Not specified (assumed to be hybrid or remote based on industry standards).
4 years global mobility experience
Ph visa and immigration case handling
High-volume workload management
Accenture Australia is seeking a Corporate Mobility Senior Analyst to provide comprehensive immigration support for inbound travelers, managing visa assessments and documentation while ensuring compliance with immigration requirements. The candidate will serve as the primary point of contact for travelers, coordinating with internal teams and external vendors to facilitate a seamless mobility experience
Job Summary
This role delivers end-to-end immigration support for inbound travelers, ensuring a seamless and compliant mobility experience from advisory through case closure.
The incumbent acts as the primary point of contact for travelers, managing visa assessments, processing, documentation, and vendor coordination while proactively resolving issues.
Candidates must possess at least 4 years of experience as an individual contributor in global mobility, specifically handling PH visa and immigration cases.
Matching Summary
Match Score: 85
Accenture Australia is seeking a Corporate Mobility Senior Analyst to provide comprehensive immigration support for inbound travelers, managing visa assessments and documentation while ensuring compliance with immigration requirements. The candidate will serve as the primary point of contact for travelers, coordinating with internal teams and external vendors to facilitate a seamless mobility experience.
Skills & Requirements
Must-have
4 years global mobility experience
PH visa and immigration case handling
High-volume workload management
SLA and issue resolution skills
Stakeholder management proficiency
Nice-to-have
ServiceNow ticketing tool exposure
Reporting and analytics background
Project management experience
Foreign services support experience
Key Requirements
Minimum bachelor's degree or relevant business experience
At least 4 years' experience in global mobility
Proven ability to manage high-volume workloads effectively