry Level
Engineering
Austin

Requirements

BSEE from ABET accredited institution.
0 to 3 years of experience.
US driver’s license.
US work authorization.
An ability to work independently and in interdisciplinary teams.
Strong technology skills and an understanding of the Office365 suite of tools.
Understanding of remote communication software.
Ability to come up to speed quickly on in-process projects and hit the ground running.
Experience collaborating with a team in order to complete a larger project.
Excellent verbal and written communication skills.
The persistence to see projects through to completion.
Adaptable to change.
Preferred Qualifications:
EIT certification.
Experience using CAD-based software.
Knowledge of three-phase power systems.
Prior engineering internship experience.
Project management, surveying/field work, and/or construction experience.

Responsibilities

Design medium and low voltage power systems in compliance with relevant specifications, codes, and client requirements for applications including new business, smart grid, resiliency, communications, modernization, and subsurface utility projects.
Deploy creative and unique solutions to address a wide variety of complex electrical, structural, civil, and construction-related challenges.
Perform engineering calculations relating to power flow, thermal ampacity, load diversification, wind/ice loading, cable pulling, and protective device coordination.
Own all phases of the design lifecycle from initiation through construction completion and project closeout.
Work with project management and engineering leadership to manage project risk.
Work with project management and engineering leadership to identify and engage all relevant project stakeholders including system planning, construction, community members, governance authorities, and client project management to guarantee project success.
Communicate complex engineering matters to a variety of project stakeholders.
Independently manage time and schedule to achieve project milestones.
Prepare detailed design documents using a variety of software tools including AutoCAD, GIS systems, and client-specific enterprise asset management platforms.
Prepare materials and equipment purchase specifications.
Prepare reports and studies meeting client requirements that present technical information in a clear and concise manner.
Perform field walkdowns with internal staff, clients, customers, governance authorities, and construction partners.
Travel as needed, typically <25%.

FAQs

What types of projects will I be working on as a Graduate Engineer in Electrical at HBK Engineering in Austin, TX?

As a Graduate Engineer in Electrical at HBK Engineering, you will have the opportunity to work on a variety of utility infrastructure projects, including smart grid, modernization, resiliency, communications, fiber to the home (FTTH), and microgrid projects.

What is the company culture like at HBK Engineering in Austin, TX?

The company culture at HBK Engineering is professional, community-focused, and values diversity, equity, and inclusion. Team members are committed to designing the future and safety is at the center of everything we do. We offer a collaborative environment where employees work alongside some of the best talent in the industry.

What benefits and salary can I expect as a Graduate Engineer in Electrical at HBK Engineering in Austin, TX?

HBK Engineering offers excellent benefits, competitive salary, and employee resource groups for professional development. The specifics of benefits and salary will be discussed during the interview process.

How does HBK Engineering support giving back to the community in Austin, TX?

At HBK Engineering, we believe in giving back to the community. We offer a community-focused environment where staff members are encouraged to get involved in volunteer opportunities and community service activities. Your contributions and involvement in community initiatives are highly valued.

How does HBK Engineering promote diversity, equity, and inclusion in the workplace in Austin, TX?

HBK Engineering values diversity, equity, and inclusion in the workplace and believes that better outcomes are achieved when employees bring their authentic selves to work. We have programs and initiatives in place to promote diversity and inclusion, and we strive to create a welcoming and inclusive environment for all employees.

HBK Engineering, LLC

A Proven Leader in Utility Engineering

Engineering & Construction

Industry

501-1000

Employees

1999

Founded Year

Mission & Purpose

HBK Engineering, LLC a Quanta Services Company is a fully licensed, professional engineering design firm headquartered in downtown Chicago providing civil, environmental, structural, electrical, subsurface utility, construction support services and permitting. Since our founding in 1998, we have built a reputation for outstanding, accurate service in extremely time-sensitive environments which led to our East Coast expansion and subsequent licensure to practice in 47 states. Our list of satisfied clients includes utility companies, construction firms, and municipalities from the Midwest to the East Coast. All projects receive the attention of our staff of Licensed Professionals, supported by our outstanding technical specialists, logistical and administrative project coordinators and consultants. HBK is a proven leader for the design, coordination, permitting and construction support of utility projects within urban centers, such as Chicago and Philadelphia. We have successfully performed engineering for a complete spectrum of utility infrastructure projects, including but not limited to, gas, electric, water, sewer and telecommunication applications. HBK’s goal to push to the forefront of the utility industry has been accomplished with the help of the firm’s progressive delivery of subsurface utility engineering (SUE) methodology including surface geophysics, 3D Scanners, surveying technology including the use of survey-grade Global Positioning Systems (GPS) technology and Laser Scanning, non-invasive excavation techniques, CADD systems and Geographical Information Systems (GIS) mapping.