Lecturer in Computational Mechanics of Materials
King’s College London – Department of Engineering, Faculty of Natural, Mathematical & Engineering Sciences
Strand Campus, London, United Kingdom
General Description
King’s College London is seeking to appoint an outstanding and ambitious academic to the position of Lecturer in Computational Mechanics of Materials within the Department of Engineering. The department is a vibrant and diverse academic environment committed to innovation in both education and research. As part of its strategic investment in engineering education and research, the university has developed new multi-million-pound teaching and research laboratories covering more than 3,000 square metres at the Strand Campus, which opened in August 2022.
The successful candidate will develop an internationally recognised research programme focused on predictive modelling of material behaviour, with particular emphasis on deformation, microstructure-sensitive mechanics, and material failure. Candidates with expertise in computational materials mechanics, especially finite element modelling and advanced constitutive frameworks, are encouraged to apply. Particular research interests may include crystal plasticity, computational deformation mechanics, and phase-field or related approaches for modelling fracture, damage, and microstructural evolution.
The role is particularly suited to researchers advancing multiscale modelling of materials relevant to energy systems, advanced manufacturing, and structural applications. Research areas may involve metals, alloys, composites, and functional materials, especially studies linking microstructure, processing, and mechanical performance.
The appointee will establish and lead an internationally competitive research group in computational mechanics of materials, conducting high-quality research using finite element and related numerical methods to investigate deformation, damage, fracture, and microstructure-dependent behaviour across scales. The role also includes securing external research funding from UK Research and Innovation (UKRI), national and international funding agencies, and industrial partners, as well as supervising doctoral and postdoctoral researchers within a supportive and inclusive research environment.
Teaching responsibilities include contributing to the design and delivery of high-quality undergraduate and postgraduate modules in computational mechanics, materials modelling, numerical methods, and computational engineering. The lecturer will supervise individual and group student projects and support the department’s strategic growth in computational materials science and engineering.
The post-holder will contribute to interdisciplinary initiatives across the department and faculty, particularly in areas connected to energy materials, advanced manufacturing, and structural integrity. Engagement with external academic collaborators, industry partners, and governmental organisations will also be expected to enhance the impact and visibility of the department’s research. In addition, the lecturer will contribute to departmental administration, academic citizenship activities, and initiatives that promote equality, diversity, and inclusion within the academic community.
This is a full-time position (35 hours per week) offered on an indefinite contract. Interviews for shortlisted candidates are scheduled to take place on 30 April 2026.
Eligibility Criteria
PhD in Computational Mechanics, Computational Materials Science, or a closely related discipline
Demonstrated expertise and evidence of high-quality research output in computational mechanics of materials
A clear and ambitious research vision relevant to computational materials modelling and applications in areas such as energy systems, manufacturing, or structural engineering
Ability to design and deliver undergraduate and postgraduate teaching in engineering disciplines
Ability to supervise student projects and contribute to academic programme development
Required Expertise/Skills
Strong research background in computational materials mechanics
Expertise in finite element modelling and advanced constitutive frameworks
Knowledge of research areas such as crystal plasticity, computational deformation mechanics, phase-field modelling, fracture mechanics, and multiscale modelling
Ability to establish and manage a competitive research programme and attract external research funding
Experience or potential to supervise doctoral students and lead research teams
Strong communication and presentation skills for academic and interdisciplinary collaboration
Ability to interact effectively with students, staff, and collaborators across multiple levels
Ability to contribute to departmental administration and academic community activities
Demonstrated commitment to equality, diversity, and inclusive academic culture
Experience engaging with industry partners, experimental collaborators, or non-academic stakeholders (desirable)
Salary Details
£53,947 – £63,350 per annum, including London Weighting Allowance
Application Deadline
06 April 2026