Job Type: Permanent position | Full time position

Job Description

About AirLabOne AirLabOne is an Australian technology company developing advanced automation, edge computing, artificial intelligence and digital twin technologies for complex and mission-critical environments. The company works across areas including healthcare, laboratory automation, advanced manufacturing, space and microgravity, national security, and mining and resources. Our technology combines intelligent software with physical systems, sensors, control technologies and connected equipment to enable real-time monitoring, automation, decision-making and improved operational performance.

We are seeking an experienced and technically capable Mechatronics Engineer to join our engineering team and contribute to the design, integration, testing and deployment of advanced automated systems. About the Role The Mechatronics Engineer will be responsible for supporting the development of robotic and intelligent automation systems, combining mechanical engineering, electronics, robotics, control systems, embedded technologies and software.

The successful candidate will work on robotic systems from concept and prototyping through to integration, testing, commissioning and deployment. The role will involve hands-on engineering and close collaboration with software, AI and other engineering specialists.

Key Responsibilities

- Designing, developing and integrating robotic and automated mechatronic systems.
- Supporting the development of robotic platforms for laboratory, industrial and other advanced automation applications.
- Integrating robotic arms, actuators, motors, sensors, cameras and other robotic components into complete systems.




- Designing and developing mechanical and electronic interfaces for robotic systems.
- Configuring and integrating robotic hardware with control software and edge-computing platforms.
- Developing and testing robotic control systems and automated workflows.
- Programming and configuring robotic systems using Python, C and/or C++.
- Working with robotics frameworks and middleware, including ROS/ROS2 where applicable.
- Developing interfaces between robots, sensors, cameras, controllers and other connected devices.
- Integrating sensors and vision systems for robotic perception, detection, identification and automated handling.
- Supporting the implementation of computer vision and AI technologies within robotic applications.
- Developing real-time data-processing and control functions for robotic systems.
- Configuring communications between robotic equipment, sensors, controllers, edge platforms and software systems.
- Working with communication protocols such as Serial, CAN, Modbus, Ethernet, MQTT or similar.
- Building and testing robotic prototypes and proof-of-concept systems.
- Conducting system integration, functional testing, commissioning and validation of robotic systems.
- Diagnosing and resolving mechanical, electrical, electronic, software and communication faults.




- Performing root-cause analysis and implementing corrective and preventative engineering solutions.
- Optimising robotic system performance, reliability, accuracy, speed and repeatability.
- Testing robotic systems under real-world operating conditions.
- Supporting the installation, commissioning and deployment of robotic systems at operational sites.
- Monitoring robotic system performance and identifying opportunities for automation and engineering improvements.
- Preparing technical documentation, system architecture information, test procedures, integration records and engineering reports.
- Maintaining accurate technical records relating to robotic system development, testing, configuration and performance.
- Working closely with software, AI and engineering teams to integrate robotics with intelligent automation platforms.
- Collaborating with end users to understand operational requirements and translate them into practical robotic solutions.
- Contributing to the continuous improvement of robotic system design, usability, safety and reliability.

Skills and Experience

- A Bachelor's degree or higher in Mechatronics Engineering, Robotics Engineering, Mechanical Engineering, Electrical/Electronic Engineering or a closely related discipline.
- Practical experience in robotics, mechatronics, automation or robotic system integration.
- Solid understanding of robotic systems and mechatronic engineering principles.
- Experience working with robotic arms, actuators, motors, sensors and other robotic hardware.
- Experience integrating mechanical, electrical and software components into robotic systems.
- Programming experience in Python, C and/or C++.

📌 MECHATRONICS ENGINEER (Sydney)
🏢 AIRLABONE
📍 Sydney