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Software Engineer Level 2

Annapolis Junction, MD · Information Technology
REQUIRED SKILLS/ABILITIES:
  • TO BE CONSIDERED FOR THIS POSITION YOU MUST HAVE AN ACTIVE TS/SCI W/ FULL SCOPE POLYGRAPH SECURITY CLEARANCE (U.S. CITIZENSHIP REQUIRED)

Required:
• Experience (or training) with Architecting and Deploying Splunk
• Proficiency in Linux and Windows Operating Systems
• Python scripting experience for file parsing and basic network communications (reach out to a website or REST endpoint and grab some data), data manipulation.
• Niagara Files (NiFi) configuration, data flow creation, maintenance, or troubleshooting experience
• Splunk-configuration, maintenance, troubleshooting, searching with SPL.Desired skills :
• 2+ years of Splunk experience
• Security+
• Experience with cyber security
• Linux-system administration experience certainly helps with day-to-day tasks
• Regex knowledge would be a great
• Git basic usage useful.

Fourteen (14) years’ experience as a Software Engineer in programs and contracts of similar scope, type, and complexity.

Bachelor’s degree in Computer Science or a related discipline from an accredited college or university. Four (4) years of additional Software Engineering experience on projects with similar software processes may be substituted for a Bachelor’s degree.

Analyze user requirements to derive software design and performance requirements

Design and code new software or modify existing software to add new features

Debug existing software and correct defects

Integrate existing software into new or modified systems or operating environments

Develop simple data queries for existing or proposed databases or data repositories

Provide recommendations for improving documentation and software development process standards

Develop or implement algorithms to meet or exceed system performance and functional standards

Assist with developing and executing test procedures for software components

Write or review software and system documentation

Develop software solutions by analyzing system performance standards, confer with users or system engineers; analyze systems flow, data usage and work processes; and investigate problem areas

Serve as team lead at the level appropriate to the software development process being used on any particular project

Modify existing software to correct errors, to adapt to new hardware, or to improve its performance

Design, develop and modify software systems using scientific analysis and mathematical models to predict and measure outcome and consequences of design

Design or implement complex database or data repository interfaces/queries

Oversee one or more software development teams and ensure the work is completed in accordance with the constraints of the software development process being used on any particular project

Design or implement complex algorithms requiring adherence to strict timing, system resource,  or interface constraints; perform quality control on team products

Confer with System Engineers and Hardware Engineers to derive software requirements and to obtain information on project limitations and capabilities, performance requirements and interfaces

Coordinate software system installation and monitor equipment functioning to ensure operational specifications are met

Implement recommendations for improving documentation and software development process standards


The Software Engineer develops, maintains, and enhances complex and diverse software systems (e.g., processing-intensive analytics, novel algorithm development, manipulation of extremely large data sets, real-time systems, and business management information systems) based upon documented requirements.  Works individually or as part of a team.  Reviews and tests software components for adherence to the design requirements and documents test results.  Resolves software problem reports.  Utilizes software development and software design methodologies appropriate to the development environment.  Provides specific input to the software components of system design to include hardware/software trade-offs, software reuse, use of Commercial-Off-the-Shelf (COTS)/Government-Off-the-Shelf (GOTS) in place of new development, and requirements analysis and synthesis from system level to individual software components.

 
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