Senior Full-Stack Cloud Engineer—AWS & Azure (Hybrid)

Dover Corporation; Downers Grove (IL); Hybrid; USD 110,000 - 160,000; Full time

Job summary

Dover Fueling Solutions (DFS) is seeking a skilled Full Stack AWS & Azure Developer in Downers Grove, IL to design, develop, and maintain cloud-based applications. You’ll work with C# backend services, Angular frontend, and integrate hybrid cloud solutions across AWS and Azure.

Hybrid work arrangement available with 4 days in-office and 1 day remote per week; strong emphasis on secure, scalable software and continuous product upgrades within a global context.

Qualifications

• Bachelor’s degree in CS/IT or related field; Master’s is a plus.
• Minimum 3 years in full stack development and cloud engineering.
• Proficient in Angular, TypeScript, HTML5, CSS3; C#/.NET Core.

Responsibilities

• Architect full stack applications across AWS and Azure.
• Write secure backend services in C#; build Angular UIs.
• Create APIs and scripts to connect cloud and on-prem.
• Collaborate in technical meetings to translate client needs.
• Optimize performance, security, and cloud efficiency.
• Document system designs, APIs, and deployment steps.
• Perform unit testing and code reviews.
• Provide Level 2/3 support for issues.
• Stay updated on AWS, Azure, and Angular trends.

Skills

Angular

TypeScript

HTML5

CSS3

C#/.NET Core

SQL & NoSQL

AWS

Azure

DevOps / CI-CD

Git

Education

Bachelor’s degree in Computer Science / Information Technology / related field

Tools

AWS Code Pipeline

Azure DevOps

PostgreSQL

SQL Server

Job description

Dover Fueling Solutions (DFS) is seeking a skilled Full Stack AWS & Azure Developer in Downers Grove, IL to design, develop, and maintain cloud-based applications. You’ll work with C# backend services, Angular frontend, and integrate hybrid cloud solutions across AWS and Azure.

Hybrid work arrangement available with 4 days in-office and 1 day remote per week; strong emphasis on secure, scalable software and continuous product upgrades within a global context.