Software Engineer

About the role

The Software Engineer position at Themis Insight is located in Fort Meade, MD. The position requires a TS/SCI clearance with a polygraph.

Responsibilities

• Analyze user requirements to derive software design and performance requirements
• Debug existing software and correct defects
• Provide recommendations for improving documentation and software development process standards
• Design and code new software or modify existing software to add new features
• Integrate existing software into new or modified systems or operating environments
• Develop simple data queries for existing or proposed databases or data repositories
• Write or review software and system documentation
• Serve as team lead at the level appropriate to the software development process being used on any particular project
• Design or implement complex database or data repository interfaces/queries
• Develop or implement algorithms to meet or exceed system performance and functional standards
• Aid with developing and executing test procedures for software components
• Modify existing software to correct errors, adapt to new hardware, or improve its performance
• Design, develop, and modify software systems using scientific analysis and mathematical models
• Confer with users or system engineers; analyze systems flow, data usage, and work processes; and investigate problem areas
• Modify existing software to correct errors, adapt to new hardware, or improve its performance
• Design, develop, and modify software systems using scientific analysis and mathematical models
• Confer with users or system engineers; analyze systems flow, data usage, and work processes; and investigate problem areas
• Modify existing software to correct errors, adapt to new hardware, or improve its performance
• Design, develop, and modify software systems using scientific analysis and mathematical models
• Confer with users or system engineers; analyze systems flow, data usage, and work processes; and investigate problem areas
• Modify existing software to correct errors, adapt to new hardware, or improve its performance
• Design, develop, and modify software systems using scientific analysis and mathematical models
• Confer with users or system engineers; analyze systems flow, data usage, and work processes; and investigate problem areas
• Modify existing software to correct errors, adapt to new hardware, or improve its performance
• Design, develop, and modify software systems using scientific analysis and mathematical models
• Confer with users or system engineers; analyze systems flow, data usage, and work processes; and investigate problem areas
• Modify existing software to correct errors, adapt to new hardware, or improve its performance
• Design, develop, and modify software systems using scientific analysis and mathematical models
• Confer with users or system engineers; analyze systems flow, data usage, and work processes; and investigate problem areas
• Modify existing software to correct errors, adapt to new hardware, or improve its performance
• Design, develop, and modify software systems using scientific analysis and mathematical models
• Confer with users or system engineers; analyze systems flow, data usage, and work processes; and investigate problem areas
• Modify existing software to correct errors, adapt to new hardware, or improve its performance
• Design, develop, and modify software systems using scientific analysis and mathematical models
• Confer with users or system engineers; analyze systems flow, data usage, and work processes; and investigate problem areas
• Modify existing software to correct errors, adapt to new hardware, or improve its performance
• Design, develop, and modify software systems using scientific analysis and mathematical models
• Confer with users or system engineers; analyze systems flow, data usage, and work processes; and investigate problem areas
• Modify existing software to correct errors, adapt to new hardware, or improve its performance
• Design, develop, and modify software systems using scientific analysis and mathematical models
• Confer with users or system engineers; analyze systems flow, data usage, and work processes; and investigate problem areas
• Modify existing software to correct errors, adapt to new hardware, or improve its performance
• Design, develop, and modify software systems using scientific analysis and mathematical models
• Confer with users or system engineers; analyze systems flow, data usage, and work processes; and investigate problem areas
• Modify existing software to correct errors, adapt to new hardware, or improve its performance
• Design, develop, and modify software systems using scientific analysis and mathematical models
• Confer with users or system engineers; analyze systems flow, data usage, and work processes; and investigate problem areas
• Modify existing software to correct errors, adapt to new hardware, or improve its performance
• Design, develop, and modify software systems using scientific analysis and mathematical models
• Confer with users or system engineers; analyze systems flow, data usage, and work processes; and investigate problem areas
• Modify existing software to correct errors, adapt to new hardware, or improve its performance
• Design, develop, and modify software systems using scientific analysis and mathematical models
• Confer with users or system engineers; analyze systems flow, data usage, and work processes; and investigate problem areas
• Modify existing software to correct errors, adapt to new hardware, or improve its performance
• Design, develop, and modify software systems using scientific analysis and mathematical models
• Confer with users or system engineers; analyze systems flow, data usage, and work processes; and investigate problem areas
• Modify existing software to correct errors, adapt to new hardware, or improve its performance
• Design, develop, and modify software systems using scientific analysis and mathematical models
