Integration Engineer

Rosendin•Austin, TX

1d•Onsite

About The Position

Whether you’re a recent grad or a seasoned professional, you can experience meaningful career growth at Rosendin. Enjoy a true sense of ownership as you work with a proven industry leader on some of the most exciting and high-profile projects in the nation. We offer a wide range of job opportunities, competitive compensation, full benefits, an Employee Stock Ownership Plan and more. Since our founding over 100+ years ago, Rosendin has been driven to positively impact the communities where we live and work. We are an organization built on integrity and we have a culture that empowers people, embraces diversity, and inspires everyone to do their best. As one of the largest EMPLOYEE-OWNED electrical contractors in the United States, you will have the unique benefit of being a shareholder at a company that is experiencing tremendous growth and success. When our people succeed and fuel our success, we reward them. We'd love to have you as a shareholder! Want to be part of the team that designs and develop complex power distribution systems for a hyper-scale data center campus? Have specialty in protection or automation control in power systems? Have experience in project management and worked with vendors and manufacturers? Are you creative on creating the most innovative and best cost-effective solutions? Have strong problem-solving skills that you can make things work as intended? Join Rosendin, where you will be part of the world class team of engineers that design, develop, manage, start-up, commission, complete from beginning to end in a turnkey style.

Requirements

Bachelor’s degree in engineering, architectural engineering, or construction sciences
Typically requires a minimum of 8 years of engineering experience
One-year on-site field experience strongly encouraged
Licensure as a US-based Professional Engineer is required
Can be a combination of education, training, and relevant experience
Self-starting, avid learners on new technologies and products.
Strong understanding on power distribution systems, relaying, automation systems
Strong result driven attitude
Strong problem-solving skills
Ability to prioritize and manage multiple tasks, changing priorities as necessary
Ability to work under time pressure and adapt to changing requirements with a positive attitude
Effective oral and written communication skills as required for the position
Ability to be self-motivated, proactive and an effective team player
Ability to interact effectively and professionally with all levels of employees, both management and staff alike, vendors, clients, and others

Nice To Haves

It would be plus if the candidate posses a mix of the following product knowledge on electrical power systems components such as emergency generators, transformers, switchgears, switchboards, automatic transfer switches, protective relays, UPS systems, DRUPS systems, motor, Static Transfer Switches, PDUs, battery storage systems (BESS), inverters, PV systems, wind turbines, substation equipments etc.
It would be plus if the candidate is able to understand power system study and analyze TCCs.

Responsibilities

Pre-construction design and development of the complete power system, protection and control and concept of operation.
Design and Develop site wide electrical distribution Sequence of Operation that ensures system reliability and resiliency.
Coordinate with utility, turbine power plant, Battery Energy Storage System (BESS) or a combination of all three!
Spec, evaluate, and review vendor or manufacturer's submittal and equipment to ensure they conform for the system design requirement.
Conduct vendor coordination meeting to ensure all systems and all equipment are working well with each other.
Design and develop mechanical, electrical, and electromechanical interlock systems.
Work with other internal teams to specify proper relaying with proper instrument transformers to ensure secure and dependable operation.
Design and develop system wide automation systems using PLC or RTAC style industrial controllers, including but not limited to: System overload prevention, multi purpose busway interlocks, load management systems, generator plant load curtailment systems, Gen plant start and load controls including selective load pickup and load shed schemes, etc.
Design and develop relay protection and automation logics