Amir Rahimizadeh, Phd Email & Phone Number

Canada

Toronto, Ontario, Canada

Toronto, Ontario, Canada

BrainStation is the global leader in digital skills training, empowering businesses, and brands to succeed in the digital age. I joined the education team to help shape the next generation of data scientists and contribute to the content development of the data science curriculum.

Toronto, Ontario, Canada

ThoughtWire (TW) is a leading provider of Digital Twin Technology for built environments, helping hospitals and commercial buildings operate smarter, safer, and healthier. As a Senior Data Analyst, my role is focused on supporting our global clients to leverage Data analytics and statistical methods to uncover the system/system and system/human interaction patterns and visualize data from internet of things devices.

Toronto, Ontario, Canada

Calgary, Alberta, Canada

CGG is a world-leading technology & high-performance computing company, employing 5,000+ people globally & with annual revenues of over $900 m. I joined the Data Science and Seismic Imaging unit to help clients from Oil & Gas sector leverage AI to reduce costs and make informed data-driven decisions.

Montreal, Quebec, Canada

NRC is the Government of Canada's largest research and technology organization that delivers a national platform for innovation. During my time at NRC, I was mainly focused on development of optimization algorithms for a novel class of bio-inspired material.

Montreal, Canada Area

Research Activities:• Developed a machine learning algorithm for property prediction of recycled materials, leading to 30% increase in the accuracy of risk assessment• Designed and validated an efficient recycling scheme to transform used wind turbine blades into new thermoplastic composites for 3D printing• Developed an automated feature extraction and convolutional neural network optimization for real-time warping monitoring in 3D printing, resulting in 3×less waste production… Show more Research Activities:• Developed a machine learning algorithm for property prediction of recycled materials, leading to 30% increase in the accuracy of risk assessment• Designed and validated an efficient recycling scheme to transform used wind turbine blades into new thermoplastic composites for 3D printing• Developed an automated feature extraction and convolutional neural network optimization for real-time warping monitoring in 3D printing, resulting in 3×less waste production during 3D printing• Managed $50K budget funded by research Center for High Performance Polymer and Composite System to collect experimental data resulting in 4 publications and 3 conference presentationsLeadership and Supervision:• Supervised four McGill undergraduate capstone projects and one exchange Master’s student from EPFL• Regularly met with entrepreneurs and international partner companies to turn my recycling idea into an industrial scale product• Selected as the only PhD finalist from Canada for JEC composite challenge (The largest composite show held every year in Paris) Show less

Montreal, Canada Area

Course:MECH 393 (Machine Element Design)MECH 210 (Mechanics 1)• Designed and led weekly lecture review and discussion sessions for over 110 students

• Tutored students in continuing education through McGill Tutoring Service (MECH 210, MECH 393, MECH 321, MATH 139, MATH 140, MATH 141).• Invited by McGill Institute for Aerospace Engineering (MIAE) to organize a software tutorial workshop on CATIA V5

Montreal

• Developed an optimization package including ANSYS APDL and MATLAB codes to Design novel high strength porous biomaterial for biomedical implants• Studied the mechanical behavior of lattice structures using the asymptotic homogenization theory coded in MATLAB. • Developed a MATLAB code coupling ANSYS with MATLAB to perform stress constrained topology optimization

Doctor Of Philosophy - Phd, Mechanical Engineering, 4/4

Activities and Societies: Structures and Composite Materials Laboratory Thesis title: Recycling of wind turbine blades in the form.

Master’S Degree, Mechanical Engineering, 3.98/4

Activities and Societies: Architected Materials Group Thesis title: Porous architected biomaterial for a tibial-knee implant with minimum.

Bachelor’S Degree, Mechanical Engineering, 3.94/4 (18.18/20)