ENGINEERING
ENGINEERING
ENGINEERING
RESEARCH WITH IMPACT
At Monash, we undertake innovative, multidisciplinary research addressing national and international priorities. Our researchers pursue groundbreaking research in eight multidisciplinary clusters:
• Energy sustainability
• Materials and nanotechnology
• Medical engineering and biological sciences
• Smart industry and living
• Computational intelligent systems
• Waste and environment
• Intelligent lighting
• Critical infrastructure.
THRIVING, SUPPORTIVE COMMUNITY
As a graduate research student at Monash, you’ ll explore your discipline on an advanced level and learn how to apply your new knowledge to real problems. You’ ll have access to some of the finest research facilities and equipment, on top of great academic support, so that you too can devise innovative solutions to global challenges.
SPECIALISED RESEARCH INFRASTRUCTURE
World-class research demands state-of-the-art facilities. You’ ll have access to highly specialised, innovative spaces such as the Advanced Computing Platform, Nano-Analytical Platform and the Intelligent Lighting Laboratory.
RANKED
NO. 29
FOR MATERIALS SCIENCES
RANKED
NO. 49
FOR CHEMICAL ENGINEERING
RANKED
NO. 80
FOR MECHANICAL ENGINEERING
IN THE WORLD
IN THE WORLD
IN THE WORLD
QS World University Rankings by Subject 2025
RANKED
NO. 42
FOR CIVIL AND
IN THE WORLD
STRUCTURAL ENGINEERING
RANKED
NO. 78
IN THE
WORLD FOR ELECTRICAL AND ELECTRONIC ENGINEERING
RATED
TIER 5( EXCELLENT)
IN D-SETARA ENGINEERING BY THE MINISTRY OF EDUCATION MALAYSIA
I enjoyed the exposure to a great variety of people and mindsets, and the space Monash gave for self-discovery. It really widened my horizons and gave me the freedom to find myself, build and define my personal values, and mould my future. My time at Monash was a life-defining experience.”
JAY LEE WING WAI
Bachelor of Mechanical Engineering( Honours) Masters of Engineering Science( Research) Salesforce Developer, Deloitte Consulting SEA Sdn Bhd
Jay’ s research revolved around mechanical ventilators – machines used by patients with difficulty breathing independently. Using mathematical models of the patient’ s lungs to predict their future elastance, he aims to find the optimal volume and pressure settings on the ventilator for each patient, improving patient care and mortality rates.
22
POSTGRADUATE PROSPECTUS 2025