Postgraduate Research Opportunity: The innovative PRD research project, “PolyStore,” is dedicated to advancing hydrogen energy storage capabilities by developing novel methods for safe and efficient hydrogen storage. Hydrogen is a clean and promising energy source, but its secure storage presents significant challenges. PolyStore aims to address this challenge by utilizing composite materials that can effectively and safely store hydrogen in a variety of applications.
Designation: Postgraduate Researcher
Research Area: Materials Science, Chemistry, Chemical Engineering, or Related Fields
Location: Technological University of Shannon, Mechanical Engineering Department, Ireland
Eligibility/Qualification: Applicants should possess a strong academic background in mechanical engineering, materials science, chemistry, chemical engineering, or related fields. Specifically, candidates should have:
- A strong foundation in the development of composite materials.
- Experience with mechanical testing on polymer composite materials under compression.
- Proficiency in mathematics, especially in mechanics, materials science, and computer modeling.
- Understanding of factors influencing material properties.
- Strong analytical skills.
- Excellent written and spoken communication skills.
Job Description:
Postgraduate Research Opportunity: Development of Polymer Composite Materials with Enhanced Mechanical Properties for High Hydrogen Storage Capacity in All-New Networks Design
The selected candidate will be involved in the following activities:
- Development of advanced polymer composite materials for secure hydrogen storage.
- Optimization of the manufacturing process for efficient creation of composite materials.
- Thorough characterization of material properties, including hydrogen storage capacity and mechanical properties.
- Construction of an empirical predictive model using Artificial Neural Networks (ANN) to forecast material properties based on input variables.
The expected outcomes include:
- Creation of high-capacity hydrogen storage materials with improved stability and durability.
- Implementation of an efficient manufacturing process through ANN-guided procedures.
- Contribution to sustainable energy solutions by enabling hydrogen use and reducing CO2 emissions.
How to Apply: Interested candidates are invited to submit their applications via email to [Email Address] by the deadline.
Last Date for Apply: 31 October 2023
Project Details:
- Project Title: Development of Polymer Composite Materials with Enhanced Mechanical Properties for High Hydrogen Storage Capacity in All-New Networks Design
- Project Description: PolyStore is focused on advancing hydrogen storage capabilities by developing unique polymer composite materials that can safely and efficiently store hydrogen. The research involves synthesizing these materials, optimizing the manufacturing process, characterizing material properties, and constructing predictive models.
- Duration of Project: 48 months
- Funding Agency: [Funding Agency Name]
- Type of Degree Offered: Postgraduate Research Opportunity
For more information or inquiries, please contact:
- Lead Supervisor: Prof. Amit Hadar
- Co-Supervisors: Dr. Declan Devine and Dr. Ian Major
This postgraduate research opportunity offers a chance to contribute to cutting-edge research in hydrogen storage technology and its impact on sustainable energy solutions. Join us in shaping the future of clean and efficient energy storage.
