Kafka Architect & Event-Driven Platform Lead

Kafka Architect & Event-Driven Platform Lead

Full-Time 88380 - 108020 $ / year (est.) On-site
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At a Glance

  • Tasks: Design and operate Kafka in large-scale distributed environments while leading event-driven architecture.
  • Company: Join Tata Consultancy Services, a leader in tech innovation and collaboration.
  • Benefits: Attractive salary, performance incentives, and comprehensive employee benefits.
  • Why this job: Shape the future of event-driven platforms and enhance your skills in real-time streaming.
  • Qualifications: Strong experience in real-time streaming applications and security protocols.

The predicted salary is between 88380 - 108020 $ per year.

Tata Consultancy Services is seeking a skilled individual to design and operate Kafka within large-scale distributed environments.

Responsibilities include leading event-driven architecture implementations and ensuring security standards are enforced.

The ideal candidate will possess strong experience in real-time streaming applications and security protocols.

We offer an attractive compensation package that aligns with the Australian market, along with performance incentives and comprehensive employee benefits.

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Kafka Architect & Event-Driven Platform Lead employer: Tata Consultancy Services

Tata Consultancy Services (TCS) is an exceptional employer that prioritises sustainable development and innovation, making it a great place for ISAM Developers in Sydney. With a strong commitment to employee growth through continuous learning, competitive compensation, and a collaborative culture, TCS empowers its workforce to make a meaningful impact both locally and globally. Join a diverse team where your contributions are valued, and be part of a mission-driven organisation dedicated to crafting a greener future through technology.

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Contact Details:

Tata Consultancy Services Recruitment Team

We think you need these skills to ace Kafka Architect & Event-Driven Platform Lead

Kafka
Event-Driven Architecture
Real-Time Streaming Applications
Security Protocols
Distributed Systems
System Design
Operational Management