Mitchell T. Williams — Biomedical Engineer

About Me

Where Engineering Meets Clinical Practice

I'm a detail-oriented Biomedical Engineer with a B.S. from the University of Utah, where I specialized in biomechanics. My work sits at the intersection of data science, healthcare operations, and engineering design — turning complex physiological data and repetitive clinical workflows into elegant, automated solutions.

For over a decade I've worked within a clinical environment at Foot & Ankle Specialists, gaining firsthand understanding of healthcare operations while simultaneously applying Python scripting to automate inefficiencies. I also run Vortex Design, delivering polished digital products for medical and community organizations.

Core Competencies

codePython functionsMATLAB bar_chartR / RStudio analyticsData Analysis architectureCAD (Fusion 360) biotechSignal Processing edit_noteTechnical Writing monitor_heartBiomechanics show_chartStatistical Analysis precision_manufacturingMechanical Design sciencePharmacokinetics model_trainingSystem Modeling directions_runGait Analysis local_hospitalHealthcare IT terminalProcess Automation psychologyCritical Thinking

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Academic Foundation

B.S. Biomedical Engineering (Biomechanics Emphasis) — University of Utah. Advanced coursework in Biosignals & Biosystems Analysis, developing expertise in physiological data interpretation and system modeling.

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Clinical Environment

Over a decade embedded in a foot and ankle specialty practice — managing EMR migrations, supply chains, biomechanics research collaborations, and physician referral networks.

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Community Service

Active volunteer with Team RWB since 2018, coordinating veteran engagement programs and leading weekly fitness events in the Salt Lake City area.

Selected Projects

Work That Defines Me

A selection of engineering, research, and design projects drawn from academia, clinical practice, and independent work.

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01 — Senior Research Thesis

3D Gait Analysis in Plantar Fasciopathy

Explored the biomechanical link between lower-extremity movement variability and plantar fasciopathy in runners. Using 3D motion capture and custom R scripts to analyze multi-joint kinematics across 30 participants, the study revealed that injured runners exhibit a significant reduction in movement variability—particularly in knee rotation and heel mechanics—providing quantitative, data-driven insights to refine clinical rehabilitation protocols.

BiomechanicsKinematics3D Motion CaptureGait AnalysisClinical ResearchStatistical AnalysisTechnical WritingR

open_in_newView Research

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02 — Capstone Competition

Stroke Hand Therapy Device

Led a multidisciplinary team to design a rehabilitation device for stroke patients targeting hand motor recovery. Awarded Most Innovative Design at the University of Utah BME Capstone Competition.

CAD / Fusion 360Rehabilitation Eng.Prototyping

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03 — Clinical Automation

Python Clinic Efficiency Scripts

Designed and deployed Python automation scripts at Foot & Ankle Specialists to eliminate repetitive administrative tasks — improving overall clinic efficiency by 15–20%.

PythonProcess AutomationHealthcare IT

open_in_newView on GitHub

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04 — Academic Tool

Pharmacokinetic Analysis Programs

Designed custom Python programs to streamline compartment pharmacokinetics analysis, automating numerical methods and visualizations to accelerate workflows and improve solution accuracy.

PythonPharmacokineticsModeling

open_in_newView on GitHub

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05 — Game Tool

Elite Dangerous Pather

A Python web application that calculates distances between star systems in Elite Dangerous using the EDSM (Elite Dangerous Star Map) API. The calculator features an intuitive interface for plotting routes, optimizing paths, and managing system coordinates.

PythonWeb AppAPIGame Tool

open_in_newView on Github

Work History

Professional Experience

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Practice Administrator, IT Specialist & Medical Assistant

2015 — Present

placeFoot & Ankle Specialists · West Jordan, UT

Managed patient interactions, supply inventory, and optimized clinic workflows, driving measurable gains in operational efficiency.
Led a full patient data migration to a new EMR system, ensuring end-to-end data accuracy and integrity throughout the transition.
Developed and deployed Python automation scripts, improving clinic efficiency by 15–20% and reducing manual administrative burden.
Collaborated on biomechanics research projects, applying data analysis to derive clinical insights into patient conditions.
Coordinated outgoing referrals across a broad network of physicians, hospitals, and imaging centers.

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Owner & Founder

2020 — Present

placeVortex Design · Riverton, UT

Founded and operate an independent graphic design and development studio, delivering event collateral, websites, and custom applications.
Modernized the Utah Podiatric Medical Association website, significantly improving user experience and increasing organic site traffic.
Maintained a 100% client satisfaction rate across all engagements through strong communication and commitment to quality output.
Managed all aspects of the business: client acquisition, project scoping, delivery, and ongoing relationship management.

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Volunteer

2018 — Present

placeTeam RWB · Salt Lake City, UT

Facilitated veteran and community engagement through fitness events, social activities, and community outreach initiatives.
Coordinated and led weekly fitness events, fostering a supportive and inclusive environment for veterans.
Served as a primary point of contact for multiple events, ensuring clear logistics and smooth coordination.

Education

Academic Background

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Bachelor of Science — Biomedical Engineering

University of Utah · Salt Lake City, UT

Emphasis in Biomechanics · Electives in Mechanical Engineering

Awarded "Most Innovative Design" at the University of Utah BME Capstone Competition for the Stroke Hand Therapy Device.
Conducted senior research thesis using 3D gait analysis to study kinematic variability in runners with plantar fasciopathy.
Designed custom Python programs to automate compartment pharmacokinetics analysis workflows.
Gained hands-on experience in mechanical design and rapid prototyping using CAD (Fusion 360) to develop functional medical components.
Completed advanced coursework in Biosignals & Biosystems Analysis — focusing on signal processing, system modeling, and physiological data interpretation.
Developed strong proficiency in statistical analysis methods and technical writing, translating experimental datasets into actionable clinical insights.

monitor_heartBiomechanics Core

3D Gait Analysis
Musculoskeletal Mechanics
Biomaterials
Orthopaedic Biomechanics
Human Motion Analysis

analyticsData & Systems

Biosignals & Biosystems Analysis
Statistical Methods in BME
Physiological Signal Processing
Compartment Modeling
Scientific Computing (Python/MATLAB)

precision_manufacturingMechanical Electives

Engineering Mechanics (Statics/Dynamics)
Mechanics of Materials
CAD & Product Design
Material Science
Mechanicsl Testing & Design

Contact

Let's Work Together

Whether you're exploring candidates for biomedical engineering roles, looking to collaborate on research, or want to discuss a technical challenge — I'm always open to a conversation.

linkedin.com/in/williams-mitchell

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GitHub

https://github.com/BattlemasterLoL

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