SAP BTP CAP (Cloud Application Programming)

Role: SAP BTP CAP (Cloud Application Programming)
Location: Boots UK, D90 Thane Road, Beeston, Nottingham, UK (Hybrid- 3 days in a week)
Rolling Extendable Contract (Inside IR35)

Role description: (Please include a brief outline of the impact this role will have, including overview of customer industry and projects, access to cutting-edge technology etc.) Will be part of the Application Maintenance and Support (BAU) team reporting to Onshore SDM working predominantly on SAP BTP MDM area

Key responsibilities:
This role will be focused on supporting the S/4 Transformation Program - Post go live issues and Defects resolution in SAP BTP-MDM area
Provide timely resolutions on the SAP MDM incident raised by the business team
Build MDM repository Working alongside a diverse team of Business, IT and other process experts
Responsible for Key activities - include driving design decisions on new changes, and responding to test defects, preparing and supporting document
Prepare the Root Cause Analysis (RCA)
Support the offshore team and enable them with required knowledge transition and training on the BTP MDM.

Key skills/knowledge/experience:

Knowledge in SAP Cloud Integration BTP Master Data Management, API Management, and Data Integration technologies.
Knowledge in Retail business processes, especially around promotions and deals.
Experience with Master Data Management (MDM) Solutions, including data modelling, data governance, and data quality.
Experience in Data Integration technologies including APIs,ETL and messaging.
Strong written and verbal communication, presentation, and technical writing skills, coupled with a strong interest in further developing and integrating enterprise domain knowledge with technology skills
Should have very good knowledge in SAP S4 HANA with latest technology and functionality.
Expertise and knowledge from a background in end-to-end master data management
Exposure to integrate MDM solutions with various SAP and Non-SAP systems, ensuring seamless data exchange and synchronization.