Marwa AlAlawi

Marwa AlAlawi is a dedicated PhD student at MIT MechE, specializing in Human-Computer Interaction (HCI). With a strong background in Product Design, 3D Modeling, Fabrication, and VR development, Marwa graduated with a Bachelor's degree in Mechanical Engineering with a concentration in Japanese studies from the prestigious Massachusetts Institute of Technology.

During Marwa's academic journey, she pursued a Doctor of Philosophy (PhD) and a Master of Science (MS) in Mechanical Engineering at MIT. Prior to these advanced degrees, she also completed her Bachelor's degree in Mechanical Engineering at MIT, showcasing her commitment to academic excellence.

In addition to her formal education, Marwa AlAlawi has enriched her learning experience by studying at Phillips Academy for her American High School Diploma and at Khawla Secondary Girls School for Bahrain Twajeehiya, focusing on Science with a concentration in Physics & Math.

Marwa's professional experience spans various reputable organizations, including roles such as being a Graduate Student at MIT HCIE Lab, a Lab Instructor for Toy Product Design, a Virtual Reality Developer at REACT Neuro, a Teaching Assistant at MIT CADLAB, and an Undergraduate Teaching Assistant for Toy Product Design. She has also served as a MIT Global Teaching Lab Team Leader & Instructor, demonstrating leadership and instructional capabilities.

Moreover, Marwa has contributed her expertise as an Undergraduate Research Assistant at the Device Realization Lab and the MIT Media Lab (Personal Robots Group) at MIT, showcasing her proficiency in research and innovation. Additionally, she has gained practical industry experience as an XR Development Intern at GREE International Entertainment, Inc., further enhancing her skills and knowledge in the field.

Marwa AlAlawi's versatile skill set, academic achievements, and professional experience reflect her passion for Human-Computer Interaction, Product Design, 3D Modeling, Fabrication, and VR development. Her dedication to academic growth and practical application in various organizations underscores her commitment to excellence in the field of Mechanical Engineering.