AI-Driven Telecom & Media Network Transformation Lead

Accenture; Houston (TX); On-site; USD 100,000 - 250,000; Full time

Job summary

Accenture is seeking a seasoned Network Transformation Consultant in Houston to lead the design, build, and operation of end-to-end network initiatives. You will drive multi-domain convergence across fiber, wireless, and cable networks while embedding OSS and AI-enabled operations to improve cost and customer outcomes.

You will engage senior client stakeholders, translate technology shifts into roadmaps, and contribute to both sales origination and delivery.

Qualifications

• Minimum of 5 years advising on network/telecom transformations.
• 3+ years in network lifecycle design, build or operate.
• Experience with fiber/wireline, wireless, or cable networks.
• Experience applying AI to network transformation.
• Knowledge of OSS as part of network modernization.

Responsibilities

• Lead network lifecycle design, build, and operations.
• Drive cross-domain convergence across fiber, wireless, and cable networks.
• Incorporate OSS considerations into transformation programs.
• Scale AI-enabled design and autonomous operations.
• Engage CTOs and network leaders, shaping roadmaps and investments.
• Support origination and delivery with offerings and pipelines.
• Develop and communicate strategic rollout and optimization plans.

Skills

Network lifecycle

OSS experience

AI in networks

Client engagement

Sales & delivery

Leadership & relationships

Strategic roadmaps

Travel up to 80%

Education

Bachelor’s degree

Tools

Power BI

Job description

Accenture is seeking a seasoned Network Transformation Consultant in Houston to lead the design, build, and operation of end-to-end network initiatives. You will drive multi-domain convergence across fiber, wireless, and cable networks while embedding OSS and AI-enabled operations to improve cost and customer outcomes.

You will engage senior client stakeholders, translate technology shifts into roadmaps, and contribute to both sales origination and delivery.