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Vulkan Programmer Jobs in Illinois (NOW HIRING)

Their engineering culture emphasizes technical excellence, rigorous verification processes, and ... Vulkan experience is a plus. * Upper-Intermediate English or higher. Perks & Benefits * Competitive ...

Vulkan Programmer information

What is a Vulkan programmer?

Vulkan Programmers are software developers who specialize in using the Vulkan graphics and compute API to create high-performance graphics applications, such as video games, simulations, and visualization tools. They are skilled in low-level programming, optimizing rendering pipelines, and managing resources for efficient GPU usage. Vulkan Programmers often work closely with game engines or custom graphics frameworks to achieve advanced visual effects and real-time performance. Their expertise is crucial for applications that require cross-platform compatibility and maximum control over graphics hardware.

What are some common challenges Vulkan programmers face when integrating Vulkan into existing projects?

Vulkan Programmers often encounter challenges such as managing the explicit nature of Vulkan’s API, which requires detailed handling of memory management and synchronization. Integrating Vulkan into legacy codebases can reveal compatibility issues and a steep learning curve, particularly when transitioning from more abstract graphics APIs like OpenGL or DirectX. Additionally, debugging and performance optimization can be more complex due to Vulkan’s low-level access to hardware, requiring robust tooling and a deep understanding of graphics pipelines. Collaborating closely with other developers and technical artists is essential to ensure seamless integration and optimal performance.

What are the key skills and qualifications needed to thrive as a Vulkan programmer, and why are they important?

To thrive as a Vulkan Programmer, you need a solid understanding of computer graphics, C/C++ programming, and low-level GPU architecture, often supported by a degree in computer science or a related field. Familiarity with the Vulkan API, graphics debugging tools like RenderDoc, and shader languages such as GLSL or HLSL is typically required. Strong problem-solving abilities, attention to detail, and effective collaboration skills help set candidates apart in this role. These skills ensure efficient development of high-performance graphics applications and successful teamwork in demanding technical environments.

What job categories do people searching Vulkan Programmer jobs in Illinois look for?

The top searched job categories for Vulkan Programmer jobs in Illinois are:

Software Verification Engineer

Peru, IL • On-site

$90 - $130/hr

Other

Posted 9 days ago


Job description

About Talent2Win

At Talent2Win, we connect top-tier talent across LATAM with leading global companies. Our mission is to help exceptional professionals thrive in roles that challenge and inspire. We partner with innovative, people-first organizations that value collaboration, flexibility, and engineering excellence.

Our Client

A specialized software engineering company that develops safety-critical solutions for the aerospace and automotive industries. Their work focuses on ensuring the reliability, compliance, and quality of embedded software used in environments where precision and safety are essential. Their engineering culture emphasizes technical excellence, rigorous verification processes, and continuous learning.

About the Role

We're looking for an experienced Software Verification Engineer to help develop and validate software for safety-critical embedded systems used in aviation and automotive applications.

Unlike traditional QA roles, this position focuses on engineering automated verification solutions rather than manually executing test plans. You'll design test cases, author technical documentation, perform code reviews, and generate the verification evidence required to meet internationally recognized functional safety standards.

You'll collaborate with highly technical engineering teams while contributing to software that powers mission-critical systems where reliability is non-negotiable.

Location & Work Model
  • 100% remote from anywhere in Latin America.
  • Flexible work environment with distributed engineering teams.
  • Long-term opportunity with an international client.
Responsibilities
  • Develop high-level and low-level test cases for safety-critical graphics driver software.
  • Author and review High-Level Requirements (HLRs) and Low-Level Requirements (LLRs).
  • Ensure compliance with DO-178C verification processes and applicable engineering checklists.
  • Produce clear, structured technical documentation in English.
  • Perform unit testing using RTRT and proprietary C/C++ testing tools.
  • Execute automated test procedures and document verification results.
  • Participate in customer stand‑ups, technical discussions, and project reviews.
  • Conduct source code reviews following established coding standards and requirement baselines.
Requirements
  • Bachelor's degree in Computer Science, Software Engineering, Electrical Engineering, or a related field (or equivalent experience).
  • 5+ years of experience in software development.
  • Strong proficiency in C programming.
  • Experience with software verification, code reviews, and unit testing.
  • Hands‑on experience writing and executing test procedures and test scripts.
  • Familiarity with safety standards such as DO-178C and/or ISO 26262.
  • Experience with requirements and defect management tools such as CodeBeamer and Jira.
  • Proficiency with Git and Microsoft Visual Studio.
  • Strong understanding of software testing methodologies.
  • Experience with RTRT or LDRA is a plus.
  • Knowledge of OpenGL or willingness to learn; Vulkan experience is a plus.
  • Upper-Intermediate English or higher.
Perks & Benefits
  • Competitive USD-based compensation.
  • 100% remote work from anywhere in LATAM.
  • Work on software that powers safety-critical aerospace and automotive systems.
  • Join a highly specialized engineering team solving complex technical challenges.
  • Long‑term opportunity with professional growth and exposure to internationally recognized engineering standards.
  • Collaborative engineering culture focused on quality, technical excellence, and continuous improvement.
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