Telecommunications Engineer Security Clearance

Telecommunications Engineer 3 with Security Clearance

4 weeks ago Be among the first 25 applicants

We’re seeking people driven to excellence and inspired to have a meaningful impact powering, automating, integrating, and securing the world’s most critical infrastructure and facilities. This translates into fulfilling opportunities for employees driven to excel in a meaningful career. As an employee at M.C. Dean, you will join forces with more than 5,800 professionals who engineer and deploy automated, secure and resilient power and technology systems;

and deliver the management platforms essential for long‑term system sustainability. Together, we transform the way complex, large‑scale systems are designed, delivered, and sustained—enhancing client outcomes, improving lives, and changing the world for the better.

The Mission Critical Telecommunications Engineer 3 position involves the design, coordination, and implementation of telecommunication structured cabling systems for high‑density Artificial Intelligence (AI)‑driven data centers. The engineer shall be responsible for researching, understanding, developing, and coordinating the engineering solution of the telecommunication cabling, equipment, pathways, spaces, and grounding and bonding for inside and outside plant infrastructure. They will interface with customers, project leadership, field leadership, other trades, manufacturers, and other telecommunications engineers.

The engineer shall be responsible for producing constructible engineering deliverables that illustrate telecommunications locations on floor/ceiling plans, telecommunications space layout on enlarged plans and elevations, mounting and assembly instructions on detail drawings, point‑to‑point cable connections on riser diagrams, telecommunications administration plans, acceptance test plans, acceptance test reports, quality control plans, studies and calculations, list of materials, cabling schedules, operations manuals, and warranties to support the design, installation, and closeout of their projects.

The engineer will oversee the technical requirements of the project throughout the entire project lifecycle, assisting with solution development, troubleshooting construction discrepancies, and contributing to the overall schedule and budget planning.

• Developing, identifying, coordinating, and tracking project requirements
• Coordinating communication connectivity requirements to include backbone and interrack cabling, work area outlet types, cabling media and connector types, system topology, and device locations with the Data and Wireless Networking, Audio Visual, Security, Mechanical, Electrical, and other stakeholders.
• Coordinating detailed telecommunications space plans with consideration for Architecture, MEP, and Electronic Systems.
• Coordinating detailed telecommunications pathway designs to support inside and outside plant cabling infrastructure to include fill calculations, BIM, etc.
• Identifying, writing and responding to Requests for Information (RFI)
• Producing coordinated detailed design and construction drawings in AutoCAD or REVIT based on project requirements and specifications.
• Producing coordinated detailed construction specifications based on project criteria.
• Creating and managing cable run lists/system labeling schedules.
• Creating and managing cable acceptance test plans based on specification requirements.
• Identifying products, creating Bill of Materials, and developing product data deliverables that meet the project and system requirements.
• Understanding and implementing the M.C. Dean Quality Control process to ensure all engineering deliverables comply with the project requirements, provide clear and constructible information, and meet M.C. Dean’s engineering standards.
• Performing site surveys, producing reports, identifying/proposing/developing solutions based on observations made on the site, and producing pre‑fabrication designs and test procedures for Pre‑Installation and Check Out (PITCO) activities.
• Learning the operation of and leading the design of active systems to include nurse call systems, public address systems, distributed…