Job Description:
Job Description: Bridge Ergonomics Design Analyst – Shipbuilding & Ship Machinery Job Industry, Melbourne
The Bridge Ergonomics Design Analyst in Melbourne is responsible for optimizing the design and layout of ship bridges to enhance operational efficiency, safety, and comfort for ship officers and crew. This role involves studying human factors and ergonomic principles to ensure that control stations, navigation systems, and instrumentation are arranged for maximum usability and minimal operator fatigue. The analyst collaborates closely with naval architects, control system engineers, and human factors specialists to develop bridge designs that comply with maritime regulations and industry best practices.
Core responsibilities include conducting ergonomic assessments, evaluating existing bridge layouts, and recommending improvements based on human-machine interaction studies. The role involves using simulation software and 3D modeling tools to visualize bridge environments and test different configurations. The analyst also liaises with regulatory bodies to ensure bridge designs meet SOLAS and other safety standards.
This position requires balancing technical, operational, and human-centered factors to create bridges that support effective navigation, communication, and emergency response. Operating within Melbourne’s shipbuilding industry, the Bridge Ergonomics Design Analyst contributes to delivering safer, more user-friendly vessels.
Job Requirement:
Job Requirements: Bridge Ergonomics Design Analyst – Shipbuilding & Ship Machinery Job Industry, Melbourne
Candidates should have a background in human factors engineering, ergonomics, naval architecture, or marine engineering, with experience in maritime bridge design or related fields. Proficiency in ergonomic assessment tools, 3D CAD software, and simulation platforms is essential.
A strong understanding of maritime regulations related to bridge layout and safety, including SOLAS requirements, is required. Knowledge of human-machine interaction principles, cognitive workload, and operator performance factors is critical for success.
Analytical skills are necessary to evaluate design alternatives and optimize bridge configurations that improve usability and safety. Effective communication skills are vital for working with multidisciplinary teams and regulatory agencies.
Candidates must demonstrate attention to detail, problem-solving ability, and a commitment to enhancing vessel operational safety. Flexibility to adapt to evolving project needs and a proactive approach to innovation are also important in Melbourne’s dynamic shipbuilding environment.
