Software Engineer, Algorithm Team – Medical Imaging Hybrid

4DMedical Limited; Australia; Hybrid; AUD 120,000 - 170,000; Full time

Benefits offered by this job

Hybrid work

Public transport access

End of trip facilities

Parental leave

Wellness program

Social events

Laptop for remote work

Job summary

4DMedical Limited is seeking a Software Engineer to join our Algorithm Team. You will collaborate with C++, Python, and UI engineers to design, develop, and verify next-generation lung function analysis software using traditional image processing and ML methods.

You will contribute to production-readiness, deployment security, and regulatory compliance while supporting streamlined releases to production and continuous improvement.

Qualifications

• Bachelor's degree in Computer Science or related field.
• 5+ years of production-quality modern C++ experience.
• Python experience is a plus.
• Experience with Digital Image Processing.
• Proven experience in a highly test-driven environment.
• Experience developing on Linux with containerised images.

Responsibilities

• Design, develop and improve image analysis software.
• Continuous agile iteration.
• Collaborate with other teams to ensure design and implementation meet requirements.
• Write or update design, verification and validation documents.
• Work within a high-performance Agile team to build world-leading image analysis products.

Skills

Modern C++

Python

Image processing

Linux

Containers (Docker)

Agile

ML basics

Data visualization (HTML/CSS)

Education

Bachelor's degree in Computer Science or related field

Tools

Git

Docker

CI/CD

Job description

4DMedical Limited is seeking a Software Engineer to join our Algorithm Team. You will collaborate with C++, Python, and UI engineers to design, develop, and verify next-generation lung function analysis software using traditional image processing and ML methods.

You will contribute to production-readiness, deployment security, and regulatory compliance while supporting streamlined releases to production and continuous improvement.