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Dwdm Optical Network Engineer Jobs in Washington

Integrates and operates optical/IP convergence architectures, leveraging router-based DWDM optics where applicable. * Engineers and supports high-capacity backbone upgrades (100G/400G and beyond)

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Dwdm Optical Network Engineer information

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$92.3K

$162K

$186.3K

How much do dwdm optical network engineer jobs pay per year?

As of Sep 9, 2026, the average yearly pay for dwdm optical network engineer in Washington is $162,026.00, according to ZipRecruiter salary data. Most workers in this role earn between $142,600.00 and $184,600.00 per year, depending on experience, location, and employer.

What is a DWDM Optical Network Engineer?

A DWDM Optical Network Engineer is a specialist responsible for designing, implementing, and maintaining Dense Wavelength Division Multiplexing (DWDM) optical networks. These professionals work with advanced fiber optic technology that allows multiple data signals to be transmitted simultaneously over a single optical fiber by using different wavelengths (colors) of laser light. Their tasks typically include network planning, troubleshooting, performance optimization, and ensuring the reliability and efficiency of high-capacity communication systems. They may also work closely with other network engineers, vendors, and customers to deploy and upgrade optical transmission systems. A strong background in optical networking, telecommunications, and related hardware and software is essential for this role.

What are the key skills and qualifications needed to thrive as a DWDM Optical Network Engineer?

To thrive as a DWDM Optical Network Engineer, you need in-depth knowledge of optical networking principles, fiber optics, and multiplexing technologies, usually supported by a degree in telecommunications or related field. Proficiency with network management systems, fiber testing tools, and certifications like Cisco or Juniper are commonly required. Strong analytical thinking, problem-solving, and effective communication skills set top professionals apart in this role. These abilities are critical for ensuring reliable, high-capacity data transmission and quickly resolving complex network issues in demanding environments.

What are some common challenges faced by DWDM Optical Network Engineers in day-to-day operations?

DWDM Optical Network Engineers often encounter challenges such as managing signal degradation over long distances, troubleshooting fiber faults, and ensuring network stability during traffic spikes or equipment upgrades. They must coordinate closely with NOC teams, field technicians, and equipment vendors to quickly resolve issues while minimizing downtime. Staying updated on rapidly evolving optical technologies and maintaining detailed documentation are also key aspects of the role.

What is the difference between Dwdm Optical Network Engineer vs Fiber Optic Technician?

AspectDwdm Optical Network EngineerFiber Optic Technician
CertificationsCCNA, CWNA, vendor-specific certificationsFiber Optic Installer, FOA certifications
Work EnvironmentDesign, troubleshoot, and optimize DWDM networks in telecom or data centersInstall, splice, and test fiber optic cables on-site
Industry UsageTelecommunications, internet service providers, data centersTelecom, cable TV, internet providers

The Dwdm Optical Network Engineer focuses on designing and maintaining dense wavelength division multiplexing networks, requiring advanced knowledge of optical systems. In contrast, the Fiber Optic Technician primarily handles installation and testing of fiber cables. Both roles are essential in optical network infrastructure but differ in scope and responsibilities.

What cities in Washington are hiring for Dwdm Optical Network Engineer jobs?

Cities in Washington with the most Dwdm Optical Network Engineer job openings:

Senior Wide Area Network Engineer

Adelphi, MD • On-site

$125 - $150/hr

Other

Re-posted 4 days ago


Job description

Best consideration date for applications: Friday, July 24

Purpose of Position

The University System of Maryland Office serves as the administrative and strategic headquarters for the University System of Maryland, supporting the Chancellor, Board of Regents, member institutions, and systemwide initiatives across higher education. Within this environment, MDREN plays an important role in enabling reliable, high-capacity connectivity that supports research, education, and collaboration across institutions and partner networks.

This role offers the opportunity to help shape and strengthen a complex statewide network environment that underpins critical academic and institutional operations. The work spans core infrastructure, long-range network evolution, and close collaboration with institutional and partner stakeholders to support resilient, high-performance services.

As Senior Wide Area Network Engineer, you will provide technical leadership across MDREN's statewide network environment, helping guide the design, operation, and continued evolution of WAN and optical transport infrastructure. You will contribute to both day-to-day network reliability and longer-term architectural planning, while working closely with member institutions, partner research and education networks, and internal stakeholders to support connectivity, service delivery, and network growth.

Responsibilities

Network Operations, Monitoring, and Maintenance:

  • Maintains and operates MDREN's statewide wide area network (WAN) infrastructure, including core, edge, and optical transport layers.
  • Ensures high availability, performance, and resilience across all backbone and interconnection services.
  • Responds to and corrects problems within the MDREN network.
  • Monitors network activity to detect, identify, and address security issues, events, and intrusions to the Network.
  • Proactively monitors all enterprise communication systems for proper, stable operation, taking appropriate corrective action if required.
  • Ensures networking maintenance and upgrades are coordinated with the affected parties.
  • Works with network equipment vendors to find effective solutions to network issues and upgrades.
  • Maintains related computer systems, software packages, and network appliances in support of the network.
  • Develops implementation plans and schedules.
  • Develops and maintains documentation, policies, procedures, and methods for the operation of the MDREN network.

WAN & Optical Network Architecture & Engineering:

  • Designs, engineers, and maintains MDREN's statewide WAN, including backbone, regional aggregation, and partner interconnects.
  • Leads architecture and deployment of dense wavelength division multiplexing (DWDM) optical transport systems, including wavelength services, reconfigurable optical add-drop multiplexer (ROADM) configurations, and optical path engineering.
  • Integrates and operates optical/IP convergence architectures, leveraging router-based DWDM optics where applicable.
  • Engineers and supports high-capacity backbone upgrades (100G/400G and beyond).
  • Collaborates with member institutions and partner research and education networks (RENs) on interconnection design and capacity planning.

Member Engagement and Network Services Support:

  • Supports and contributes to MDREN's web presence by maintaining accurate, up-to-date technical content related to network services, infrastructure status, and member resources.
  • Collaborates with MDREN leadership and administrative staff to ensure the website reflects current services, network architecture, and strategic initiatives.
  • Provides technical oversight for website content related to network operations, including service documentation, outage notifications, and performance information.
  • Assists in the administration and continuous improvement of the MDREN website, including recommending enhancements to structure, usability, and future design to better support member institutions and stakeholders.
  • Provides technical support and guidance to MDREN member institutions to ensure effective use of network services.
  • Serves as a primary technical resource for member institutions on network services and connectivity.
  • Troubleshoots and resolves member-reported network issues.
  • Communicates network changes, outages, and upgrades to affected members.
  • Supports onboarding of new member connections and services.

Research, Innovation, and Continuous Improvement:

  • Identifies and evaluates emerging technologies and best practices to enhance network capabilities.
  • Researches new technologies, tools, and methodologies relevant to enterprise and research network environments.
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