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BU PhD candidate is the Winner of the British Computer Society (BCS) GreenIT 2023 Competition

Awarded & submitted bids, Doctoral College, international, Women's Academic Network

BU Ph.D. candidate Assemgul Kozhabek from the SciTech Computing and Informatics department has won the HE Class  GreenIT 2023 competition run by the British Computer Society (BCS) – the chartered institute for IT.

The competition, open to students across the world, asked for suggestions for ‘How Computing can address the Energy Crisis.’ Assemgul’s winning entry was a poster that featured comics and anecdotes on urban traffic congestion as one of the main contributors to the energy crisis. It should be highlighted that she also focuses on congestion mitigation in her Ph.D. thesis.

Assemgul expressed her gratitude to Dr. Martyn Polkinghorne and Ph.D. supervisor Dr. Wei Koong Chai for their guidance and support.

Winner of “The strength of young graduates contest”.

BU research, PG research, Research news, student research

 

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Last Friday a postman knocked at my parent’s house in Italy.

He carried a parchment, from The National Strength and Condition Association.

On it is written that my Master Degree Thesis won “The strength of young graduates contest” as second best Italian research in its field.

The study of 2015, is titled: “THE BIOMECHANICS EVALUATION IN STUDYING THE MOTION – COGNITION RELATIONSHIP” and can be summarised as follow:

screen-shot-2016-11-28-at-07-37-15using a system of 8 QTM cameras and a force plate, I measured the effect of different tasks upon the static balance in 20 young volunteers.

To do so, I asked them to perform four tasks in a randomised order, while I was recording their centre of pressure (with force plate) and centre of mass (with 3D motion capture system).

Tasks were:

  • Open Eyes (OE). The participants were instructed to hold a steady position, standing up with their feet together, for 30s.
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  • Closed Eyes (CE). Same position as OE, but participants were instructed to keep their eyes closed for 30s.
  • Cognitive Dual Task (COGN-DT). Holding the same steady position, I asked them to countdown aloud, backwards in threes from a number that I randomly chose.
  • Motor Dual Task (MOT-DT). Same position, but for this task volunteers were instructed to move their fingers (of the right hand) and touch their thumb alternately, for 30s.

What the result told us was that the COGN-DT was causing more perturbation, followed by the CE task.

screen-shot-2016-11-28-at-07-37-44Special thanks go to the people who helped me at the MotionLab in Naples (Giuseppe Sorrentino, Laura Mandolesi and Pasquale Varriale), and to my current supervisors (Alison McConnell, Tom Wainwright and James Gavin) who believed in me by giving me the opportunity to be here today.

Looking forward, with hope to collect more milestones.

Thanks.