Microservices & Event-Driven System Design (Kafka, Node.js) by Sajeer Bin saleemMicroservices & Event-Driven System Design (Kafka, Node.js) by Sajeer Bin saleem
Microservices & Event-Driven System Design (Kafka, Node.js)Sajeer Bin saleem
I design and build scalable, event-driven systems using microservices architecture for high-performance and real-time applications.
With 9+ years of experience, I’ve developed distributed systems across healthcare, IoT, and enterprise platforms, handling complex workflows and high-throughput data processing.
I specialize in breaking down monolithic systems into scalable microservices and implementing event-driven architectures using Kafka and modern cloud-native patterns.
Whether you're starting from scratch or modernizing an existing system, I can help you build a robust and future-proof architecture.
What I can help with:
• Microservices architecture design & implementation
• Kafka-based event streaming systems
• System decomposition (monolith → microservices)
• Real-time data processing pipelines
• Scalable API and backend services
• System reliability, fault tolerance & performance optimization
Microservices & Event-Driven System Design (Kafka, Node.js)Sajeer Bin saleem
Starting at$300 /hr
Tags
Kafka
Node.js
Event-driven architecture
micro service
I design and build scalable, event-driven systems using microservices architecture for high-performance and real-time applications.
With 9+ years of experience, I’ve developed distributed systems across healthcare, IoT, and enterprise platforms, handling complex workflows and high-throughput data processing.
I specialize in breaking down monolithic systems into scalable microservices and implementing event-driven architectures using Kafka and modern cloud-native patterns.
Whether you're starting from scratch or modernizing an existing system, I can help you build a robust and future-proof architecture.
What I can help with:
• Microservices architecture design & implementation
• Kafka-based event streaming systems
• System decomposition (monolith → microservices)
• Real-time data processing pipelines
• Scalable API and backend services
• System reliability, fault tolerance & performance optimization