CSIRO Industry PhD Scholarship: Thermochemical Activation of Mining and Organic Waste for Low-Carbon Cementitious Materials

Funding and duration

four year scholarship package totalling approximately $48,000 per annum tax exempt (2026 rate); four-year scholarship and research training program.

Project overview

Project title

Thermochemical Activation of Mining and Organic Waste for Low-Carbon Cementitious Materials

Project description

This project aims to develop advanced circular concrete systems by converting mining and organic waste streams into high-performance, low-carbon construction materials. The research will focus on thermochemical activation of underutilised mining residues to improve their suitability as supplementary cementitious materials, alongside the integration of organic waste-derived components to enhance concrete performance and durability.

The project addresses key national challenges: the environmental risks posed by mining waste stockpiles, the growing pressures on organic waste management, and the urgent need to reduce the carbon footprint of concrete production. By applying innovative thermochemical activation processes, the research will unlock the reactivity of mining residues and convert organic waste into value-added materials capable of partially replacing conventional cement. These innovations will also enable the safe immobilisation of hazardous contaminants within the concrete matrix, delivering environmental protection alongside reduced emissions and improved material performance.

Based at the university and delivered in collaboration with the industry partner and CSIRO, the project offers an opportunity for the student to work at the intersection of sustainable materials, manufacturing, circular economy, and mineral resources. The successful candidate will gain experience in advanced material characterisation, concrete technology, and industry-focused research with strong real-world application and impact.

Supervisory team

University

Name of university supervisor | Mohammad Saberian

Name of university | Royal Melbourne Institute of Technology

Email address | mohammad.saberian@rmit.edu.au

Faculty | School of Engineering / Department of Civil and Infrastructure Engineering

CSIRO

Name of CSIRO supervisor | Ranya Simons

Email address | Ranya.Simons@csiro.au

CSIRO Research Unit | Technology

Industry

Name of industry supervisor | Aida Rahmani

Name of organisation | Chem Concrete Pty Ltd

Email address | aida@chemconcrete.com.au

Further details

Primary location of student | Royal Melbourne Institute of Technology, 124 La Trobe Street, Melbourne VIC 3000, Australia

Industry engagement component location | Chem Concrete Pty Ltd, 27-45 Powers Road, Seven Hills NSW 2147, Australia

Other locations | CSIRO Clayton, Research Way, Clayton VIC 3168, Australia

Ideal student skillset | Essential skills: A background in civil, materials, or chemical engineering, or a related discipline. Applicants should hold a First Class Honours or equivalent degree and demonstrate strong academic performance.A strong interest in low-carbon materials, circular economy, and waste valorisation. Strong problem-solving skills, critical thinking, and the ability to work both independently and collaboratively.Excellent written and verbal communication skills, along with a willingness to engage with industry partners. A proactive attitude, curiosity, and commitment to delivering impactful, industry-relevant research. Desirable skills: Knowledge of concrete technology, construction materials, or sustainable materials. Experience in laboratory testing, material characterisation techniques (e.g., mechanical testing, microstructural analysis), or data analysis.

Application close date | Open until position filled

Apply | Contact Mohammad Saberian