Systems Engineer jobs in Fort Meade, MD
Systems Engineer
Requirements, system design, interface definition, component integration, modeling, acceptance testing, and full life cycle engineering for cleared mission systems.
Apply for this RoleGS Consulting Environment
Owning the System, Not Just the Piece
At GS Consulting, systems engineering is where technical decisions stop being isolated. Hardware, software, interfaces, performance, installation, operations, and maintenance all have to work together or the mission feels the failure.
This role is built for engineers who can see the full capability. You will help define requirements, shape design decisions, plan integration, validate performance, and keep the system understandable across the full life cycle.
The Work
What the Role Looks Like Day to Day
Systems Engineer work often starts with a gap between a mission need and a working capability. What is the requirement? Which components need to interact? What interface assumptions are risky? What test proves the system is ready?
A typical day may include refining requirements, reviewing interface details, planning integration, writing acceptance criteria, evaluating system performance, documenting tradeoffs, coordinating with software and hardware teams, and helping customers understand what the system can reliably do.
Mission and Responsibilities
Core Responsibilities
Our Systems Engineers support the complete capability, not just one component. Depending on your LCAT level, you will be expected to:
- Perform high level system design for complex intelligence platforms, mission capabilities, and engineering environments.
- Specify system and component performance metrics, define interface requirements, and keep design decisions connected to operational needs.
- Develop and execute installation, integration, verification, validation, and acceptance test plans.
- Design engineering systems, improve operational performance, and use modeling techniques to understand behavior before deployment.
- Support the capability life cycle from concept, design, fabrication, and test through installation, operation, maintenance, and disposal.
Technical Domains
Required Technical Domains
Successful Systems Engineers at GS Consulting need practical experience across several of the following technical domains:
- Traditional systems engineering and life cycle management
- High level system design and component performance specification
- Interface requirements, system integration, and acceptance testing
- Verification, validation, installation planning, and operational transition
- System optimization, modeling, and performance analysis
- Hardware, software, network, and mission system coordination
- Technical documentation, stakeholder communication, and engineering tradeoff analysis
Preferred Degree Fields
Preferred degree fields include Professional Engineering, Physics, Astronomy, Chemistry, Architecture, Computer Science, Mathematics, Hydrology, Geology, Systems Engineering, Electrical Engineering, Computer Engineering, or a related accredited technical field.
Tools and Mission Context
Interfaces Are Where Systems Usually Break
Systems Engineers work across requirements, design documents, interface control, performance models, integration plans, verification matrices, acceptance criteria, installation plans, and operational feedback. The tools may change, but the discipline stays the same.
Strong candidates can identify assumptions, explain tradeoffs, define what must be tested, and keep engineering teams aligned when hardware, software, networks, and operations all have a stake in the outcome.
Compensation
Estimated Compensation Range
Estimated compensation for Systems Engineer roles ranges from $110,000 to $240,000 per year. Final compensation depends on Systems Engineer level, years of relevant experience, clearance status, technical depth, customer requirements, contract fit, and location expectations.
The range is intentionally broad because this posting covers Levels 1 through 4. Senior Systems Engineers are trusted with broader design ownership, harder integration problems, more complex test planning, and more independent responsibility for life cycle decisions.
Qualification Paths
LCAT Qualification Paths
We are actively staffing billets across all four Systems Engineer levels. Relevant experience should connect to systems engineering, high level system design, interface requirements, integration, acceptance testing, modeling, optimization, life cycle management, or mission system delivery.
Level 1
- Bachelor Degree plus 2 years of experience
- Master Degree plus 0 years of experience
Level 2
- Bachelor Degree plus 5 years of experience
- Master Degree plus 3 years of experience
- Doctorate plus 0 years of experience
Level 3
- Bachelor Degree plus 9 years of experience
- Master Degree plus 7 years of experience
- Doctorate plus 5 years of experience
Level 4
- Bachelor Degree plus 12 years of experience
- Master Degree plus 10 years of experience
- Doctorate plus 8 years of experience
Career Growth
How Systems Engineers Grow Across Levels
Growth in this role comes from stronger requirements judgment, clearer interface thinking, better integration planning, deeper test discipline, and the ability to see the second order effects of design decisions.
At GS Consulting, Systems Engineer growth can lead deeper into systems architecture, mission integration, software and hardware systems leadership, test strategy, infrastructure modernization, or broader mission engineering roles.
Why GS Consulting
A Smaller Team Close to the Real System
GS Consulting takes a direct approach to cleared mission support. We care whether the person in the seat can understand the full capability, identify the weak assumptions, and help the customer make a system work under real constraints.
Systems Engineer work is not generic coordination. It takes technical depth, discipline, documentation, and the willingness to own the interfaces that everyone else assumes will just work.
Role Questions
Systems Engineer FAQ
What does a Systems Engineer do at GS Consulting?
A Systems Engineer at GS Consulting designs, integrates, tests, and manages complex mission capabilities across the full engineering life cycle. The role connects requirements, interfaces, hardware, software, performance metrics, modeling, verification, validation, installation, operations, maintenance, and customer mission outcomes.
What clearance is required for GS Consulting Systems Engineer roles?
GS Consulting Systems Engineer roles require an active TS/SCI clearance. Candidates must also be able to meet customer, contract, and site access requirements for the specific billet. If additional customer screening is required, that will be handled during recruiting rather than posted as public qualification language.
What are the Systems Engineer levels 1, 2, 3, and 4?
Systems Engineer levels reflect increasing systems engineering experience, design ownership, integration judgment, test planning depth, and life cycle responsibility. Level 1 starts at 0 to 2 years depending on education path. Level 2 ranges from 0 to 5 years. Level 3 ranges from 5 to 9 years. Level 4 ranges from 8 to 12 years.
How is a Systems Engineer different from a Software Engineer?
A Software Engineer focuses on building and maintaining software. A Systems Engineer focuses on the broader capability: requirements, interfaces, component behavior, integration, testing, performance, installation, operation, maintenance, and life cycle decisions. The two roles work closely together, but Systems Engineer work is usually broader across the complete mission system.
What degree fields are preferred for Systems Engineer roles?
Preferred degree fields include Professional Engineering, Physics, Astronomy, Chemistry, Architecture, Computer Science, Mathematics, Hydrology, Geology, Systems Engineering, Electrical Engineering, Computer Engineering, or a related accredited technical field. The role benefits from broad technical training because systems engineering spans design, integration, testing, and operations.
What skills make a strong Systems Engineer candidate?
Strong candidates can turn mission needs into system requirements, define interfaces, understand component performance, plan integration, write test approaches, evaluate tradeoffs, document decisions, and communicate clearly with software, hardware, network, operations, and customer stakeholders.
What does a Systems Engineer earn?
Estimated compensation for GS Consulting Systems Engineer roles ranges from $110,000 to $240,000 per year. Final compensation depends on Systems Engineer level, years of relevant experience, clearance status, technical depth, customer requirements, contract fit, and location expectations.
Are these Systems Engineer jobs onsite?
Yes. These Systems Engineer positions support work in the Fort Meade, MD and Annapolis Junction area. Because the work is tied to cleared facilities, sensitive systems, mission data, and customer requirements, candidates should expect onsite work rather than a remote arrangement.
How do I apply for GS Consulting Systems Engineer roles?
Use the Apply for this Role button on this page or email your resume directly to info@gsconsultingllc.com. Include your active clearance level, systems engineering experience, integration and test background, technical domains, and the Systems Engineer level you believe matches your experience.
Ready to design the system?
Send us your resume. Please include your active clearance level, systems engineering experience, integration and test background, technical domains, and the specific Systems Engineer level you are targeting.