Senior SAP BRIM Analyst - Convergent Charging (CC) - Zoox

We are looking for a skilled Sr. SAP BRIM Convergent Charging (CC) Analyst with 8+ years of experience to support dynamic pricing and billing operations in a ride-share / mobility ecosystem. The role focuses on designing and managing real-time, usage-based charging models for trips, driver incentives, commissions, and subscription offerings.

Design and configure real-time charging and rating solutions in SAP Convergent Charging for ride-share use cases, supporting high-volume, event-driven processing (trip, GPS, and usage data).

Implement complex pricing models including trip fares (base, time, distance), surge/dynamic pricing, cancellations, waiting charges, and driver commissions/platform fees.

Configure discounts, promotions, referral credits, loyalty programs, and subscription models (e.g., ride passes, premium memberships).

Integrate SAP CC with ride booking/trip systems, payment gateways/wallets, and SAP BRIM modules (CI, SOM, FI-CA) to enable seamless end-to-end O2C processes.

Monitor and optimize pricing performance, ensure accurate event rating (trip start/stop, distance/time, peak multipliers), and troubleshoot billing discrepancies and real-time charging issues.

8+ years of SAP BRIM experience with strong specialization in SAP Convergent Charging, focusing on usage-based and event-driven charging models.

Hands-on expertise in real-time rating, pricing configuration, and complex pricing logic (tiered, time-based, geo-based).

Strong understanding of mobility/ride-share pricing models, including distance/time billing, surge pricing, and commission structures.

Experience working with high-throughput transactional systems, APIs, event streaming, and real-time data integrations.

Solid knowledge of financial settlement flows, taxes, fees, and regional pricing/regulatory requirements.

Knowledge of SAP S/4HANA BRIM

Familiarity with microservices architecture and cloud platforms (e.g., SAP BTP, AWS)

Exposure to geo-based pricing and location-aware charging models