Display Software Engineer

Markham, ON
On-site
Posted Oct 29, 2026
1 position

$55–$60 / hour

Opens LinkedIn

Employment type: Contract
Experience level: Mid-level · 3+ years
Minimum education: Bachelor’s degree
Posting language: English
Working hours: 40 hours per week
Seniority: Mid-Senior level
Application method: Apply on LinkedIn (LinkedIn sign-in required)

Job summary

Design, develop, test, and integrate display drivers and embedded software for consumer and automotive devices, troubleshooting issues across operating systems and microcontrollers. Optimize performance, power efficiency, and reliability while collaborating with hardware and software teams, integrating third-party services and IoT protocols, and contributing to code reviews and documentation.

Job details

Job Summary: Develop efficient display drivers and embedded software for next-generation consumer devices, including phones, laptops, wearables, and automotive systems. Responsibilities: Design, develop, test, and integrate display drivers and embedded software. Troubleshoot complex issues across Android, Windows, Linux, Zephyr, and microcontrollers. Optimize performance, power efficiency, and reliability. Collaborate with hardware/software teams and external partners. Participate in code reviews, documentation, and process improvements. Integrate third-party services and IoT protocols. Minimum Qualifications: Bachelor’s/Master’s in Computer Science, Computer Engineering, Electrical Engineering, or a related field. 3+ years of experience in embedded/software development using C/C++ and/or Rust. Strong analytical, debugging, and problem-solving skills. Experience with Git, operating system concepts, and debugging tools. Strong communication and teamwork skills. Preferred Qualifications: Familiarity with display frameworks (DirectX, DRM), graphics APIs, ARM/RISC-V, and device drivers. Experience with oscilloscopes, logic analyzers, Raspberry Pi, Arduino, or real-time embedded systems. Knowledge of IoT, security, and cloud/edge software. The Company offers a total rewards package in accordance with all applicable federal, provincial, and local laws and requirements. Benefit eligibility and offerings vary based on role, employment status, and work location. For contractor positions, benefits are limited to those entitlements and protections required by applicable law, which may include (as applicable) vacation pay, public holidays, leaves of absence, and other legally mandated benefits or payments. AI Disclosure: We may use AI-enabled and/or automated tools to support parts of our recruitment process, including application screening, interview scheduling, and candidate communications. These tools are used to enhance consistency and efficiency. All hiring decisions involve human review and are not based solely on automated processing. About Us: Collabera is a leading Digital Solutions company providing software engineering solutions to the world’s most tech-forward organizations. With more than 25 years of experience, we have hired over 17000 employees across 60+ offices globally and currently place 10000+ professionals annually to support critical IT engagements at more than 500 client sites, 80% being the Fortune 500. {and 59% of the Fortune 50 (could use either stat)} With Collabera, you • Will get to work on numerous challenging and exciting projects, including UI/UX transformation, Blockchain, AI/Data Science, Cloud migrations, Cyber-Security and Engineering. • At Collabera you have 80% chances of project extension or redeployment to other clients • Will have endless opportunities to learn new technologies through our inhouse Training arm – Cognixia.

What you’ll do

Requirements

A bachelor's or master's degree in computer science, computer engineering, electrical engineering, or a related field is required, along with at least three years of embedded or software development experience using C/C++ and/or Rust. Candidates should have strong analytical, debugging, and communication skills, and experience with Git, operating system concepts, and debugging tools; display frameworks, graphics APIs, processor architectures, device drivers, and embedded hardware tools are preferred.