GCC Capability Reinvention Lead (AI & Tech Strategy)

Accenture; Bentonville (AR); On-site; USD 120,000 - 235,000; Full time

Job summary

Accenture is seeking a Global Capability Center (GCC) Reinvention Manager to shape technology strategy and system architecture for GCC design and setup. You will drive end-to-end reinvention with cross-functional teams across HQ and client opportunities, focusing on tech-enabled process reengineering and data & AI enablement for new or existing capabilities centers.

Responsibilities include originating engagements, assessing current tech landscapes, defining future-state architectures, and

Qualifications

• 5+ years experience in GCC strategy, organization design, and large-scale transformation.
• 2+ years designing and scaling technology operating models in GCC environments.
• 1+ year using AI-enabled platforms, automation, and data insights.

Responsibilities

• Support client origination, sales, and the delivery of GCC/GBS setup engagements at headquarters, bringing deep expertise in enterprise technology, digital platforms, and system interoperability.
• Working closely with solution teams and client stakeholders, assess the current technology landscape, define future-state architectures, and recommend technology solutions that align with the target operating model and business objectives.
• Contribute to enterprise transformation programs with impact at HQ, ensuring technology decisions support broader transformation goals.
• Ability to travel up to 50%

Skills

GCC strategy

Operating models design

AI enablement

Stakeholder management

Job description

Accenture is seeking a Global Capability Center (GCC) Reinvention Manager to shape technology strategy and system architecture for GCC design and setup. You will drive end-to-end reinvention with cross-functional teams across HQ and client opportunities, focusing on tech-enabled process reengineering and data & AI enablement for new or existing capabilities centers.

Responsibilities include originating engagements, assessing current tech landscapes, defining future-state architectures, and