Centre for Bulk Solids & Particulate Technologies (BMH)

What is the Centre for Bulk Solids and Particulate Technologies

Australia's Centre for Bulk Solids and Particulate Technologies (CBSPT) is a world leader in applied and fundamental bulk solids handling research. In 1995, it was established and supported by the Australian Research Council (ARC) as one of a prestigious handful of national Key Centres of Teaching and Research.

The Centre is a collaborative initiative between the University of Wollongong and the University of Newcastle, unifying two strong streams of expertise in bulk solids handling and particulate mechanics and materials research, developed over more than 30 years.

The mission of the Centre is to persue excellence in teaching, research and industrial development in bulk solids handling and particulate technologies.

It offers the following:

specialised strands in bulk solids and particulate technologies in Bachelor of Engineering undergraduate degrees at the Universities of Wollongong and Newcastle;

a postgraduate degree in Master of Engineering Practice (Bulk Solids Handling);

supervision for candidates enrolled in research higher degrees such as Master of Engineering and Doctor of Philosophy;

short intensive professional development programs across a gamut of bulk solids handling and particulate technology disciplines; and

because the Centre operates at the cutting edge of knowledge through a world-recognised applied research and development program, it is uniquely equipped to assist processors and manufacturers with industrial troubleshooting and technical assistance.

Director

Associate Professor Peter Wypych

About Us

Engineering Manufacturing Research (EMR) is based on several key manufacturing research groups in; Welding and Joining of steel and light alloys; Automation and Robotics; and Bulk Materials Handling.These strategic areas are supported by a Power Quality and Reliability Centre and two Intelligent Mechatronics Groups. Extensive use is made of computer aided design, numerical modelling and computer simulation techniques, and this is supported by experimental work in several large laboratories equipped with substantial state-of-the-art equipment and systems at the forefront of International Industry’s ‘best practice’.