Top Linux Jobs in Melbourne

Leads architecture, development, integration, and operationalization of high-performance real-time and distributed simulation systems for autonomous uncrewed aircraft. Builds C++ and Python simulation software, integrates defense simulation frameworks, deploys containerized environments, and supports CI/CD, testing, autonomy, perception, and hardware interfaces. Provides technical and project leadership across multidisciplinary engineering teams and delivers validated simulation capabilities for customer programs and internal research.

Design and maintain automated test frameworks, validation tooling, and infrastructure for autonomy software. Develop Python automation, regression, integration, functional, and performance tests across simulation, SIL, HIL, and VIL environments. Analyze results, troubleshoot integration issues, create quality metrics and readiness assessments, and integrate testing into CI/CD workflows. Collaborate with autonomy, systems engineering, flight test, and integration teams to support software quality and operational readiness.

Lead the architecture, development, integration, and operationalization of distributed real-time and faster-than-real-time simulation systems for uncrewed aircraft autonomy. Build high-performance C++ simulation software, integrate defense simulation frameworks, deploy containerized environments, and connect simulations with autonomy, perception, hardware, and automated testing. Provide technical and project leadership across engineering teams while supporting customer programs and internal research and development.

Design and maintain automated test frameworks and validation infrastructure for autonomy software. Develop Python-based test automation, regression, integration, functional, and performance suites across simulation, SIL, HIL, and VIL environments. Analyze results, investigate defects, define quality metrics, integrate testing into CI/CD pipelines, and collaborate with software, systems engineering, integration, and flight test teams to assess mission readiness.

Provides technical leadership and hands-on development for modern C++ software running on Linux-based edge platforms. Designs architectures, integrates cameras and sensors, develops imaging and mission applications, optimizes performance, and resolves issues across software, networking, hardware, and deployment boundaries. Mentors senior engineers, establishes reusable platforms and standards, and leads complex initiatives from requirements through deployment and sustained operation.

Staff QA Engineer responsible for software testing across the SDLC, including test case development, regression testing, automated testing, performance verification, release approval, documentation, and requirements validation. The role involves preparing test environments across Windows and Linux, configuring hardware and software, integration and operational testing, and validating embedded systems during flight operations near Melbourne. Collaboration with software and hardware engineers, Agile development participation, fault tracking, and schedule management are also required.

Own C++ build and release workflows for autonomy and vision software, including reproducible builds, dependency management, containerized CI/CD, artifact repositories, promotion gates, testing, packaging, and edge deployment. Maintain delivery systems across isolated or air-gapped environments, troubleshoot integration issues, and collaborate with engineering and systems teams to ensure reliable, repeatable releases.

Serve as a customer-facing technical expert for defense simulation, synthetic environments, and AI-enabled mission systems. Support discovery, demonstrations, technical briefings, proposals, RFIs, RFPs, and capture activities. Translate customer mission needs into solution concepts, demos, and product feedback while explaining image generation, LVC architectures, sensor simulation, threat models, and synthetic agents. Build relationships with defense stakeholders across Australia, the Indo-Pacific, AUKUS, and allied markets, working cross-functionally with business development, product, engineering, and program teams.

Investigate and respond to security detections across endpoint, identity, email, network, and cloud environments. Analyze EDR telemetry, logs, forensic artifacts, Microsoft 365 threats, and malware to determine compromise scope and recommend remediation. Handle incidents including business email compromise and adversary-in-the-middle attacks, improve detection and response processes, and communicate findings and guidance clearly to customers and internal teams.

Leads reactive and proactive incident response engagements across the Asia Pacific and Japan region. Performs advanced host and network forensics across Windows, macOS, and Linux; advises customers during security incidents; develops remediation plans; produces reports and presentations; communicates with technical and executive audiences; mentors junior consultants; and contributes cybersecurity thought leadership through public content and speaking.

Investigate and triage high-priority security events for APAC customers within a 24/7 managed detection and response SOC. Responsibilities include alert review, threat detection, incident response, evidence acquisition, root-cause analysis, technical reporting, remediation recommendations, customer communication, attack-methodology documentation, and feedback to product teams.

Detect, contain, and remediate security incidents across Windows, Mac, and Linux; perform basic malware analysis and forensic/network log analysis; develop detection and remediation processes; produce written/verbal reports for customers; lead internal programs and present industry thought leadership.

