Ireland – Fully Funded PhD in Mechanics of Metamaterials at University College Dublin

PhDFinder; Emfuleni Local Municipality; On-site; ZAR 50 000 - 200 000; Full time

Job summary

A leading research university in South Africa is offering a fully funded PhD project focusing on the mechanics of nonlinear and nonreciprocal metamaterials. The candidate will develop theoretical models and conduct experimental tests, requiring hands-on skills in computational modeling and laboratory work. Applicants should hold a relevant BSc or MSc and possess experience with numerical tools and experimental equipment. This position promises an engaging environment for innovative research in materials science.

Qualifications

• Strong foundation in theoretical and applied mechanics.
• Experience with numerical modelling tools.
• Familiarity with advanced measurement tools.

Responsibilities

• Develop theoretical models for nonlinear and nonreciprocal metamaterials.
• Validate models through design and fabrication.
• Conduct experimental testing using vibration testing equipment.

Skills

Theoretical and applied mechanics

Structural dynamics

Numerical modelling (COMSOL, MATLAB, Python)

Experimental tools familiarity

Communication and academic writing

Multidisciplinary research

Time management

Ability to work independently

Education

BSc and/or MSc in Engineering (Civil, Structural, Mechanical)

Master’s degree with research component

Tools

COMSOL Multiphysics

MATLAB

Python

Mathematica

Laser Doppler Vibrometer

Vibration shaker

Job description

University: University College Dublin
Country: Ireland
Deadline: 2025-02-08
Fields: Mechanical Engineering, Civil Engineering, Structural Engineering, Applied Physics, Materials Science

About The University Or Research Institute

University College Dublin (UCD), located in the vibrant city of Dublin, Ireland, is one of Europe’s leading research-intensive universities. As Ireland’s largest university, UCD enjoys a global reputation for excellence in teaching, innovation, and research. The School of Civil Engineering at UCD is renowned for its cutting‑edge research in structural dynamics, mechanics, and emerging interdisciplinary fields. UCD offers a dynamic and multicultural academic environment, with access to world‑class laboratories, collaborative research networks, and a thriving student community. Studying in Ireland provides international students with the benefit of living in a country known for its high quality of life, cultural richness, and welcoming atmosphere. Dublin itself is a hub for technology and innovation, making it an ideal location for ambitious researchers.

Research Topic and Significance

The focus of this PhD position is on the mechanics of nonlinear and nonreciprocal metamaterials—engineered materials whose mechanical response changes depending on the direction of applied forces. Unlike traditional materials that exhibit symmetric responses, these metamaterials break conventional symmetry, resulting in unique properties such as direction‑dependent stiffness and energy transport. The research explores fundamental questions about symmetry breaking, the quantification and measurement of nonreciprocal behaviour, the bounds of nonreciprocal properties, and the influence of nonlinearities and topological features on energy transport and isolation. This work is at the forefront of materials science and mechanical engineering, with potential applications in vibration isolation, advanced sensors, and energy harvesting devices. The development of such metamaterials could revolutionise how we design structures and devices that interact with mechanical waves and vibrations, opening new avenues for both scientific discovery and technological innovation.

Project Details

This fully funded four‑year PhD project is based in the School of Civil Engineering at UCD’s Newstead Building. The successful candidate will be supervised by Dr. Muhammad Gulzari. The research will involve developing rigorous theoretical models to study the mechanics of nonlinear and nonreciprocal mechanical metamaterials. These models will be validated through the design and fabrication of metamaterials, numerical simulations using COMSOL Multiphysics PDE module (or similar tools), and experimental testing. The project will require hands‑on experience in both computational modelling and laboratory experimentation, including the use of vibration testing equipment and advanced measurement tools. The interdisciplinary nature of the research will allow the candidate to collaborate across engineering and applied physics domains.

Candidate Profile

Ideal applicants for this position will have the following qualifications and attributes:

• A BSc and/or MSc in Engineering (Civil, Structural, Mechanical, or related fields)
• Strong foundation in theoretical and applied mechanics, structural dynamics, nonlinear systems, and mechanical metamaterials
• Experience with numerical modelling tools such as COMSOL Multiphysics, MATLAB, Python, or Mathematica
• Familiarity with experimental tools including Laser Doppler Vibrometer, vibration shaker, and related equipment
• Excellent communication, academic writing, and presentation skills
• Aptitude for multidisciplinary research and effective time management
• Ability to work both independently and as part of a collaborative team
• Commitment to high‑quality research and a drive to contribute meaningfully to the project
• Must meet UCD’s minimum English language requirements (see: English language requirements)
• Desirable qualifications include a Master’s degree with a strong research component or exceptional undergraduate research experience.

Application Process

To apply, candidates must submit a Cover Letter and CV via the specified online form. Applications lacking a Cover Letter will be considered incomplete. Only shortlisted candidates will be contacted for an interview. Applications submitted by email will not be considered.

For further details and the official application form, please refer to the original advertisement: Full Job Description.
Application Deadline: 2025-02-08

Conclusion

This is an exceptional opportunity for ambitious researchers to join a leading university and contribute to transformative advances in the mechanics of metamaterials. If you are ready to take on a challenging and rewarding PhD project in a vibrant international setting, we encourage you to apply.