The video exemplifies a real learning-in-action where our Mechanical Engineering students actively participated in the Engineering Design Graphics module. Students convert their SolidWorks design into a hologram and display it through head-mounted Microsoft Hololens to superimpose their engineering part for ease of manipulation and assembly. This skill set allows students to design their prototypes digitally on the fly and benefit from fabrication time/cost reduction.

This video project assignment by our Mechanical Design and Manufacturing Engineering students demonstrates an everyday example of Value Stream Mapping which is an effective Lean Manufacturing visualisation tool applied in the industry to improve production processes.

The Marine Programmes Poster Day (MIPD) is an annual event for the Year 3 Marine programmes students to showcase their Integrated Work Study Programme (IWSP) projects through Poster and Proof-of-Concept presentations. It has been well attended by the industry guests, IWSP partners, SIT and Newcastle University faculty, staff, and students.

This powerpoint deck illustrates Electronics and Data Engineering students’ proposed design and prototype of a 360 Ultraviolet-C radiation Robot that would not only clean surfaces in public transport vehicles, it would also filter contaminated air particles and purify with clean air molecules for inhalation.

This academic poster illustrates a student’s design of the SIT-Punggol microgrid model which integrates a solar photovoltaic system and energy storage batteries. The project also performed verification of the active and reactive power control system performance to support grid-connected and island operations.

This academic poster illustrates a student’s design and prototype of a real-time Internet of Things (IoT) monitoring system which integrates a dual-axis sun movement tracking system and a solar-powered monitoring system that is capable of consuming voltage from different renewable sources.

This video demonstrates how a data-driven model using IoT sensor data can be implemented to continuously monitor the condition of the electrical assets and detect anomalies. The developed system also recommends maintenance cycle index (MCI) for the electrical assets based on the asset utilisation, asset availability, and pattern of failure analysis.

Sustainable Infrastructure Engineering (Building Services) students embark on a water and energy innovation project where they are tasked to solve real industry problems and provide a solution to the root cause of the issue.

Sustainable Infrastructure Engineering (Building Services) students have the opportunity to participate in the Advanced Building Information Modelling (BIM) training where they are exposed to new technologies like Augmented Reality and Internet of Things (IoT) for construction planning.

Our Civil Engineering students visit a live construction site and learn how to do soil investigation from Kiso-Jiban, a world leading geotechinical consulting firm.