Support the development of real-time perception capabilities for Shield AI's autonomous systems.
Design, develop, and integrate advanced computer vision algorithms into high-performance C++ software pipelines.
Build custom perception capabilities from the ground up, focusing on real-time performance, reliability, and deployment in edge compute environments.
Translate research concepts into deployable software while working on bespoke algorithms.
Support the development and integration of learned perception models into real-time computer vision pipelines.
Improve model performance across varied conditions and work with datasets to enhance robustness.
Requirements
Degree in Computer Vision, Computer Science, Engineering, or related technical field.
Deep proficiency in C++, with proven experience developing software in high-performance, real-time environments.
Demonstrated experience designing and implementing custom computer vision algorithms from scratch, rather than exclusively applying existing libraries.
Solid foundational understanding of computer vision, image processing and machine learning principles.
Robust software engineering fundamentals, including data structures, algorithms, performance optimization, and version control.
Proven ability to own technical work from ambiguous requirements through algorithm design,



implementation, integration, and delivery.
Ability to collaborate effectively with multidisciplinary cross-functional teams, including AI experts, robotics engineers, and optical engineers, to deliver reliable edge solutions.
Core Competencies
Demonstrates expertise in developing and integrating advanced computer vision algorithms within high-performance C++ software pipelines, focusing on real-time performance and reliability in edge compute environments. Proven ability to translate research concepts into deployable software, while collaborating with cross-functional teams.
Highest-signal resume keywords
C++ Programming
Computer Vision Algorithm Development
Real-Time Software Development
Machine Learning Principles
Cross-Functional Collaboration
ATS Optimization Keywords
Hard Skills
Computer Vision
Image Processing
Performance Optimization
Data Structures
Algorithms
Version Control
Custom Algorithm Design
Real-Time Systems
Edge Computing
Software Integration
Soft Skills
Collaboration
Problem-Solving
Technical Ownership
Industry Keywords
Autonomous Systems
Perception Capabilities
Bespoke Algorithms
Robustness Enhancement
Multidisciplinary Teams
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📌 Senior Engineer, Computer Vision, C++ (Melbourne)
🏢 Jobtailor
📍 Melbourne