Lead Data Modeler
EPAM Systems
This role will ensure best practices, standards, and strategies are implemented across our data models while collaborating with cross-functional teams to meet organizational goals.
Responsibilities
- Establish, maintain, and evolve information architecture best practices, guidelines, and principles in alignment with the Client's Data Strategy team
- Drive data modeling initiatives and support the architecture, design, and development of data systems
- Develop and maintain conceptual, logical, and physical data models using established data modeling guidelines
- Ensure data models align with relevant industry standards and adhere to best practices
- Capture and maintain metadata within the enterprise data catalog solution
- Evaluate data models in commercially available applications prior to procurement
- Educate and mentor team members, as well as the broader data community, on data strategy directives, principles, and standards
- Ensure adherence to security and compliance policies within the scope of Enterprise Information Architecture
- Collaborate with business partners, IT teams, architecture teams, and contractors to design data models that meet requirements
- Define and promote compliance with best practices, conducting data design reviews throughout the development lifecycle
- University degree equivalent to a BS/MS in Computer or Life Sciences
- 7+ years of experience, including a focus on Business Analysis involving business process reengineering, user requirements gathering, workshop facilitation, and change management
- At least 1 year of relevant leadership experience
- Practical experience with Data Analytics, SQL, and DWBI tools
- Strong expertise in Data Modeling, including the ability to create Erwin diagrams
- Proficiency in communication, with excellent verbal and written English skills (B2 level)
- 2+ years of experience in the Pharmaceutical Industry, preferably in the commercial IT function
- Background in Agile methodologies and team coordination efforts
- Familiarity with Collibra