Senior Oracle Techno
Pubblicato il 21-08-2026 - Albelissa S. R. L. in Italia
Senior Oracle Techno-Functional Consultant (Project-Based)Albelissa was founded in 2005 with the aim of providing engineering solutions, primarily focusing on product development and prototypes. Over the years, Albelissa has broadened its array of services and expertise, expanding IT & Digital solutions to meet evolving customer needs. We aim to enhance organizational flexibility, internal competencies, and efficiencies in human resource management and distribution.
Albelissa is an international consulting firm offering high-value services in engineering, IT, and business process outsourcing.
We are seeking an experienced Senior Oracle Techno-Functional Consultant to join our team in Turin for a 6-month engagement, potentially extendable to 1 year. This role requires at least 8 years of experience and is for a project in the manufacturing sector in the transportation industry.
The candidate will focus on stabilizing our current Oracle environment through expert training, in-depth root cause analysis (RCA),
and the rapid implementation of effective workarounds to support our daily operations.
Project Context
The consultant will bridge the gap between existing global processes and local operational requirements. You will report on the severity of current system bottlenecks—whether they relate to order processing, document/drawing management, or data inconsistencies—to prioritize remediation efforts.
RequirementsRequirements & Technical Environment
- Oracle Expertise: Strong background in Oracle EBS/ERP (specific version to be validated).
- PLM Integration: Hands-on experience with integrated PLM systems.
- Implementation Knowledge: Proven ability to navigate environments ranging from "vanilla" implementations to highly customized solutions.
- Problem-Solving: Demonstrated capability in troubleshooting critical business flows (Order Management, Procurement/Invoicing, Data Migration alignment/integrity).
- Support Experience: Familiarity with L1/L2 support structures