• Confer with users or system engineers; analyze systems flow, data usage, and work processes; and investigate problem areas
• Modify existing software to correct errors, adapt to new hardware, or improve its performance
• Design, develop, and modify software systems using scientific analysis and mathematical models
• Confer with users or system engineers; analyze systems flow, data usage, and work processes; and investigate problem areas
• Modify existing software to correct errors, adapt to new hardware, or improve its performance
• Design, develop, and modify software systems using scientific analysis and mathematical models
• Confer with users or system engineers; analyze systems flow, data usage, and work processes; and investigate problem areas
• Modify existing software to correct errors, adapt to new hardware, or improve its performance
• Design, develop, and modify software systems using scientific analysis and mathematical models
• Confer with users or system engineers; analyze systems flow, data usage, and work processes; and investigate problem areas
• Modify existing software to correct errors, adapt to new hardware, or improve its performance
• Design, develop, and modify software systems using scientific analysis and mathematical models
• Confer with users or system engineers; analyze systems flow, data usage, and work processes; and investigate problem areas
• Modify existing software to correct errors, adapt to new hardware, or improve its performance
• Design, develop, and modify software systems using scientific analysis and mathematical models
• Confer with users or system engineers; analyze systems flow, data usage, and work processes; and investigate problem areas
• Modify existing software to correct errors, adapt to new hardware, or improve its performance
• Design, develop, and modify software systems using scientific analysis and mathematical models
• Confer with users or system engineers; analyze systems flow, data usage, and work processes; and investigate problem areas
• Modify existing software to correct errors, adapt to new hardware, or improve its performance
• Design, develop, and modify software systems using scientific analysis and mathematical models
• Confer with users or system engineers; analyze systems flow, data usage, and work processes; and investigate problem areas
• Modify existing software to correct errors, adapt to new hardware, or improve its performance
• Design, develop, and modify software systems using scientific analysis and mathematical models
• Confer with users or system engineers; analyze systems flow, data usage, and work processes; and investigate problem areas
• Modify existing software to correct errors, adapt to new hardware, or improve its performance
• Design, develop, and modify software systems using scientific analysis and mathematical models
• Confer with users or system engineers; analyze systems flow, data usage, and work processes; and investigate problem areas
• Modify existing software to correct errors, adapt to new hardware, or improve its performance
• Design, develop, and modify software systems using scientific analysis and mathematical models
• Confer with users or system engineers; analyze systems flow, data usage, and work processes; and investigate problem areas
• Modify existing software to correct errors, adapt to new hardware, or improve its performance
• Design, develop, and modify software systems using scientific analysis and mathematical models
• Confer with users or system engineers; analyze systems flow, data usage, and work processes; and investigate problem areas
• Modify existing software to correct errors, adapt to new hardware, or improve its performance
• Design, develop, and modify software systems using scientific analysis and mathematical models
• Confer with users or system engineers; analyze systems flow, data usage, and work processes; and investigate problem areas
• Modify existing software to correct errors, adapt to new hardware, or improve its performance
• Design, develop, and modify software systems using scientific analysis and mathematical models
• Confer with users or system engineers; analyze systems flow, data usage, and work processes; and investigate problem areas
• Modify existing software to correct errors, adapt to new hardware, or improve its performance
• Design, develop, and modify software systems using scientific analysis and mathematical models
• Confer with users or system engineers; analyze systems flow, data usage, and work processes; and investigate problem areas
• Modify existing software to correct errors, adapt to new hardware, or improve its performance
• Design, develop, and modify software systems using scientific analysis and mathematical models
• Confer with users or system engineers; analyze systems flow, data usage, and work processes; and investigate problem areas
• Modify existing software to correct errors, adapt to new hardware, or improve its performance
• Design, develop, and modify software systems using scientific analysis and mathematical models
• Confer with users or system engineers; analyze systems flow, data usage, and work processes; and investigate problem areas
• Modify existing software to correct errors, adapt to new hardware, or improve its performance
• Design, develop, and modify software systems using scientific analysis and mathematical models
• Confer with users or system engineers; analyze systems flow, data usage, and work processes; and investigate problem areas
• Modify existing software to correct errors, adapt to new hardware, or improve its performance
• Design, develop, and modify software systems using scientific analysis and mathematical models
• Confer with users or system engineers; analyze systems flow, data usage, and work processes; and investigate problem areas
• Modify existing software to correct errors, adapt to new hardware, or improve its performance
• Design, develop, and modify software systems using scientific analysis and mathematical models
• Confer with users or system engineers; analyze systems flow, data usage,