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Biomedical + Mechanical Engineering · Duke University

Lucas Alexis

I design medical technology to expand my skillset and address needs in my community and abroad.

My current work includes creating surgical training models, biomaterials research, and designing devices to address gaps in Ugandan healthcare.

I strive to create practical, elegant solutions to problems I think are most worth solving.

  • Surgical education models
  • Medical device design
  • Global health
Lucas Alexis

Selected projects

Video
Completed

Peripheral Arterial Line Model

Mold for silicone forearm model with anatomically accurate arterial and venous channels

June – Sept 2026

  • CAD
  • Mold-making
  • Surgical Education
  • Anatomical modeling
Mold Studio interface: a CT slice with the segmented spleen highlighted, isolation-threshold and manual-correction controls beside it
Software
Ongoing

Organ Model Mold Design Software

Automated mold generation for patient-specific organ models

June 2026 – Present

  • Software
  • CAD Automation
  • Surgical Education
  • Anatomical modeling
Wrist-worn pulse-wave-velocity monitor prototype on a velcro strap
Prototype
Ongoing

Pre-eclampsia Detection Wearable

Wrist-worn pulse-wave-velocity monitor for low-resource antenatal care

June 2026 – Present

  • Wearable Device
  • Diagnostic Technology
  • Low-Resource Innovation

Experience

Research & Industry Experience

  1. 2026

    Matthew L. Becker Research Group — Duke University · Durham, NC

    Sept 2026 – PresentOngoing

    • Characterizing mechanical and electrical properties of synthetic polymers for soft robotics and sensor applications
    • Fabricating biocompatible polymer mesh prototypes intended for vaginal prolapse repair
  2. 2026

    Bass Connections — Duke University · Durham, NC

    June 2026 – PresentOngoing

    • Designing 3D printed molds incorporating dissolvable components to create hollow organ models for robotic surgery training
    • Created multi-part mold for silicone forearm model to improve peripheral arterial line placement training
    • 3D Printing
    • Mold-making
    • Surgical Education
  3. 2024

    Texas A&M Qatar · Doha, Qatar

    June – Aug 2024

    • Investigated the effect of 3D printer parameters on part strength (tensile/compressive), dimensional accuracy, and print reliability
    • Presented experimental findings and statistical analysis to the department head, informing ongoing research on the 3D printing of sustainable polymer blends
    • Redesigned test geometries to dramatically improve print success rates for test prints of experimental polymer blends, accelerating graduate research
    • 3D Printing
    • ANOVA
    • Sustainable polymer blends

Leadership & Team Projects

  1. 2026

    Duke Engage Uganda — Duke University

    June – July 2026

    • Creating wearable device for early screening of pre-eclampsia for women in rural Uganda
    • Conducted virtual needs-finding with clinical partners in Uganda, driving multiple design iterations and validating device performance against custom phantom models, developed due to restrictions on human testing
    • Wearable Device
    • Diagnostic Technology
    • Low-Resource Innovation
  2. 2026

    Med Design — Duke University · Durham, NC

    April 2026 – PresentOngoing

    • Cultivating relationships with medtech alumni to secure speaker events and inform club project selection
    • Leading Engineering Sprint for 50 new members, training them in CAD and electronics fundamentals
  3. 2026

    Medication Adherence Alarm — Duke University · Durham, NC

    Jan – Apr 2026

    • Designed the plastic casing for a device that reminds adults with ADHD to take their medicine, taking into account internal electrical components and the communication of necessary stimuli to the user
    • CAD
    • Enclosure design
  4. 2025

    Enable — Duke University · Durham, NC

    Sept 2025 – PresentOngoing

    • Engineered a custom prosthetic attachment in Onshape to allow the user to hold their phone at multiple angles, successfully integrating into an existing attachment mechanism
    • Onshape
    • Prosthetics
  5. 2025

    Kawempe National Referral Hospital · Uganda

    Aug – Dec 2025

    • Designed three hospital bed attachments to improve delivery ward safety and efficiency
    • Conducted materials and needs research with clinical staff to identify the highest-utility attachments given budget constraints and existing practices
    • CAD
    • Rapid Prototyping
    • Low-Resource Innovation

Skills

Technical

  • Fusion 360
  • SolidWorks
  • Onshape
  • 3D Printing
  • Soldering

Research

  • ANOVA
  • Power Analysis
  • Cell Culture
  • PCR
  • Hemocytometry
  • Gel Electrophoresis

Languages

  • French (native)
  • Spanish (fluent)