• Coordinate visits to customer project sites to investigate and gather energy performance data for existing mechanical, electrical, HVAC, and control systems. • Present reports defining project progress, problems and solutions. • Implement and manage project changes and interventions to achieve project outputs. • Project evaluations and assessment of results. • Direct engagement with the client during project status meetings, keeping meeting minutes, and agendas. • Support course of construction activities from a project engineering perspective including: Support the preparation of conceptual and detailed engineering design and bid documents including narrative scopes of work, drawings, and specifications; Oversee the development of in-house and third-party issue for construction (IFC) documents; Oversee and manage the RFI and submittal process; Secure Notices to Proceed (NTPs) to start physical construction based on IFC and design documents; • Work with different engineering disciplines, such as mechanical, electrical, civil, commissioning services, and measurement and verification to ensure designs and project deliverables meet contract requirements. • Support the evaluation of construction subcontractor bids and equipment vendor proposals to determine best value selections optimized for performance, pricing, and warranty. • Prepare written content for technical proposals and reports. • Develop approaches for project commissioning, in collaboration with appropriate Ameresco staff. • Ensure that project scopes achieve guaranteed energy and performance metrics, meet customer requirements, and comply with industry standards, practices, specifications, and codes. • Provide engineering support throughout all project phases (proposal, development, construction, commissioning, and operation). • Cultivate and maintain positive business relationships with colleagues, subcontractors, and customers. • Work with site Project Manager on ongoing contact, communication, and coordination with Ameresco customers and subcontractors in the design and construction phases, including project status updates and remedies for delays or other concerns. • Coordinate with subcontractors to ensure quality control and that projects installed per design documents are delivered on time and within budget while meeting or exceeding the customers’ expectations. • Travel as required to support projects.

• Drive design, functionality and testing of upper-level automated sortation systems • Lead and assist in the design and programming of new projects • Diagnose and solve controls-related issues involving I/O, hardware and software • Provide leadership, guidance and mentoring to junior level engineers • Support other members of the FORTNA controls group to ensure accurate documentation • Commission and troubleshoot complex automated systems

• Work directly with some of the world’s largest technology companies and other mission-critical clients • Serve as an electrical engineer on projects, design calculations, write technical reports, and prepare documents • Experience in performing short circuit analysis and producing arc flash studies is required • Coordinate with other Olsson teams, professional staff, technical staff, and clients • Travel to job sites for observation and attend client meetings

• Design, integrate, test, and deliver flight control systems or mission-critical onboard software for unmanned aerial systems (UAS). • Participate hands-on in the full software life cycle, from concept through implementation, integration to flight test and operational release. • Work on a team to develop, modify and tune guidance and control systems for fixed wing aircraft. • Develop and modify navigation systems based on sensor fusion. • Conduct simulation, analysis, control, and testing on 6 degree-of-freedom (6-DOF) motion platform for development and validation of autonomous UAS. • Collaborate with a multi-disciplinary software team on large, multi-language projects. • Design software architecture, interfaces, and gateways for communication with external Autonomy software services. • Implement functionality using a model-based approach.