Senior .NET API Architect — Cloud-Native & Microservices

Falcon Smart IT (FalconSmartIT); Carmel (IN); Hybride; USD 150 000 - 210 000; Plein temps

Résumé du poste

Falcon Smart IT (FalconSmartIT) seeks a proactive .NET API Architect with 15+ years in IT and 8–10 years in API architecture to drive end-to-end cloud-native solutions. The role is hybrid or on-site, bridging business needs with technical execution and collaborating with external partners to build scalable systems.

You will design RESTful services, contribute to architecture decisions, and produce comprehensive design documents, while solving complex issues autonomously in a fast-paced

Qualifications

• 15+ years in IT.
• 8–10 years in API architecture.

Responsabilités

• Architecture & Solutioning: Translate complex business requirements into scalable, high-performing technical solutions.
• API & Microservices Design: Design and develop robust RESTful services and microservices architectures.
• System Documentation: Author High-Level Design (HLD) and Low-Level Design (LLD) documents.
• Technical Diagramming: Map architecture and workflows using Lucidchart or Draw.io.
• Stakeholder Management: Partner with external stakeholders to integrate third-party systems.
• Independent Problem Solving: Troubleshoot and resolve complex technical issues autonomously.

Connaissances

API architecture

Cloud solutioning

Independent problem solving

Stakeholder management

Outils

Entity Framework

AWS Lambda

SQS

EventBridge

AWS Glue

Amazon S3

CloudWatch

Parameter Store

Harness

Description du poste

Falcon Smart IT (FalconSmartIT) seeks a proactive .NET API Architect with 15+ years in IT and 8–10 years in API architecture to drive end-to-end cloud-native solutions. The role is hybrid or on-site, bridging business needs with technical execution and collaborating with external partners to build scalable systems.

You will design RESTful services, contribute to architecture decisions, and produce comprehensive design documents, while solving complex issues autonomously in a fast-paced