Program Overview

Introduction to Birmingham City University

Birmingham City University is a large and diverse university with over 31,000 students from more than 100 countries. The university is set in the heart of Birmingham and focuses on practice-based learning.

About the University

The university has various schools and subjects, including art, architecture, and design, business, built environment, computing, and digital technology, among others. The university also has a strong research focus, with research centers and areas of research including art, architecture, and design, business, built environment, computing, and digital technology.

Courses

The university offers a wide range of courses, including foundation, undergraduate, postgraduate taught, postgraduate research, and apprenticeships. The courses are designed to provide students with practice-based learning and international opportunities.

Student Information

The university provides students with information on accommodation, open days, and how to apply. Students can also find information on financial support, life in Birmingham, and the university's facilities.

Alumni

The university has an alumni community that stays involved with the university through reunion events, mentoring programs, and other activities.

International

The university welcomes international students and provides information on studying in the UK, including why study in Birmingham, life in Birmingham, and accommodation.

Research

The university has a strong research focus, with research areas including art, architecture, and design, business, built environment, computing, and digital technology. The university also offers research degrees, including PhDs.

PhD Studentships

The university offers PhD studentships, including a 36-month fully funded PhD studentship with a tax-free stipend. The studentship includes a full-time fee scholarship for up to three years.

Project Title

The project title is "Multiscale numerical modelling of PBF-LB process for producing additive manufacturing materials with higher resistance to hydrogen embrittlement."

Project Description

The project aims to develop a multiscale numerical model to design microstructures with refined grain size and networks of lower-energy grain boundaries that are more resistant to intergranular fracture.

Project Lead

The project lead is Professor Michal Krzyzanowski.

Project ID

The project ID is 20.

Application Closing Date

The application closing date is midday (UK time) on 1st April 2026.

How to Apply

To apply, students must complete the BCU online application form, complete the Doctoral Studentship Proposal Form, and upload two references and qualification documents.

Entry Requirements

To apply for the Engineering PhD Research Degree, students should have a Master's degree in a relevant subject area or an exceptional Bachelor's degree. International applicants must also provide a valid English language qualification.

Desirable Criteria

Desirable criteria include willingness to collaborate with users and subject-related colleagues, knowledge of processing of metallic materials, and experience in application of numerical methods for numerical modelling of microstructure evolution.

Anticipated Findings and Contributions to Knowledge

The project aims to develop a multiscale numerical model that can be applied to different multi-material PBF-LB processes, leading to a better understanding of the cooperative relationships between different physical phenomena taking place in the processing.