Lead Integration Engineer, Microsoft Ecosystem (india)
Code and Theory
Bengaluru, India
On-site
7+ years professional engineering experience
Python and fastapi proficiency
Microsoft entra id implementation
Code and Theory is seeking a Lead Integration Engineer to architect and manage data integrations within the Microsoft ecosystem, focusing on enterprise data landscapes. The ideal candidate will have extensive experience in system integrations, authentication protocols, and proficiency in Python/FastAPI, contributing to the development of Retrieval-Augmented Generation services
Job Summary
This role is responsible for architecting the deep tissue connectivity required for RAG services to securely traverse complex enterprise data landscapes.
The candidate will own the Microsoft identity lifecycle, including the implementation of Azure Entra ID protocols and Service Principals.
Code and Theory is a digital-first creative agency with nearly 2,000 employees working across global teams on Fortune 100 client problems.
Matching Summary
Match Score: 85
Code and Theory is seeking a Lead Integration Engineer to architect and manage data integrations within the Microsoft ecosystem, focusing on enterprise data landscapes. The ideal candidate will have extensive experience in system integrations, authentication protocols, and proficiency in Python/FastAPI, contributing to the development of Retrieval-Augmented Generation services.
Skills & Requirements
Must-have
7+ years professional engineering experience
Python and FastAPI proficiency
Microsoft Entra ID implementation
Azure Active Directory protocols
High-volume system integration design
OAuth2 OIDC SAML authentication management
Nice-to-have
.NET C# SDK deconstruction skills
Enterprise-scale resilience expertise
Model Context Protocol server development
Complex conditional access scope knowledge
Key Requirements
7+ years of professional engineering experience
Expert-level proficiency in Python/FastAPI
Extensive experience with multi-layered authentication
Proven ability to map internal and external data flows