48881 Water and Environmental Design

Description

This is a project-based subject where delivery is designed to simulate the real world of work and professional environment for students to experience. Students have the opportunity to apply fundamental knowledge acquired during their degree covering water/wastewater (chemistry, fluid mechanics, hydrology), land (soil chemistry, mechanics, and geology), mathematics (modelling, analytical and predictive) including the application of established engineering methods, the identification and management of parameter uncertainty, and utilisation of research skills to manage unknowns to design and implement a land development project. The project consists of a proposal to upgrade an existing wastewater treatment plant and the design of an effluent irrigation system for water reuse. Students experience a full journey of project preparation akin to the systems practiced in the industry. They include understanding the knowledge and expertise required for this project, processes involved in the project development such as team building, project scoping and planning, stakeholder consultations, project outcomes and milestones. Most development projects can have a significant impact on the environment including cultural values. Students are provided with an opportunity to undertake cultural impact assessment of a project outcome of which will determine the technical design of an upgraded design of a wastewater treatment plant and land-based effluent irrigation system. This therefore involves integrating the knowledge and findings of the community’s culture and traditions with a view to reduce the projects adverse impact on the environment. The subject is delivered through a combination of flipped learning using online materials, pre-recorded lectures, industry guest lectures, collaborative team work, planner board, design journals, continuous feedback and reflection.

Typical availability

Spring session, City campus