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Scoping Engineer Telecom Jobs in California (NOW HIRING)

Project Engineer, Senior

Los Angeles, CA ยท On-site +1

$106K - $139K/yr

... P&C), telecom, SCADA, transmission, substation layouts and station services. If you have a ... Determine and document project estimate, scope, and schedule, evaluate design options, and change ...

Electrical Engineer

Vacaville, CA ยท On-site

$35 - $40/hr

Data/telecom * Instrumentation and control systems * Review electrical power, security, fire alarm ... Identify, scope, and manage energy conservation initiatives. * Troubleshoot power quality issues in ...

Senior Electrical Engineer

Vacaville, CA

$121K - $158K/yr

Field inspection and support for implementation of electrical, security, fire alarm, data/telecom ... Identify, scope, and manage energy conservation projects. Troubleshoot power quality problems in ...

Electrical Engineer

Vacaville, CA ยท On-site

$35 - $55/hr

Review and approve electrical, security, fire alarm, data/telecom, and instrumentation & control ... Identify, scope, and implement energy conservation and efficiency improvement projects * Serve as ...

Project Engineer - EMC

Menlo Park, CA ยท On-site

$100K - $120K/yr

... m Equipment, Intertek's global network of laboratories employ world-class experts in their fields ... Under scope of the project, identify and locate test instruments and equipment required for testing.

Perform engineering assignments by applying standard techniques, procedures, and criteria to ... scope and schedule * Stay current with codes and technologies relevant to electrical, telecom, and ...

Perform engineering assignments by applying standard techniques, procedures, and criteria to ... scope and schedule * Stay current with codes and technologies relevant to electrical, telecom, and ...

Perform engineering assignments by applying standard techniques, procedures, and criteria to ... scope and schedule * Stay current with codes and technologies relevant to electrical, telecom, and ...

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Scoping Engineer Telecom information

What are the main challenges a Scoping Engineer in Telecom typically faces when planning network expansions?

One of the main challenges Scoping Engineers in Telecom encounter is accurately assessing existing infrastructure and forecasting future needs while adhering to budget and regulatory constraints. This role often requires balancing technical feasibility with cost-effectiveness, coordinating with cross-functional teams such as project managers, field engineers, and vendors. Additionally, scoping engineers must stay updated on evolving technologies and local permitting requirements, which can impact project timelines. Effective communication and strong organizational skills are essential to navigate these complexities and ensure successful project delivery.

What is the difference between Scoping Engineer Telecom vs Network Engineer?

AspectScoping Engineer TelecomNetwork Engineer
CertificationsCCNA, CCNP, Telecom-specific certificationsCCNA, CCNP, Cisco certifications
Work EnvironmentTelecom sites, fieldwork, planning phasesOffice, data centers, network setup and maintenance
Industry UsageTelecom service providers, infrastructure projectsIT companies, telecom, enterprise networks

While both roles involve network infrastructure, a Scoping Engineer Telecom primarily focuses on planning and defining telecom project requirements, whereas a Network Engineer handles the implementation, configuration, and maintenance of network systems. Understanding these differences helps in choosing the right career path or job search focus.

What are the key skills and qualifications needed to thrive as a Scoping Engineer in Telecom, and why are they important?

To thrive as a Scoping Engineer in Telecom, you need expertise in telecom network architecture, site surveys, and project estimation, usually supported by a degree in engineering or telecommunications. Familiarity with tools like AutoCAD, GIS mapping software, and telecom design platforms, as well as relevant certifications such as CCNA or RCDD, is typically required. Strong analytical thinking, attention to detail, and effective communication are vital soft skills for collaborating with cross-functional teams and stakeholders. These skills ensure accurate project planning, optimized network designs, and successful implementation within budget and timelines.

What is a Scoping Engineer in Telecom?

A Scoping Engineer in Telecom is responsible for assessing, planning, and defining the technical requirements and scope of telecommunications projects. They evaluate sites, analyze customer needs, and determine the necessary resources and equipment for project implementation. Their work ensures that telecom infrastructure projects are accurately scoped, cost-effective, and meet both client and regulatory standards. Scoping Engineers collaborate with project managers, design teams, and field engineers to deliver efficient and reliable telecom solutions.
What are popular job titles related to Scoping Engineer Telecom jobs in California? For Scoping Engineer Telecom jobs in California, the most frequently searched job titles are:
What job categories do people searching Scoping Engineer Telecom jobs in California look for? The top searched job categories for Scoping Engineer Telecom jobs in California are:
What cities in California are hiring for Scoping Engineer Telecom jobs? Cities in California with the most Scoping Engineer Telecom job openings:

Staff Avionics Systems Engineer

Reaxiomatic

San Diego, CA โ€ข On-site

Full-time

Posted 17 days ago


Job description

Role Overview

Reax is hiring a Staff Avionics Systems Engineer to own the engineering of complete avionics systems from architecture through integration and test. This role exists to turn program intent into reliable, low-cost, flight-relevant hardware systems on extremely short timelines, where schedule, cost, reliability, regulatory path, and technical performance must be traded together rather than optimized in isolation.

The work will require pulling together COTS and custom components across RF, compute, data handling, sensing, power, wiring, and command-and-control interfaces; integrating those components into a larger aircraft or mission system; and producing architectures that are simple, inspectable, maintainable, and credible to internal engineering teams and external stakeholders.

Required Qualifications

  • Demonstrated rapid delivery of low-cost, reliable avionics hardware systems in aerospace, defense, automotive, industrial, robotics, or another hardware-intensive environment where systems had to work outside a lab.
  • Deep practical understanding of one or more avionics-relevant subsystems, such as command and data handling, RF communications, LOS/BLOS data links, embedded compute, power management, sensing, wire harnessing, or aircraft electrical integration.
  • Ability to reason from first principles about system safety, reliability, latency, data integrity, RF performance, power behavior, and operational constraints rather than relying only on inherited requirements or standard approaches.
  • Experience making technical trades across cost, schedule, reliability, maintainability, regulatory burden, and performance.
  • Ability to work across disciplines without waiting for every interface, requirement, or organizational boundary to be fully defined.

Preferred Qualifications

  • Demonstrated delivery of a simple, reliable, full-stack avionics hardware system integrating aerospace, industrial, automotive, telecom, or embedded hardware depending on the use case.

Reporting Structure and Scope

This role reports to the Founder and CEO and is based onsite in San Diego.

The engineer serves as the responsible engineer for the avionics subsystem. Responsibilities include defining the system, making trade decisions, coordinating with adjacent engineering functions, managing subsystem budget and schedule, and ensuring the delivered system meets program intent with confidence, polish, and maintainability. he role does not initially include direct reports but requires coordination with other engineers across the vehicle as well as management of vendors and subcontractors.

The position combines subsystem technical ownership with programmatic responsibility. The engineer is expected to develop the subsystem in a scrappy and iterative manner while maintaining the level of technical clarity, analytical rigor, and professionalism required to support internal decision-making and external customer confidence.