Leidos operates FHWA's Saxton Transportation Operations Laboratory (STOL), where staff develop emerging technologies to improve transportation safety, mobility, and environmental impacts. Saxton Lab provides a variety of services to support the advancement and deployment of vehicle-to-infrastructure technologies.
Leidos is seeking a Systems Engineer to develop ConOps, requirements, use cases, and other system level specifications, and organize system level testing to verify compliance to these specifications. Systems of interest relate to the following:
• Vehicle-to-infrastructure and vehicle-to-vehicle emerging technologies,
• Automated vehicles,
• Traffic operations, and
• Intelligent transportation systems.
The candidate should enjoy helping others deploy technologies in real world settings and developing new solutions, tools, and opportunities to advance these support services and technology adoption. Some of the projects and technologies we develop are listed below.
• Transportation Simulation Manual
• Cooperative Automation Platform
• V2I Standards and Tools
• Connected and Automated Vehicle Modeling
• Connected and Automated Vehicle Applications
• Data Management and Cybersecurity
The Systems Engineer will be part of a larger research team that advances connected and automated vehicle technologies for FHWA via developing, testing, and demonstrating new capabilities associated with vehicle-to-vehicle and vehicle-to-infrastructure communication. The Systems Engineer will perform technical work and develop deliverables as needed.
The Systems Engineer is expected to work on a full time basis and report to FHWA's Turner Fairbank Highway Research Facility in McLean, VA. In addition to providing technical development, this position provides diverse job functions, many of them are listed below:
• Opportunities for business development and program growth
• Freedom to manage, own, and develop program, solutions, and new support services
• Client interaction and relationship development
• Equipment management, testing, and installation
• Software configuration
• Performance tracking and reporting
• Lead demonstrations, meetings, and webinars
• Produce clear and concise written communication and deliverables
• Provide technical guidance to clients, colleagues, and project team
• Review, produce, and/or oversee project deliverables (reports, software, physical solutions, etc.)
• Development of proposals, work efforts, budgets, schedules, and work breakdown structures
• Writing technical reports and systems engineering documentation
Required Education & Experience:
• The candidate has at least 4 years of experience in development and delivery of complex software-based systems with the ability to learn new topics and standards quickly and independently.
• At a minimum, a Bachelor's degree in a technical field, preferably in Systems Engineering, or other engineering field, or Computer Science is required. Other disciplines will be considered.
• The candidate enjoys helping others, is self-motivated, takes ownership, has big picture and forward-looking vision, an ability to see the connections between things, desire to learn and grow, and ability to self-teach with minimal guidance.
• Candidate will need good oral and written communication skills, the ability to listen and accurately identify client needs and issues, must be proactive in actions and communications, and able to follow-through on commitments and deliver quality products ahead of or on schedule.
• Ability to obtain and maintain a Public Trust clearance.
• Prior understanding of connected and/or autonomous vehicles
• Work experience in a consulting environment
• Transportation industry relationships and positive reputation (ideally as an expert in the industry)
• Experience in federal contracting and proposal protocols
• Understanding of state and local government jurisdictional operations and systems
• Understanding of connected vehicle standards, such as SAE J2735, IEEE 1609, NTCIP 1202
• Knowledge of traffic signal design, infrastructure construction, and traffic management center operations
• Experience developing transportation standards and participation in standards organizations
• Software programming
• SharePoint and Power BI
• Geospatial positioning (e.g., GPS) and position correction (e.g., RTCM)
• Aerial photo accuracy, correction, mapping, and conversion to data
• Network engineering
• Wireless communications, particularly DSRC, cellular, or Wi-Fi
• Systems Engineering
• TMC communication protocols
• Data management
• Artificial Intelligence
• Vehicle automation
• Detailed knowledge of U.S. Department of Transportation's Federal Highway Administration's Operations Program