Not specified (assume onsite for research activities unless further details are provided).
Bachelor's or master's degree in materials science
Hands-on experience with tensile fatigue fracture testing
Experience with hydrogen charging and stress-corrosion cracking
A*STAR Research Entities is looking for a highly motivated Research Engineer to support experimental research focused on the performance and reliability of materials in extreme environments, particularly related to hydrogen. The ideal candidate will possess a degree in a relevant field and have hands-on experience with mechanical testing and materials characterization
Job Summary
The role focuses on supporting experimental research regarding the performance and degradation of materials under extreme environment conditions.
Incumbents will conduct critical hydrogen-related mechanical tests including tensile, fatigue, and fracture experiments using high-pressure autoclaves.
The position requires maintaining rigorous documentation and ensuring compliance with laboratory safety standards for electrochemical and pressure systems.
Matching Summary
Match Score: 85
A*STAR Research Entities is looking for a highly motivated Research Engineer to support experimental research focused on the performance and reliability of materials in extreme environments, particularly related to hydrogen. The ideal candidate will possess a degree in a relevant field and have hands-on experience with mechanical testing and materials characterization.
Skills & Requirements
Must-have
Bachelor's or Master's degree in Materials Science
Hands-on experience with tensile fatigue fracture testing
Experience with hydrogen charging and stress-corrosion cracking
Ability to operate high-pressure H2 autoclave systems
Proficiency in experimental data analysis and reporting
Nice-to-have
Experience with SEM EBSD XRD DSC TGA characterization
Knowledge of laboratory safety for corrosive environments
Strong organizational skills for inventory management
Ability to troubleshoot practical test issues independently
Experience preparing technical publications and grant deliverables
Key Requirements
Degree in Materials Science, Mechanical Engineering, Metallurgy, or Chemistry
Demonstrated hands-on experience in environmental assisted cracking
Understanding of laboratory safety practices for gases and pressure