Abhishek Shukla profile photo

Abhishek Shukla

Founding Backend Engineer @ Get My SaaS

JavaSpring BootDistributed MicroservicesApache KafkaCQRSEvent Sourcing

About

I'm Abhishek Shukla, currently a Founding Backend Engineer at Get My SaaS. My career has been centered on building robust, scalable backend infrastructures, specifically within the remote-first landscape of Singapore's tech scene. I specialize in designing distributed microservices architectures and implementing complex patterns like CQRS and Event Sourcing to ensure system reliability and auditability. I am deeply passionate about building AI-powered experiences and scalable SaaS platforms that prioritize clean domain boundaries and fault-tolerant behavior. I'm currently looking to connect with remote-first teams where I can take high levels of ownership and apply my expertise in event-driven systems to solve challenging engineering problems.

Networking

What I can offer

  • Expertise in building scalable SaaS platforms
  • Implementation of production-grade microservices
  • Design of event-driven systems using Kafka

Looking for

  • Backend roles that offer ownership within remote-first teams
  • exploring mutual opportunities in the SaaS and AI sectors

Best fit for

SaaS foundersEngineering leadersRemote-first tech companies

Current Interests

Scalable SaaSAI-Powered ExperiencesSystem ReliabilityRemote-first team environments

Background

Career

Currently serving as a Founding Backend Engineer at Get My SaaS in Singapore, focusing on remote backend infrastructure.

Education

Bachelor of Technology (BTech), Madhav Institute of Technology and Science (MITS), Gwalior.

Achievements

  • Designed and developed a distributed microservices architecture at Get My SaaS
  • Implemented asynchronous inter-service communication to reduce system coupling
  • Integrated Event Sourcing and CQRS for system auditability

Opinions

  • Values roles that offer high levels of ownership
  • Advocates for clean domain boundaries and event-driven patterns to achieve system decoupling