• Engage directly in an industrial/manufacturing environment gathering field data and conducting field investigations, when required, for project work • Provide technical engineering design support for industrial projects electrical systems including medium (15 kV) & low voltage (600 VAC) power distribution • Complete power systems analysis (short circuit, load flow, overcurrent coordination, arc flash analysis, power factor, ground system, harmonics, panel SCCR) • Design machine and process power distribution systems, facilities electrical and grounding systems and oversee installation • Lead the development of all project related documentation, schedules, and cost estimates • Perform QA/QC of design packages and stamp • Lead design work, delegate appropriate efforts, and hold team members accountable • Work as part of a collaborative project team integrated with partner contractors and client • Lead design reviews with the client and internal teams • Develop and write proposals which will include concepts, scope of work, deliverables, effort hours, and estimated cost • Ability to travel for work up to 25% annually

• Develop process mechanical deliverables from concept through construction • Develop equipment specifications, process and instrumentation drawings (P&IDs), equipment lists, line lists, POC lists, and operation specifications • Work with designers to create drawings • Write installation scope documents • Prepare and give technical reviews to clients regarding project-related items • Coordinate with other project disciplines as required • Work with clients, vendors, and suppliers to develop deliverables • Estimate process engineering hours and schedule for proposals • Oversee and QC engineering work of others (e.g., drawings, calculations, designs, etc.) • Support construction to include onsite and remote • Lead checkout/start-up efforts associated with project work • Provide technical leadership and manage process mechanical discipline project members • Coach and mentor others as required • Ability to travel as needed with anticipation of 25-50% annually

• Coordinate with other project disciplines as required • Develop equipment specifications • Work with clients, vendors, and suppliers to develop cost estimates and provide input for proposals • Develop mass energy balances • Develop process and instrumentation drawings (P&IDs) • Develop equipment lists, line lists, and POC lists • Develop operation specifications • Work with designers to create drawings • Write installation scope documents • Support on-site construction and installation efforts • Support checkout/start-up efforts associated with project work • Coach and mentor others as required • On-site surveys to determine existing conditions • Travel as needed with anticipation of 30% annually

• Uplift engineers, both client's and Liatrio teammates • Ensure account leader or architect is up to date on any concerns or changes to work, as well as reaching out for guidance or feedback on strategy and approach • Able to adapt quickly to change and shift focus as required to meet customer needs • Mentor junior team members, including pairing sessions, providing feedback, guiding technical growth • Provide feedback to account leader or architect on overall team performance and areas for growth • Experience building completely new applications, as well as modernization of existing legacy applications • Fluent in multiple programming languages, including FP and OOP, and databases • Extensive experience creating frontend web applications, backend API services, cloud-hosted applications, and full stack standalone solutions • Experience navigating enterprise environments, distributed systems, and large/multi-cloud environments • Comfortable with end-to-end software delivery, able to review code and emphasizing with developers and engineers across the SDLC • Comfortable with cloud-native architecture, source control management systems and branching strategies, and automation • First-hand experience building or knowledge from being embedded within Operations teams responsible for: containerization, infrastructure as code, platform engineering, data center architecture, systems architecture, observability, and DevOps practices • Experience with modern patterns, practices, and best practices like Agile, TDD, BDD, and DDD