Hello, welcome! My name is
SADEGH
A Biomechanical Problem Solver
A fourth year PhD student working as a research assistant in the Musculoskeletal Imaging and Orthopedic Biomechanics lab at the University of Vermont.
As a part of a biomechanics team, my research expertise is using 3D motion capture, wearables, machine learning, high-speed dual fluoroscopy and MR imaging to assess the effects of sport-related injuries on the mechanics of joints.
4 years of experience with the use of motion capture, wearable and EMG sensors, quantitative MRI and computer models with high-speed dual Fluoroscopy on patients post-trauma
Developed algorithms, software and GUIs on Matlab and Python to quantify joint kinematics, cartilage contact mechanics, stress/strain analysis and muscle activation.
Managing an NIH-funded study at the UVM medical center. Mentoring more than 10 graduate/undergraduate on biomechanics research in the musculoskeletal imaging and orthopedic biomechanics lab
Kinematics and Arthrokinematics of patients following ACL+M reconstruction utilizing 10 Vicon cameras, an instrumented force plate and a high-speed dual fluoroscopy imaging system.
MIOB Lab
3D reconstruction of bone motion using dual-fluoroscopy combined with model based tracking utilizing C-Motion.
MIOB Lab
Contact Mechanics of a TKA performed with Stryker's Mako robot.
MIOB Lab
Developing a deep learning model to automate the segmentation of knee bones and cartilages.
MIOB Lab
Stability assessment of patients with MS. Developing algorithm on Matlab to determine the stability of the patients using APDM wearable technology.
Department of Exercise Science, University of Vermont
Bachelor's Thesis
Stability tests on Zimmer TKAs in different flexion angles; Finite Element Analysis using Abaqus.
Sharif University of Technology
I was fortunate enough to spend 4 years in the best college in my home town, the beautiful city of Tehran.
Thesis:
The stability tests on the Zimmer's TKAs; Finite Element Analysis (In Persian)
I am grateful that I had a chance to learn from an impressive group of biomechanists in a futuristic start-up in Tehran.
I led a study focused on the changes of the mechanical properties of the lower limb on patients following SCI; Finite Element Analysis
I defended my Master's thesis in August 2023. My thesis was the (arthro)kinematics and qMRI changes following ACL+M surgery.
The most outstanding orthopedics research of year 2024
Larner College of Medicine, Vermont
Presented our recent work on patients post-ACLR at American Society of Biomechanics
Madison, Wisconsin
Set up an EMG-based game of Tetron for Vermont high school science cafe
Burlington, Vermont
MIOB Lab
Power team
My educational journey led me to the opposite side of the globe, placing me in a situation where I had the privilege of making the closest friends of my life.
Thank y'all for your support and assistance.
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