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WSP

Plans and designs infrastructure projects

Telecommunications Engineer

Telecommunications EngineeringConfirmed live in the last 24 hours
Full-time$89.6k - $166.4k /yrIn-person

About the Job

Requirements

  • A bachelor's degree in electrical engineering, telecommunications engineering, or a related engineering discipline and at least three years of relevant industry experience, or at least seven years of relevant industry experience in lieu of a degree.
  • Experience designing telecommunications infrastructure or communications systems for utility, industrial, or commercial facilities.
  • Working knowledge of fiber-optic, microwave radio, TDM/SONET, MPLS, Ethernet, and packet-based communications networks.
  • Ability to interpret technical documentation and prepare specifications, network designs, installation plans, and test plans.
  • Knowledge of network and communications principles, including network topologies, latency, synchronization, circuit channelization, reliability, and availability.
  • Interpersonal, written, and verbal communication skills for working with engineering and non-engineering audiences.
  • Self-leadership, attention to detail, organization, and ability to manage multiple priorities in a project-oriented environment.
  • Critical thinking and troubleshooting skills to evaluate field and design information and develop effective technical solutions.
  • Track record of upholding workplace safety and ability to comply with health, safety, drug/alcohol, and harassment policies.
  • Ability to occasionally work schedules beyond the typical workweek as project requirements demand.
  • Ability to travel occasionally depending on project-specific requirements.

Responsibilities

  • Design telecommunications infrastructure and systems for conventional, renewable, and distributed generation facilities, substations, transmission and distribution systems, and microgrids.
  • Specify equipment and prepare procurement, installation, testing, and provisioning documentation for outside-plant fiber-optic cable, microwave radios, field area networks, multiplexers, network switches, and related communications equipment.
  • Apply experience with fiber-optic, microwave radio, PDH, TDM, OTN, and SONET networks.
  • Apply experience with IP, Ethernet, MPLS, and data communications networks.
  • Review and interpret OTDR reports for fiber-optic links.
  • Use Pathloss or similar tools to design and verify microwave radio links.
  • Provision circuit channelization on legacy TDM networks and evaluate security, reliability, availability, latency, and synchronization of packet-based networks.
  • Specify telecommunications carrier services, including leased-line services, and coordinate technical requirements with service providers.
  • Conduct telecommunications site surveys and field work using GPS equipment, clinometers, high-resolution cameras, and related tools.
  • Design and configure network and communications paths for SCADA equipment and downstream data users.
  • Work with telecommunications and networking platforms from vendors such as Fujitsu, RFL/Hubbell, GE, SEL, Aviat, Nokia, Cisco, and Siemens RUGGEDCOM.
  • Perform site surveys, field investigations, commissioning, and troubleshooting of communications systems.
  • Prepare technical reports, design documents, calculations, specifications, test plans, and presentations that communicate findings and recommendations.
  • Coordinate with clients and multidisciplinary project teams, support project scoping and delivery, and contribute to successful commercial performance.
  • Mentor and support team members.
  • Maintain quality-control standards and confirm work complies with applicable codes, regulations, client requirements, and project specifications.
  • Make responsible and ethical decisions regarding company funds, resources, and conduct, and adhere to the company's Code of Conduct and related policies and procedures.
  • Perform additional responsibilities as required by business needs.

Desired Qualifications

  • A Professional Engineer (PE) license, equivalent professional credential, or eligibility to obtain licensure.
  • Understanding of radio engineering, including propagation, antennas, Fresnel zones, link-budget calculations, k-factor, multipath, and rain effects.
  • Familiarity with FCC and FAA requirements related to licensing microwave radio links.
  • Working knowledge of WECC, FERC, and NERC compliance requirements pertaining to electronic communications.
  • History of completing similar projects in a utility and/or consulting environment.
  • Experience mentoring others and providing technical and commercial leadership on customer-focused engineering projects.

About the Company

WSP

Plans and designs infrastructure projects

WSP is an engineering and science consultancy that helps governments and businesses plan, design, and manage infrastructure. Its teams work on transport networks, buildings, water systems, power facilities, and environmental projects, combining engineers with scientists, planners, and technical advisers. Services include feasibility studies, detailed design, environmental assessments, and project management, with specialists supporting assets through construction and operation. Clients pay through contracts priced by staff time, agreed project fees, or a share of project costs. Genivar reorganized as WSP Global in 2014, and the group is headquartered in Montreal, Quebec.

Company size
10,001+
Company stage
IPO
Headquarters
Montreal, Canada
Founded
1959

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