Intern - Facilities Mechanical Engineering

Our vision is to transform how the world uses information to enrich life for all. Join an inclusive team passionate about one thing: using their expertise in the relentless pursuit of innovation for customers and partners. The solutions we build help make everything from virtual reality experiences to breakthroughs in neural networks possible. We do it all while committing to integrity, sustainability, and giving back to our communities. Because doing so can fuel the very innovation we are pursuing. Location Fab 10, 1 North Coast Drive   Department F10 Facilities   Project Title Exhaust Plume Detection and Reduction Through Mechanical Engineering Analysis   Project Description This internship provides an opportunity to participate in an engineering study focused on the characterisation, detection, and mitigation of exhaust plumes within a semiconductor manufacturing environment. The project involves evaluating plume formation mechanisms, assessing potential detection methods, and investigating engineering approaches to reduce or eliminate visible plume conditions.   The intern will apply mechanical engineering principles, data analysis, and engineering evaluation techniques to support the study while gaining exposure to facilities systems, sustainability initiatives, and energy-efficiency opportunities.   Objective of the Project Investigate factors that contribute to exhaust plume formation. Evaluate suitable methods for plume detection and characterisation. Assess engineering approaches for plume reduction or elimination. Identify potential energy-efficiency opportunities associated with mechanical exhaust systems. Opportunities for Full Time Employment Successful interns who demonstrate strong technical capability, learning agility, and effective collaboration may be considered for future internship or graduate employment opportunities, subject to business requirements.   Project Scope Conduct plume observations and collect engineering data relevant to the study. Analyse potential plume sources and environmental or operating conditions that contribute to plume formation. Apply thermodynamics, heat transfer, and fluid mechanics principles to evaluate plume behaviour and mitigation approaches. Develop engineering analyses using tools such as Excel and prepare conceptual layouts or sketches using AutoCAD where applicable. Where appropriate, utilise AI-enabled tools to support engineering analysis, documentation, and data interpretation.   Learning Opportunities Gain practical exposure to facilities mechanical systems and industrial exhaust systems within a semiconductor manufacturing environment. Apply mechanical engineering concepts including thermodynamics, heat transfer, and fluid mechanics to a real-world engineering challenge. Develop experience in engineering data collection, analysis, and interpretation. Learn how engineering studies are used to evaluate technologies, improve system performance, and support decision-making. Build technical communication skills through engineering documentation and project presentations.   Deliverables Engineering study report summarising plume observations, findings, and analysis. Evaluation of plume detection methods and their suitability for the application. Assessment of engineering options for plume reduction or elimination. Energy-efficiency opportunity assessment related to the study. Final project presentation with recommendations and key findings.   Impact of the Project Improve understanding of exhaust plume formation and contributing factors. Identify technically feasible approaches for plume detection and mitigation. Provide engineering insights that support future facilities system improvements. Evaluate opportunities for improving mechanical system efficiency and sustainability performance.   Skillsets Required Strong foundation in mechanical engineering principles, particularly thermodynamics, heat transfer, and fluid mechanics. Strong analytical,