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Learning activities
Learning outcomes
Design a metallurgical process and plant at a concept level of complexity that includes a process flow diagram (PFD) and equipment, and mass and energy balances generated using appropriate software;
Formulate a project management plan;
Critically analyse available processing options and select an appropriate one given a
set of mineralogical and metallurgical data;
Develop and optimise the selected process using sound design and metallurgical
principles and design tools;
Develop an appropriate plant layout;
Develop an appropriate process control scheme including some control loops;
Assess the economic feasibility of the project.
Outline specific environmental, and occupational health and safety (OH&S) issues for
the project;
Address sustainability and social issues relevant to the design project.
Demonstrate an ability to deal with uncertainty in a professional context;
Demonstrate sound judgment and justification in the process selection, and equipment selection and sizing, to a particular project, based on the use of published information, prior knowledge and other sources.
Compose written reports at a professional level that demonstrate knowledge of client
requirements and effective use of presentation of data, i.e. appropriate use of tables and figures, correct grammar, spelling and punctuation;
Conduct a professional-level technical presentation including the use of electronic
visual aids such as PowerPoint.
Work productively, both as an individual and as a team member.