Job Description:
Job Description: Optical Fiber Design Engineer – Information Technology (IT) & Telecommunication Job Industry, Hobart
The Optical Fiber Design Engineer in Hobart is responsible for the design and planning of fiber optic networks that support high-speed telecommunications infrastructure across both urban and regional environments. This role plays a critical part in ensuring reliable and efficient data transmission through the strategic layout of optical fiber routes for various commercial and government projects.
The engineer is tasked with performing detailed network design including the selection of cable types, splice locations, and path analysis. Responsibilities include drafting route maps, preparing civil and structural design documentation, and ensuring compliance with local regulations and standards. Integration with existing infrastructure and cost-effective deployment methods are also major factors in the planning phase.
The position requires collaboration with surveyors, project managers, civil contractors, and network operations teams to facilitate smooth implementation. The engineer is also expected to assess geographical constraints and advise on mitigation strategies to ensure that the proposed designs are both viable and sustainable.
This role supports the rapid expansion of broadband and enterprise networks throughout Tasmania, especially in regional connectivity initiatives. The Optical Fiber Design Engineer helps develop the blueprint that guides construction and deployment, which is vital in today’s data-dependent environment.
Working in Hobart, the engineer contributes to projects that support economic development, education, and healthcare through enhanced connectivity. They ensure all fiber design solutions are robust, scalable, and optimized for long-term operational efficiency in diverse environmental conditions.
Job Requirement:
Job Requirements: Optical Fiber Design Engineer – Information Technology (IT) & Telecommunication Job Industry, Hobart
Candidates must have a solid grasp of fiber optic principles, including light transmission, loss budgets, fiber types, and splice strategies. The role demands familiarity with GIS-based design tools such as AutoCAD, QGIS, or similar platforms for mapping and route planning. Understanding of OSP (Outside Plant) and ISP (Inside Plant) network architecture is essential to creating comprehensive designs.
Applicants should demonstrate the ability to interpret utility plans, survey data, and environmental constraints, using this information to propose fiber routing solutions that are practical and cost-effective. Strong knowledge of local civil works guidelines, permit procedures, and telecommunication standards is required for compliance throughout the design process.
Problem-solving skills are key, especially when navigating complex topographies or integrating with legacy networks. The engineer should be able to communicate clearly with stakeholders including contractors, field teams, and municipal authorities, often presenting technical designs in a user-friendly manner.
Attention to detail is essential for accurate documentation, including splice schematics, bill of materials, and as-built records. The ability to adjust designs based on field feedback and unforeseen obstacles is necessary for maintaining project momentum and minimizing delays.
A commitment to continuous learning in emerging fiber technologies, tools, and deployment methods is expected. The ideal candidate will be proactive, organized, and capable of managing multiple projects simultaneously while maintaining high standards for design quality and project delivery.