Lead design, implementation, and integration of real-time and faster-than-real-time distributed simulation frameworks for mission autonomy of uncrewed aircraft. Develop high-performance C++ simulation software, integrate defence simulation tools (AFSIM/NGTS), deploy containerized environments (Docker/Kubernetes), and lead multidisciplinary teams to support testing, CI/CD, HWIL/SWIL, and operational mission readiness.

Lead architecture, implementation, and operationalisation of high-performance, real-time and faster-than-real-time distributed simulation systems for mission autonomy. Deliver containerised simulation deployments, integrate defence simulation frameworks, support multi‑agent and system‑of‑systems scenarios, provide technical leadership to cross-functional teams, and enable CI/CD, test automation, and validated simulation environments for customer programs and R&D.

Develop and maintain production C++ software for Linux-based edge/embedded platforms (NVIDIA Jetson, ARM). Integrate sensors and peripherals, build calibration/diagnostic tools, optimise performance (latency, throughput, power), debug across software/hardware/OS/networking, and collaborate with cross-functional teams to deliver fieldable autonomy and mission systems.

Execute renewable energy projects involving SCADA and PPC systems for solar PV, wind, and BESS sites. Analyze project variables, create AutoCAD single-line diagrams, configure software, support commissioning, write technical reports, and present findings to clients. Collaborate with project teams to meet delivery schedules and manage multiple projects. The role requires site travel of up to 50% and participation in on-site plant commissioning.

Provides remote and customer-facing technical support for Oxford Nanopore sequencing products across sample preparation, sequencing, data analysis, workflow implementation, troubleshooting, and validation. Delivers onboarding and training, documents cases in CRM systems, collaborates with field service and global support teams, contributes to knowledge resources, and supports continuous improvement initiatives. The role is primarily remote across Australia and New Zealand, with travel under 10%.

Lead architecture and delivery of large, complex enterprise deployments across cloud and on-prem environments. Design scalable data, security, and AI integrations; develop automation, ETL pipelines, and custom integrations; embed with customer engineering and executives to drive adoption, mentor team members, and influence product roadmap.

Develop firmware solutions for wearable sports technology, work on new hardware, collaborate with engineers, and ensure product quality and functionality.

Deploys and optimizes secure, scalable AWS and Kubernetes environments for enterprise customers. Builds infrastructure automation with Terraform, Ansible, and CloudFormation; maintains CI/CD pipelines, observability, security controls, and production Kubernetes systems. Troubleshoots Linux, container, networking, and distributed-system issues, supports customer deployments and incidents, translates technical requirements into implementation plans, and collaborates with customer-facing and internal engineering teams.

Tests and validates broadband customer premises equipment, including modems, routers, gateways, Wi-Fi access points, ONT/ONU modules, and set-top boxes. Executes manual and automated firmware tests, evaluates network protocols and Wi-Fi performance, simulates traffic, analyzes logs and packet captures, documents defects, and collaborates with engineering teams to resolve hardware and software issues.

Own strategic telecommunications carrier accounts in Australia, driving multi-year bookings, revenue growth, customer retention, and product adoption. Develop account strategies, manage pipelines and forecasts, build senior stakeholder relationships, coordinate partners and internal teams, and position Red Hat’s cloud, automation, AI, open source, and telco solutions. The role requires extensive technology sales leadership, telecommunications carrier experience, and a demonstrated history of exceeding multimillion-dollar targets.

Designs and integrates systems across autonomy, perception, and mission-level technology stacks. Captures requirements, develops system architectures, creates and maintains MBSE models using UML, SysML, and UPDM, and supports systems engineering processes. Collaborates with design, development, integration, test, product, program, and business development teams while reporting technical status, risks, and progress to leadership.

Leads an operations engineering team supporting mission-critical public safety communication systems for government and enterprise clients. Oversees system architecture, technical escalations, operational health, asset lifecycles, ITIL processes, documentation, service performance, security coordination, and major incident management. Provides mentorship, develops team capabilities, drives continual improvement, and collaborates with customers, vendors, and cross-functional teams. Requires substantial ASTRO P25 and LMR expertise, engineering leadership experience, and telecommunications or electrical engineering qualifications.

Provides enterprise-scale technical support and manages IT infrastructure across Department of Education schools. Responsibilities include administering Windows, Apple, Linux, and virtualized server environments; managing cloud services, mobile devices, networks, wireless systems, and desktop deployments; troubleshooting infrastructure; documenting solutions; supporting staff and students; and delivering ICT professional development.