Dotnet Developer CV Example for .NET Roles

Read the advert like a technical brief. Look for repeated phrases, but also look for the problem the employer is trying to solve. A role asking for ASP.NET Core, Azure hosting, automated testing, and regular releases may need someone comfortable with modern service delivery. A role asking for .NET Framework, MVC, SQL Server, and migration work may need someone patient with existing systems and careful with change.

Build a master CV with all your evidence, then make an application version for each role. Move the most relevant material up the page. If the job description cares about SQL Server performance and internal tools, do not hide that behind a broad paragraph about general software development. If the role cares about Azure and release confidence, make that visible through work history and projects.

This step also helps you decide what to leave out. Basic HTML, old university projects, or minor admin tools may belong on a junior CV, but they can crowd out stronger evidence for a mid-level or senior role. Keep only what helps the reader believe you can do this specific job.

Your profile should be three to five lines. It should name your level, your main stack, the type of systems you work on, and the value you bring. Avoid vague statements such as “motivated developer” or “excellent team player” unless the rest of the sentence proves them with real context.

A mid-level profile might read: “.NET developer with five years of experience building C#, ASP.NET Core, SQL Server, and Azure-backed business systems. Strong background in service delivery, integrations, testing, and release support, with recent work improving reporting performance and reducing repeated support issues.” This gives the reader a quick map of your experience.

A junior profile should be more measured. You might mention C# projects, SQL practice, team placement work, version control, test writing, and willingness to learn existing codebases. A senior profile should add ownership, code review, mentoring, design judgement, and production reliability, but it should still sound hands-on.

The work experience section is where many .NET CVs become too thin. “Developed software”, “fixed bugs”, and “worked with SQL Server” do not show enough scope. A stronger bullet explains the system, the action, and the result. It tells the reader whether you improved a workflow, reduced manual effort, made releases safer, or made support work easier.

Start each role with the employer, title, and dates. Add context if the employer name is not obvious. A line about working on finance reporting, ecommerce operations, public-sector supplier tools, logistics workflows, or internal customer platforms can help the reader understand your numbers and your technical choices.

Then write bullets around decisions and outcomes. For example, you might say you rebuilt slow reporting screens, improved service validation, simplified a data import, documented release checks, or added tests around a fragile workflow. Each bullet should make the work easier to picture. If you can use honest figures, include them. If you cannot, describe the practical change without inventing numbers.

Developer CVs do not need dramatic language. Engineering managers often trust clear, measured evidence more than claims about transforming a platform. Use verbs such as built, improved, refactored, documented, tested, released, supported, investigated, simplified, reviewed, and migrated.

A useful bullet structure is action, system, method, outcome. For example: “Refactored customer account services in ASP.NET Core, added clearer validation and tests, and reduced repeated support handovers during monthly releases.” The reader can see what changed and why it mattered.

If you contributed rather than led, say so. “Contributed database changes and test coverage to a billing workflow migration” is still useful. It is better than overstating ownership and then struggling to explain the whole project at interview. Good CV evidence is specific enough to be impressive and honest enough to be defended.

A skills section helps both recruiters and application systems, but it should not become an inventory of every tool you have ever opened. Group your skills so the important ones are easy to find. This is especially useful for .NET candidates because the stack can become long very quickly.

You might use groups such as “.NET and backend”, “Data and integrations”, “Cloud and delivery”, “Testing”, and “Working strengths”. Under .NET and backend, include C#, .NET, ASP.NET Core, Web API, MVC, Razor Pages, Blazor where relevant, LINQ, dependency injection, and asynchronous programming. Under data, include SQL Server, Entity Framework Core, Dapper, query tuning, migrations, and reporting workflows.

For cloud and delivery, include Azure App Service, Azure Functions, Azure Storage, Docker, Azure DevOps, CI/CD, and deployment checks only where you have real experience. For testing, include xUnit, NUnit, integration tests, mocking, and release confidence. Keep softer strengths practical: debugging, documentation, stakeholder communication, code review, mentoring, prioritisation, and supportability.

Projects are useful when they show something your job title does not fully explain. They can show modernisation, integration, performance, testing, cloud hosting, internal tooling, or a portfolio application. A project section is especially helpful for junior developers, career changers, and candidates whose strongest .NET work sits outside their most recent job title.

