Hoang-Phuc Pham is a PhD student in Polymer Science at the University of Connecticut. He was born in Vietnam and spent six years in Taiwan for his undergraduate and master’s degrees in Chemical Engineering at the National Taiwan University of Science and Technology. In addition to research, he is enthusiastic about helping PhD peers become more productive and overcome the shared difficulties of a PhD journey. Hoang-Phuc is especially interested in the arts of multidisciplinary communication and storytelling, recognizing their increasing relevance, even though formal education often neglects these vital skills.

How Generation Z Can Thrive in a PhD

This insightful article highlights how young Gen Z academics can make the most of their unique skills and attributes cultivated by their generational upbringing, and propel themselves towards achieving triumph in their PhD programme and beyond.

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It’s Your PhD: How to Deal With Unhelpful Advice

This article explores how advice, whether solicited or unsolicited, can damage the morale and hope of those doing a PhD. The purpose of this article is to comment on the boundaries that researchers must put in place to avoid being negatively affected: we must be discerning as to whether advice is useful and pertinent, or whether it is not applicable to us. The main message is: don’t listen to everyone, and trust your own judgement!

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Why Research is the Cornerstone of Development in Kenya

Written by a doctoral student in Nairobi, this article discusses the benefits of research in enabling a country, such as Kenya, to generate increased economic growth and social development. Research is fuelled by curiosity and asking questions, immersing us in discovering everything there is to know – and ultimately propels humanity forward with developments.

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Electromagnetic Compatibility (EMC) for Power Electronic Converters

In modern smart grids, the majority of electromagnetic interference (EMI), particularly within the conducted emission frequency range, arises from Power Electronic (PE) converters. These converters have the potential to cause EMC issues. In accordance with European and British directives, EMC compliance mandates that devices operating within a network should function without introducing interference that leads to “substantial degradation of service under normal operating conditions.” Consequently, any device intended for the market must undergo tests specified in standards like CISPR-16.

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