The By Light team supports numerous systems engineering projects for two major Army commands and a number of smaller government agencies. These projects involve developing designs and implementation plans for projects across CONUS and OCONUS in support of deployed warfighters.
We offer a holistic approach to system design and engineering beginning with comprehensive requirements gathering, development of an analysis of alternatives and business case analysis, and follows through the implementation and quality assessments.
Our dedicated professionals have the qualifications and experience to complete all phases of an engineering design. We understand the complexities of working within the constraints of Government organizations to produce technologically advanced programs and are prepared to work with your organization to define the requirements and develop the 1-year, 3-year, and 5-year plan for any systems engineering project.
The By Light team utilizes the Systems Development Lifecycle phases and the framework of the Information Technology Infrastructure Library (ITIL) to produce consistent, high-quality designs based on industry standards.
The By Light team works with your engineers and managers to deliver the right solution, on time and on budget.
The By Light Difference:
|More info about some of By Light’s systems design and engineering services|
|Transform operational needs into a description of system configuration and performance requirements…||Systems Engineering Process|
|Integrate functional architecture designs into the current architecture…||Architecture Design|
|Validate solution against the functional requirements…||Life Cycle Integration|
|Provide a highly qualified team of professionals…||Staffing|
|Monitor project to ensure objectives are met on time and within the budget…||Program & Project Management|
By Light works in conjunction with your team to:
Let us optimize your system architecture. For more information on how to bring our expertise to your optical network, email us at email@example.com.