TE jobs in Fort Meade, MD
Telecommunications Engineer (TE)
Secure transport technologies, circuit switched networks, wireless systems, ISDN, SONET, traffic modeling, and communications engineering for cleared mission environments.
Apply for this RoleGS Consulting Environment
Engineering the Communications Path the Mission Depends On
At GS Consulting, telecommunications engineering is not abstract architecture work. It is the practical engineering behind whether mission data can move reliably across transport media, protocols, access technologies, and operational constraints.
This role is built for engineers who understand how communications systems behave under pressure. You will help mission teams research technologies, model performance, integrate protocols, and make transport decisions that affect real operations.
The Work
What the Role Looks Like Day to Day
TE work often starts with the path data needs to take. Which medium carries it? Which protocol completes the transport? What traffic pattern creates stress? What standard, resource constraint, or operating requirement changes the design?
A typical day may include researching telecommunications technologies, reviewing circuit switched and data network behavior, evaluating wireless access approaches, modeling traffic, supporting resource provisioning, and coordinating with other engineering teams to keep communications choices practical.
Mission and Responsibilities
Core Responsibilities
Our Telecommunications Engineers support the technologies and standards that move mission data. Depending on your LCAT level, you will be expected to:
- Perform research and development for technologies supporting traditional circuit switched networks, data networks, wireless systems, and secure transport missions.
- Develop and integrate the media required to carry sensitive services and the protocols required to complete transport, including ISDN, SONET, TCP, and IP.
- Execute traffic modeling and performance modeling to help optimize large global telecommunications and network environments.
- Support network resource management and resource provisioning for priority mission workflows and operational communications needs.
- For senior levels, manage complex technical projects and collaborate across organizations or agencies to apply telecommunications standards in practical mission settings.
Technical Domains
Required Technical Domains
Successful Telecommunications Engineers at GS Consulting need practical experience across several of the following technical domains:
- Circuit switched networks, data networks, and access technologies
- Wireless systems and network media integration
- Telecommunications standards and protocols, including ISDN, SONET, TCP, and IP
- Network operations, resource provisioning, and resource management
- Traffic modeling and performance modeling
- Secure transport engineering and operational communications
- Cross organization technical coordination and standards implementation
Preferred Degree Fields and Certifications
Preferred degree fields include Engineering, Computer Science, Information Technology, Engineering Technology, Telecommunications, Network Engineering, Electrical Engineering, or a related accredited technical field.
Engineer in Training, Cisco Certified Network Associate, Cisco Certified Network Professional, Cisco Certified Internetwork Expert, Microsoft engineering credentials, telecom training, or related network certifications can strengthen a candidate profile.
Tools and Mission Context
Telecom Engineering Is About Tradeoffs
Telecommunications Engineers work across media, protocols, standards, capacity, latency, resource allocation, and performance constraints. ISDN, SONET, TCP, IP, wireless access, circuit switched transport, and data network behavior are all part of the broader engineering problem.
The best candidates can explain why a transport choice works, where it fails, what the traffic model shows, and how to turn that analysis into a communications approach the mission can actually use.
Compensation
Estimated Compensation Range
Estimated compensation for Telecommunications Engineer roles ranges from $85,000 to $200,000 per year. Final compensation depends on TE level, years of relevant experience, clearance status, certifications, customer requirements, contract fit, and location expectations.
The range is intentionally broad because this posting covers Levels 1 through 4. Senior Telecommunications Engineers are trusted with more complex modeling, technical coordination, standards interpretation, and communications architecture decisions.
Qualification Paths
LCAT Qualification Paths
We are actively staffing billets across all four TE levels. Relevant experience should connect to telecommunications engineering, secure transport, circuit switched networks, data networks, wireless systems, protocol integration, traffic modeling, performance modeling, or resource provisioning.
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 6 years of experience
- Master Degree plus 4 years of experience
- Doctorate plus 2 years of experience
Level 4
- Bachelor Degree plus 11 years of experience
- Master Degree plus 9 years of experience
- Doctorate plus 7 years of experience
Career Growth
How Telecommunications Engineers Grow Across Levels
Growth in this role comes from stronger transport judgment, deeper standards knowledge, better modeling, and the ability to connect communications engineering decisions to operational impact.
At GS Consulting, TE growth can lead deeper into network architecture, telecommunications strategy, network operations, secure transport engineering, infrastructure modernization, or broader mission systems roles.
Why GS Consulting
A Smaller Team Close to the Mission
GS Consulting takes a direct approach to cleared mission support. We care whether the person in the seat can understand the transport problem, explain the engineering tradeoffs, and help the customer make a communications system more reliable.
TE work is not generic network support. It takes engineering depth, protocol awareness, standards judgment, and the ability to think clearly about how mission communications move across real systems.
Role Questions
Telecommunications Engineer FAQ
What does a Telecommunications Engineer do?
A Telecommunications Engineer designs, researches, integrates, and improves communications systems that move mission data across circuit switched networks, data networks, wireless systems, and secure transport environments. The role includes protocol work, traffic modeling, resource provisioning, performance analysis, and technical coordination across mission and engineering teams.
What clearance is required for GS Consulting Telecommunications Engineer roles?
GS Consulting Telecommunications 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 Telecommunications Engineer levels 1, 2, 3, and 4?
Telecommunications Engineer levels reflect increasing experience with transport technologies, protocol integration, traffic modeling, network operations, standards, and technical leadership. Level 1 starts at 0 to 2 years depending on education path. Level 2 ranges from 0 to 5 years. Level 3 ranges from 2 to 6 years. Level 4 ranges from 7 to 11 years.
How is a Telecommunications Engineer different from a Network System Engineer?
A Telecommunications Engineer focuses more on communications transport, telecom standards, circuit switched networks, wireless access, protocols, resource provisioning, and traffic or performance modeling. A Network System Engineer is closer to integrating and testing network systems and equipment. The roles overlap, but TE work is more focused on the engineering of communications transport.
What technologies are useful for Telecommunications Engineer candidates?
Useful experience includes circuit switched networks, data networks, wireless systems, access technologies, ISDN, SONET, TCP, IP, network operations, traffic modeling, performance modeling, resource provisioning, telecommunications standards, and secure communications engineering. Candidates should describe both design experience and operational impact.
What skills make a strong Telecommunications Engineer candidate?
Strong candidates understand how communications systems actually move data. They can work across protocols, media, standards, performance constraints, and operational requirements. The best candidates can model network behavior, identify where transport breaks down, explain tradeoffs clearly, and help engineering teams make practical decisions.
What does a Telecommunications Engineer earn?
Estimated compensation for GS Consulting Telecommunications Engineer roles ranges from $85,000 to $200,000 per year. Final compensation depends on TE level, years of relevant experience, clearance status, certifications, customer requirements, contract fit, and location expectations.
Are these Telecommunications Engineer jobs onsite?
Yes. These Telecommunications Engineer positions support work in the Fort Meade, MD and Annapolis Junction area. Because the work is tied to cleared facilities, sensitive communications systems, and customer mission requirements, candidates should expect onsite work rather than a remote arrangement.
How do I apply for GS Consulting Telecommunications 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, telecommunications engineering experience, protocol and transport background, certifications, and the TE level you believe matches your experience.
Ready to engineer the communications path?
Send us your resume. Please include your active clearance level, telecommunications engineering experience, protocol and transport background, certifications, and the specific TE level you are targeting.