Keep each project short. Give it a name, one line of context, and two or three bullets. Explain the problem, the technical choice, and the outcome. A project about moving a legacy workflow into ASP.NET Core services is stronger when it explains why the work was needed and what became easier afterwards.

Do not share confidential details. You can describe a customer onboarding tool, finance reporting workflow, or internal scheduling system without naming the client or exposing private system information. If you include a portfolio link, make sure the code, documentation, and readme support the impression you want to create.

Education and certifications can strengthen a Dotnet Developer CV, but they should not push stronger work evidence down the page. A software engineering degree, computer science degree, apprenticeship, bootcamp, or conversion course can help explain your route into development. Keep the detail relevant: backend development, databases, enterprise systems, testing, or software design.

Microsoft or Azure certifications can help when the job advert asks for cloud knowledge, but check the current certificate title and renewal status before listing it. A current, relevant credential is useful. An old or unclear credential can create questions. If you have practical Azure experience but no certificate, show the work instead of forcing a training section to do the job.

Junior candidates can give education more space, especially if projects and placements are the main evidence. Mid-level and senior candidates should usually keep education brief unless the qualification is unusually relevant.

Use familiar headings: contact details, profile, technical skills, experience, projects, education, certifications, and additional information where useful. Keep dates consistent. Use short bullets. Avoid heavy graphics, skill bars, unusual section names, or layouts that split content in a confusing order.

A recruiter should be able to find your location, target role, main stack, most recent employer, and strongest evidence quickly. An engineering manager should then be able to read deeper and understand what you owned. The best layout supports both readers.

Use UK spelling and avoid unnecessary personal details such as date of birth, marital status, national insurance number, or a photograph. Keep contact details professional. Add LinkedIn, a portfolio, or a code sample only when it supports the application and is safe for a recruiter to open.

A Junior Dotnet Developer CV should show foundations and learning speed. Include education, placements, projects, version control, SQL practice, tests, debugging, and team contribution. Do not pretend to own architecture if your strongest evidence is implementation, learning, and reliable follow-through.

A mid-level CV should show ownership. Focus on features, services, integrations, database work, releases, support improvements, and collaboration with analysts, product owners, testers, or operations teams. The reader should see that you can take work from requirement through release and support.

A Senior Dotnet Developer CV should show judgement. Include design input, technical debt reduction, mentoring, code review, standards, release safety, performance improvement, and communication with non-technical stakeholders. Seniority should add clarity and responsibility without removing hands-on evidence.

Use these examples as models only. Replace the stack, context, and results with your own evidence.

Junior profile example: Junior .NET developer with hands-on experience building C# and ASP.NET Core projects, using SQL Server, version control, and unit testing, and contributing to small team-based releases. Comfortable debugging issues, learning existing codebases, and documenting changes clearly for review.

Mid-level profile example: .NET developer with five years of experience building ASP.NET Core services, SQL Server-backed business systems, and Azure-hosted applications for customer and operations teams. Strong background in integration work, Entity Framework Core, testing, and release support, with recent improvements to service reliability and reporting workflows.

Senior profile example: Senior .NET developer with experience leading C#, ASP.NET Core, SQL Server, and Azure modernisation work across business-critical systems. Comfortable reviewing design choices, mentoring developers, improving release practices, reducing support issues, and translating technical decisions for product and operations stakeholders.

Use the structure of these bullets, not the exact claims.

• Built ASP.NET Core services for customer account updates, adding clearer validation and notes that reduced repeated support handovers.
• Reworked slow SQL Server queries and Entity Framework Core data access patterns, improving report performance for operations users.
• Added xUnit tests and release checks to high-risk workflows, giving the team better confidence before production changes.
• Improved Azure App Service configuration and deployment notes so support issues were easier to investigate.
• Helped move legacy .NET Framework components into ASP.NET Core services, reducing fragile release steps and improving maintainability.
• Simplified partner data exchange logic, making failed records easier to identify and correct.
• Worked with product owners to clarify edge cases before development, reducing rework after user acceptance testing.
• Documented recurring support fixes so first-line teams could resolve known issues without escalating every request.