Telecommunications & Networking
Engineers who design and support networks and connectivity.
About the field
Telecommunications and networking is a core area of expertise for Bayworth. It covers the radio access, transport, and core networks operated by carriers, as well as the enterprise LAN, WAN, and wireless networks businesses rely on every day.
The rollout of 5G, continued LTE expansion, densification with small cells, and growth in connected devices have created steady demand for engineers who understand both legacy and next-generation technologies — and who can work across planning, deployment, optimization, and operations.
Telecom programs are often large, multi-vendor, and multi-phase. Organizations need professionals who can step into an active program, understand the vendor equipment and tools in use, and contribute from day one.
Who we recruit
Radio planning, design, and optimization.
Routing, switching, and transport networks.
RAN and core network specialists.
Monitoring and incident management.
Site, tower, DAS, and small-cell work.
Coordinating deployments and rollouts.
Telecom specialties
Telecommunications is a major focus for Bayworth. These are the specialty areas we recruit for.
Design, configuration, and support of routing, switching, and transport networks for carriers and enterprises — including IP/MPLS, SD-WAN, and data-center networking.
Typical roles
Network engineers · IP/MPLS engineers · Network architects
Radio frequency planning and analysis: coverage and capacity design, link budgets, propagation modeling, interference analysis, and parameter tuning across multiple technologies.
Typical roles
RF design engineers · RF optimization engineers · Drive test engineers
Radio access and core network work for LTE and 5G NR, including NSA and SA architectures, integration of new sites and features, and support for multi-vendor RAN environments.
Typical roles
RAN engineers · 5G core engineers · Integration engineers
Translating coverage, capacity, and business requirements into network designs — site selection support, capacity forecasting, and transport and core dimensioning.
Typical roles
Network planners · Capacity planners · Solution architects
Ongoing analysis of KPIs such as accessibility, retainability, throughput, and latency, followed by targeted changes that improve performance and customer experience.
Typical roles
Performance engineers · Optimization engineers · KPI analysts
Physical deployment of wireless networks: macro sites, small cells, DAS, and in-building systems, including site audits, construction coordination, and commissioning.
Typical roles
Site engineers · DAS / in-building engineers · Commissioning technicians
24/7 monitoring, fault management, incident response, and change management that keep live networks stable and available.
Typical roles
NOC engineers · Field operations engineers · Change managers
Connecting devices and sensors using cellular IoT (LTE-M, NB-IoT), private networks, and low-power wide-area technologies, along with device and connectivity management.
Typical roles
IoT solution engineers · Private network engineers · Connectivity specialists
Planning and coordinating network rollouts, upgrades, and migrations across vendors, contractors, permitting, and operations teams.
Typical roles
Telecom project managers · Rollout coordinators · Program managers
How Bayworth helps
Telecom requirements depend heavily on technology, vendor equipment, and project phase. We take time to understand these details, discuss them openly with engineers, and present profiles that fit the program's real needs.
Opportunities depend on client requirements and each candidate's qualifications.
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