Real-Time Computer Vision Engineer (C++) - Hybrid Role

Shield AI; City of Melbourne; Hybrid; AUD 120,000 - 180,000; Full time

Benefits offered by this job

Salary + equity

Strong career development pathway

Collaborate with top AI minds

Job summary

A venture-backed deep-tech company is looking for a Computer Vision Engineer (C++) in Port Melbourne to develop innovative real-time perception solutions. This role involves designing algorithms and collaborating with AI experts to integrate computer vision into unmanned systems. A deep proficiency in C++ is essential, along with experience in writing custom vision algorithms and a solid understanding of image processing. The position offers a hybrid work model and aims to address real-world defense challenges using advanced vision and AI technologies.

Qualifications

• Deep proficiency in C++ and comfortable working in high-performance real-time environments.
• Strong experience writing custom computer vision algorithms beyond just library use.
• Solid understanding of computer vision, image processing, and machine learning principles.

Responsibilities

• Design and implement novel computer vision algorithms from scratch, optimized for real-time performance.
• Develop and maintain C++-based CV pipelines as part of autonomous mission systems.
• Collaborate with AI and robotics engineers to deliver reliable edge solutions.
• Support integration of deep learning models into broader CV systems.

Skills

C++

Computer vision algorithms

Image processing

Machine learning principles

Education

Master’s or PhD in Computer Science, Engineering, or a related field

Tools

OpenCV

Job description

A venture-backed deep-tech company is looking for a Computer Vision Engineer (C++) in Port Melbourne to develop innovative real-time perception solutions. This role involves designing algorithms and collaborating with AI experts to integrate computer vision into unmanned systems. A deep proficiency in C++ is essential, along with experience in writing custom vision algorithms and a solid understanding of image processing. The position offers a hybrid work model and aims to address real-world defense challenges using advanced vision and AI technologies.