Research Counseling
Research at IAM, RWTH Aachen University
Our principal research interest is to study the hierarchically structured biomaterials, e. g., spider silk and nacre, as well as new advanced materials, such as silica aerogel, aerographene, cellulose aerogel and their composites, by using computational methods. This approach starts from an atomistic level, where structures and properties of each constituent or building block are studied under loading and at failure. It creates a link between the understanding of the mechanical behavior of materials at the nanoscale, and its macroscopic mechanical features.
Our research work mainly utilizes classical molecular dynamics (at nano-scale level) and finite element method (at macro-scale level) techniques.
Bachelor/Master/Ph.D. thesis at RWTH
Blending experience with the novel ideas from the young aspirants
Removing the gaps from theoretical understanding and practical world scenarios using experimental techniques
Convert your thesis work into a peer-reviewed publication
Build your professional network
Develop and improve your scientific writing
Make your thesis as an essential footstep to your professional career path
Industry sponsored Ph.D. at RWTH
Structured programs for industry sponsored doctoral theses
Long term benefits of the collaborative work for academia and industry
Establish a bridge between your industry and the institutes from RWTH Aachen University
Cultivating research culture at your organization
Collaborations with academia for technologies and businesses of tomorrow’s world
International Journal Publications
Find peer-reviewed journal publications on the following links: IAM list of publications