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CSG is hiring a Software Development Engineer I to join its Public Cloud Architecture team. The team is responsible for developing standards, engineering patterns, and supporting public cloud operations across the organization. This role offers the opportunity to work with modern cloud technologies, scalable systems, and a collaborative engineering environment.
Develop and implement well-scoped features and bug fixes in existing .NET APIs/services and React front-end applications while following coding standards, engineering patterns, and security guidelines. Write, debug, and maintain clean and testable C# and JavaScript/TypeScript code along with unit and integration tests using frameworks such as xUnit, NUnit, Jest, and React Testing Library.
Collaborate with senior engineers and product teams to understand requirements, break down tasks, and estimate work effectively. Participate in code reviews as both reviewer and contributor to improve code quality, performance, and security. Maintain technical documentation including API contracts, deployment procedures, configurations, and runbooks.
Support monitoring and maintenance of applications in cloud-based test and production environments, including debugging logs and handling simple production fixes. Follow Agile development practices, Git workflows, pull request processes, and CI/CD pipeline standards.
Manage and maintain the company website using WordPress, including content updates, page design improvements, and SEO best practices.
Bachelor’s degree in Computer Science, Software Engineering, or a related field, or equivalent practical experience. 1–3 years of professional software development experience including internships, co-ops, or major project work.
Hands-on experience with C# and .NET technologies such as ASP.NET Core and Web API. Experience with at least one front-end framework, preferably React. Strong understanding of web fundamentals including HTTP, REST APIs, JSON, and browser basics.
Knowledge of relational databases such as PostgreSQL and SQL Server with experience in querying and ORM tools like Entity Framework. Familiarity with Git and collaborative workflows including branching and pull requests.
Understanding of data structures, algorithms, and object-oriented programming principles. Exposure to public cloud platforms, preferably AWS services like Elastic Beanstalk, ECS/EKS, Lambda, and RDS, or Azure services such as App Service, Azure SQL, and Azure Functions.
Experience using cloud-based CI/CD tools such as GitHub Actions, Azure DevOps, AWS CodeBuild, or CodePipeline.
Strong learning mindset with eagerness to improve expertise in C#, .NET, React, and cloud-native technologies. Good debugging and problem-solving skills across both front-end and back-end systems. Effective communication and collaboration abilities while working with engineering, QA, and product teams.
Ability to manage multiple tasks, meet deadlines, and proactively communicate blockers or risks.
Flexible work options including remote, hybrid, and in-office work. Employee belonging groups and inclusive work culture. Healthcare benefits including medical, dental, and vision coverage. Paid vacation, volunteer leave, and holiday time off along with additional employee benefits.
CSG provides accommodations for persons with disabilities throughout the hiring process and employment lifecycle.
CSG is hiring for Software Development Engineer I in Remote. This page goes beyond the raw listing so students can understand what the role usually expects, how to prepare for screening, and how to apply more thoughtfully instead of forwarding a resume blindly.
CSG appears on Campus to Career because the opportunity is relevant for students and early-career candidates who want a clearer view of real hiring demand. When evaluating any employer, students should look beyond the brand name and focus on work quality, reporting structure, product maturity, mentorship, and the kind of ownership the team is likely to trust a new hire with.
A fresher or internship role at CSG can be valuable when the candidate understands what the business is solving and how the team contributes to that larger outcome. Even before the interview, students should try to learn the company domain, customer type, pace of execution, and whether the role sits close to product, platform, support, data, or delivery.
Software Development Engineer I is likely not just a keyword match. In real hiring, titles often compress multiple expectations into one label. This means the student should read the listing as a signal of day-to-day problem solving, team collaboration, deadline discipline, and the ability to learn new workflows quickly.
The current role is listed as Full-time in Remote, with 1-3 Years mentioned on the page. For freshers, the most useful interpretation is: what kind of output will the team expect in the first 30 to 90 days, and what proof can the candidate show that they are ready to deliver it?
The listing highlights skills such as C#, .NET, ASP.NET Core, Web API, React, JavaScript, TypeScript, PostgreSQL. Students should not panic if they are not equally strong in every item. Companies often list an ideal stack, but interviewers usually look for transferable understanding, clarity of fundamentals, and a believable proof-of-work story.
A better preparation strategy is to sort skills into three buckets: already strong, interview-ready but shallow, and currently weak. This prevents overconfidence and also stops students from wasting time revising topics that are unlikely to matter during the first screening round.
Students should treat eligibility as more than just degree, batch, or marks. Real readiness also includes whether the resume supports the role clearly, whether your GitHub or portfolio can survive a quick recruiter scan, and whether your self-introduction makes logical sense for Software Development Engineer I.
If the listing mentions a batch requirement, relocation, internship-to-full-time path, or communication expectations, make sure those details are reflected consistently in your resume, application form, and outreach message. Consistency is a major trust signal in early-stage screening.
The listing does not clearly publish compensation, which is common for fresher and early-career openings. Candidates should use peer benchmarks, city cost, and recruiter conversations to understand likely salary range before final acceptance.
For freshers, salary should be interpreted together with learning quality, tech exposure, mentorship, workload, location, and conversion or growth path. A slightly smaller offer with stronger ownership and cleaner learning loops may outperform a bigger offer that provides weak role fit or no meaningful skill depth.
Candidates applying for Software Development Engineer I should prepare in layers. The first layer is role fit: why this company, why this role, and what proof supports your application. The second layer is technical or functional depth: the tools, concepts, or workflows most likely to appear in screening. The third layer is behavior and communication: clear explanations, honest ownership, and calm thinking when details are incomplete.
A strong practice method is to prepare a short project walk-through, a role-fit introduction, one debugging or challenge story, and a realistic answer to what you still want to learn. That combination usually performs better than memorizing long theoretical scripts.
The best candidates do not just click apply. They adapt. Before submitting, update the top section of your resume, reorder projects if needed, and make sure your strongest evidence matches the narrative for Software Development Engineer I. If the company uses an external portal, take form fields seriously because ATS filters often read those signals separately from the PDF.
If the route is recruiter email or a direct apply link, use that path professionally. Submit complete information, avoid spammy follow-up, and if you choose to reach out on LinkedIn, mention the role, one or two fit points, and a respectful ask. The goal is to make your application easier to trust, not louder.