Xiangbin Wang Email & Phone Number

Thurso, Quebec, Canada

Thurso, Quebec, Canada

- Research and develop nano-imprinting techniques at laboratory and manufacturing scales.- Develop and optimize nano-replication and chemical deposition processes to scale up nano-optic devices for manufacturing.- Expedite the scale-up phase of product development via failure mode analysis and implementation of corrective actions.- Develop standard operating procedures to ensure a consistent level of quality in nano-structure replication across laboratory and device production steps.- Collaborate with scientists and process specialists in fast-paced environment.

Thurso, Quebec, Canada

Worcester, Massachusetts, United States

I spearheaded research projects on the advanced solid-state processing technologies (friction stir welding and processing) of aluminum alloys, magnesium alloys, and steels, in collaboration with automotive companies such as Honda and General Motors.These projects cover a wide range of materials science and engineering disciplines. They include but are not limited to: microstructure evolution, materials flow behaviors under elevated temperature and deformation, mechanical properties, failure analysis, residual stress analysis, process optimization on processing parameters & designs, and computational modeling using finite element analysis & phase-field method.I was able to produce time-dependent deliverables by utilizing innovative & analytical thinking, problem-solving, project management, time & priorities management, and fast-learning skills. My research bridges the gaps in understanding the fundamental mechanisms and process optimization of joining dissimilar alloys, resulting in 5 papers and 4 optimized processes. Key discoveries had been presented in +10 technical reports & presentations and communicated with professionals from automotive and aerospace industries. Throughout my doctoral program, I had been collaborating with researchers with expertise in a wide range of materials science and engineering topics, such as additive manufacturing, cold spray, and materials computational modeling. It broadened my knowledge and helped me learn new methodologies & skills.Besides the research projects, I performed tasks that include managing tool & chemical inventory, setting up experimental equipment & procedures, training junior team members and students, and mentoring undergraduate students on graduation projects.

Worcester, Massachusetts, United States

- Host weekly conference and office hour teaching and mentoring students on coursework- Designed and organized materials for assignments and exams- Supervised and mentor students on project presentations

Doctor Of Philosophy - Phd, Materials Engineering

• Developed innovative theories of material behaviors, process optimization designs, and computational models of advanced solid-state.

Master Of Science - Ms, Materials Engineering

Bachelor Of Engineering - Be, Materials Engineering