The Anita B. Lawrence PhD Scholarship is a funded doctoral research opportunity offered by the University of New South Wales (UNSW Sydney) in Australia. The scholarship is attached to a PhD project in the School of Built Environment within the Faculty of Arts, Design & Architecture. It supports research in acoustics and the built environment through the project “Managing Drone Noise in the Built Environment.” The scholarship is designed for applicants who want to study how drone noise affects cities, buildings, and public spaces. It also supports research on how planners and researchers can assess and manage these impacts through interdisciplinary work.

Background and Purpose

Drone technology is expanding quickly across urban environments. Drones now support delivery services, infrastructure monitoring, emergency response, and environmental observation. However, this growth also raises concerns about environmental noise, urban liveability, and public well-being. This PhD project examines how drone noise affects the built environment and how cities can respond to these new acoustic challenges.

The project sits within UNSW’s Higher Degree Research framework. It brings together acoustics, architecture, urban studies, planning, and environmental design. It also explores how new technologies shape soundscapes, planning decisions, and human experience in cities. The successful candidate will investigate the acoustic effects of drones in urban areas. They will also examine how researchers can measure, interpret, and manage these effects. As a result, the project will contribute to broader discussions about sustainable cities, environmental quality, and the future of urban mobility.

Anita B. Lawrence PhD Scholarship Benefits

The Anita B. Lawrence PhD Scholarship supports a full PhD candidature at UNSW. It gives the successful candidate access to UNSW’s research training environment, expert academic supervision, and interdisciplinary research networks in the built environment. The student will also benefit from the facilities and academic resources of the School of Built Environment and the Faculty of Arts, Design & Architecture. These resources support advanced research in acoustics, urban studies, environmental design, and planning. As a result, the scholarship offers both financial support and a strong research platform for doctoral study.

Eligibility Criteria

Applicants should have a strong academic background in a field relevant to the project. Suitable disciplines may include acoustics, architecture, urban studies, planning, environmental science, engineering, or other built-environment fields. Candidates should also demonstrate strong academic performance, research potential, and a clear interest in environmental noise or urban acoustic issues.

The selection process is competitive. UNSW evaluates applicants based on academic merit, research capability, written work, and overall fit with the project area. Applicants with interdisciplinary interests and strong analytical skills are especially well-suited to this opportunity.

Anita B. Lawrence PhD Scholarship Application Process

Applicants must first apply directly to the advertised scholarship opportunity. The university reviews initial applications and shortlists suitable candidates based on academic background, research potential, and project alignment.

Shortlisted candidates are then invited to submit an Expression of Interest for admission to the PhD program within UNSW’s Faculty of Arts, Design & Architecture. The final selection process considers the quality of the research application, academic achievements, and suitability for the project.

Opportunities for Scholars

This scholarship offers an excellent opportunity for students interested in urban acoustics, environmental noise, drone technology, and the future of cities. Scholars will conduct research at the intersection of architecture, planning, acoustics, and public well-being. They will also join an interdisciplinary research environment that encourages critical thinking, collaboration, and innovation.

Through this PhD, students can build expertise in acoustic assessment, urban environmental analysis, research design, and built-environment policy. These skills prepare graduates for careers in academia, urban planning, environmental consultancy, policy research, acoustics, and built-environment innovation.