Lead Port Electrical Engineer

At Jacobs, we're challenging today to reinvent tomorrow by solving the world's most critical problems for thriving cities, resilient environments, mission‑critical outcomes, operational advancement, scientific discovery and cutting‑edge manufacturing, turning abstract ideas into realities that transform the world for good.

Our top ENR‑ranked Ports & Maritime team is seeking a Lead Port Electrical Engineer to manage and lead our team of electrical engineers to deliver projects that expand, modernize, optimize, and decarbonize marine cargo and passenger terminals, urban waterfronts, and maritime industrial facilities all over the world. You would join a team that has an insatiable curiosity about solutions to move people and goods safely and efficiently through marine cargo and passenger terminals, enhancing global trade and connectivity.

Your efforts will be primarily focused on the implementation of electrical designs for the electrification and decarbonization of public and private cargo terminals, and the design of electrical distribution systems, cathodic protection, and lighting for these facilities. You will work with a team of multi‑disciplinary engineers and planners as the lead port electrical engineer to manage the development and/or review electrical plans, drawings, cost estimates, schedules, reports, and specifications.

In addition to delivering projects, you will support the regional, national, and global Ports & Maritime team with proposals involving the electrification of waterfront facilities, low and medium voltage electrical, and cathodic protection design.

You will also have the opportunity to work with our other markets and disciplines as part of an integrated and forward‑thinking team with the opportunity to learn from and assist key specialists and draw resources from outside of the Ports & Maritime team, as needed. Working together, we’ll help you grow and pursue what fulfills you so that we can make impacts on the future – big and small, global and local.

At Jacobs, we’re partnering across the globe to create the best project outcomes by maximizing the design, digital technology, and support capabilities of our Global Delivery Center (GDC) teammates. By joining Jacobs, you’ll commit to supporting and engaging with these teams, as we work to build a company like no other.

• Lead the preparation and/or review of electrical design drawings, technical memorandums, technical specifications, and design reports for the successful delivery of our infrastructure projects
• Serve as a subject matter expert for all electrical and/or cathodic protection work for port and marine facilities
• Contribute to and/or lead the preparation of proposals, including the development of technical approaches and levels of effort for the electrical engineering scope of work
• Work collaboratively across the various disciplines and markets within Jacobs to further develop your professional career and knowledge while being a key part of our project delivery teams
• Engage and collaborate with electrical teams outside of the Ports & Maritime team, as needed, to build capability, capacity, and expertise to support our growing Ports & Maritime portfolio
• Engage with our Global Delivery Centers to build capability, capacity, and expertise to support our Ports & Maritime portfolio

• Bachelor’s Degree in Electrical Engineering
• Professional Engineering (PE) license in electrical engineering from a U.S. state
• Substantial years of electrical design experience, with a minimum of 7 years working on ports and other marine facilities
• Ability to work with multi‑disciplinary teams and subject matter experts to deliver projects, in both in‑person and remote environments
• Ability to work remotely and independently
• Ability and willingness to travel to project sites and client offices
• Excellent written and verbal communication skills
• Working knowledge of NEC, NPFA, NEMA, IEC, NAVFAC, and other electrical codes, standards, criteria and specs used in the design of maritime facilities
• Experience in the design of projects where electrical equipment is installed in a corrosive…