UC wins national engineering prize for 10th time

22 March 2016

A team of four Mechanical Engineering students from the University of Canterbury's has won a national engineering prize, the Ray Meyer Medal for Excellence in Student Design.

UC wins national engineering prize for 10th time

From left to right: Abel Leenders, Thomas Coughlan, Mo Chalabi, and Josh Heenan have won the Ray Meyer Medal for Excellence in Student Design for 2016, the 10th time a University of Canterbury team has won the award in the last 12 years.

A team of four Engineering students from the University of Canterbury has won a national engineering prize, the Ray Meyer Medal for Excellence in Student Design.  

This win means that Mechanical Engineering students at UC have won the excellence award 10 times in the last 12 years, an emphatic endorsement for the top College of Engineering in New Zealand. 

The award is made annually for the best student engineering project from all New Zealand universities and polytechnics and was presented to the winning University of Canterbury team at the IPENZ Fellows and Achievers Dinner on Friday, 18 March, in Wellington.

The Ray Meyer Medal for Excellence in Student Design for 2016 was awarded to Mo Chalabi (Mechatronics), Thomas Coughlan (Mechanical), Josh Heenan (Mechanical) and Abel Leenders (Mechanical) from UC for their project, Service Cover Detection for Pavement Milling. The project was supervised by UC senior lecturer in Mechanical Engineering Dr Geoffrey Rodgers and client Ian Viney of international technology company Trimble.

Trimble, in association with Fulton Hogan, was looking for an answer to the problem of road milling machines hitting buried utility infrastructure, damaging the machine and the infrastructure, as well as creating a hazard for the operator. Within a budget of $1800, the UC student team built a prototype using very low frequency radio waves (VLF) technology which can detect metal up to 25cm-deep in the ground. It was installed on a Fulton Hogan milling machine and tested successfully.

No other system exists that utilises multiple metal detection units on a pavement milling machine. The design is now being considered for commercial development.

Judges were impressed with the clarity of the project report, its analysis of the options for a solution and the quality of the prototype produced. They also praised the way the project was managed and the quality of communication with stakeholders.

The winning team’s academic project supervisor Dr Rodgers, who is the University of Canterbury Student Association’s Lecturer of the Year 2015, praised the team’s efforts.

“We are all excited about the win, it is a great recognition of the work the students did and a great reflection on UC,” Dr Rodgers says.

“It also reflects the strength of the final-year project programme and the strong connection it creates with industry. Great outcomes can be achieved when students can work directly with an industrial mentor such as Ian Viney and a company such as Trimble.”

Engineering academics from UC who attended the event included the UC Pro-Vice-Chancellor of Engineering, Professor Jan Evans-Freeman, who is an IPENZ board member; Professor Milo Kral, Head of UC’s Department of Mechanical Engineering; Professor Susan Krumdieck (Mechanical Engineering); and the team’s supervisor Dr Rodgers.

The students have now graduated with one working in France and another currently on an internship for Trimble.

For further information please contact:
Margaret Agnew
Senior External Relations Advisor
Communications and Engagement
University of Canterbury
Ph: (03) 364 2775
Mobile: 027 5030 168
margaret.agnew@canterbury.ac.nz

UC Motorsport_NWS

Custom-built electric car brings international success for UC Motorsport

The University of Canterbury Motorsport (UCM) team took home five trophies from the Formula Student competition in Victoria, Australia, in which ...

Food

UC academics bring Food for Thought to Riverside Market

‘Food for Thought’ is a five-day series of 15-minute talks in the city, bringing the university’s thought leaders to the public, so people can feed ...