Ryan Chandley II

Biomedical Engineer | D1 Student-Athlete

Atlanta, US.

About

Highly motivated Biomedical Engineer and D1 Student-Athlete with a 3.5/4.0 GPA, adept at biomechanical device design, ex-vivo testing, and experimental validation of tissue and biomaterial systems. Proven ability to lead multidisciplinary research, analyze physiological data, and develop medical devices using CAD/Fusion 360, C++ prototyping, and advanced laboratory techniques, consistently driving innovative solutions for complex biomedical challenges.

Work

Imperial Imaging Technology

|

Biomedical Engineering Intern

Marietta, GA, US

→

Summary

Currently developing strategic proposals and engineering recommendations to enhance medical imaging service operations and drive future product innovation.

Highlights

Developing a comprehensive 17-section position proposal, outlining responsibilities, research priorities, and long-term value for integrating a new Research & Design role within the medical imaging service department.

Analyzing field service and customer challenges across medical imaging equipment, including downtime, troubleshooting limitations, and image quality concerns, to identify critical areas for improvement.

Translating observed service challenges into actionable engineering recommendations for predictive maintenance, advanced diagnostics, image quality monitoring, and workflow improvements, contributing to future OEM patented device R&D.

Southern Illinois University

|

Undergraduate Research Assistant

Carbondale, IL, US

→

Summary

Spearheaded advanced biomechanical research and medical device development, integrating 3D printing and microcontroller systems to simulate microgravity and analyze cellular responses.

Highlights

Designed and prototyped a dual-axis clinostat, integrating 3D-printed components and motor control, to simulate microgravity conditions for cell-based mechanobiology experiments.

Conducted cell-focused electrophysiology and mechanobiology experiments, supporting research on cellular responses to mechanical stimulation and altered gravity environments.

Developed and refined experimental setups using Arduino/microcontroller control, servo motors, and custom 3D-printed assemblies, enhancing lab testing reliability and repeatability by an estimated 20%.

Analyzed complex experimental data using engineering tools such as MATLAB, Python, and signal-processing methods to interpret cell behavior, mechanical response, and device performance.

Collaborated with faculty and research teams to troubleshoot experimental systems, document procedures, and translate biomedical research goals into functional engineering designs.

Volunteer

Staff Small Group Leader

|

Vine Church

→

Led and facilitated small-group discussions, provided mentorship, and supported community-building initiatives within a collegiate church environment.

Highlights

Facilitated weekly small-group discussions, fostering an inclusive environment for peer engagement and personal development.

Provided mentorship and guidance to college students, supporting their spiritual and community growth.

Organized and supported community-building initiatives, enhancing student participation and fellowship within the church.

Volunteer Football Coach

|

Cherokee High School

→

Volunteered for 3 years to coach junior high students, honing their athletic skills, developing character, and encouraging daily discipline.

Highlights

Coached junior high football students for 3 years, improving their athletic skills and strategic understanding of the game.

Mentored young athletes on developing strong character, discipline, and teamwork both on and off the field.

Fostered a positive and encouraging environment, contributing to the personal growth and motivation of student-athletes.

Sunday School Teacher

|

First Baptist Church Woodstock

→

Taught and mentored youth in structured learning environments, developing communication, leadership, and instructional skills.

Highlights

Taught and mentored youth in structured Sunday School environments, facilitating engaging lessons and discussions.

Developed and honed communication and instructional skills through regular teaching sessions.

Fostered leadership qualities and critical thinking among students through interactive learning activities.

Education

Southern Illinois University – Carbondale, IL

Carbondale, IL, United States of America
→
Bachelor of Science Biomedical Engineering Grade: 3.5/4.0

Courses

Cellular & Molecular Biomechanics

Neuroengineering

Neural Networks

Biomedical Instrumentation

Biomedical Microelectromechanical Systems

Image Sensors

Bioelectronics & Biosensors

Signals & Systems

Biomedical Measurements

Bioelectricity

Calc 1 - 3

Diff Equations

Prob & Stats for Engineers

Awards

CECTM Engineering Scholarship

Southern Illinois University Carbondale

Awarded through the College of Engineering, Computing, Technology, and Mathematics in recognition of academic performance, engineering promise, and continued progress within a rigorous engineering curriculum.

Georgia Ready Mixed Concrete Association Scholarship

GRMCA

Selected as a $2,000 scholarship recipient through the GRMCA Scholarship Program, recognizing academic achievement, extracurricular involvement, and commitment to continued college studies.

DeLyte W. Morris Scholarship

Southern Illinois University Carbondale

Selected as a recipient of the DeLyte W. Morris Scholarship in recognition of academic achievement, leadership potential, and demonstrated commitment to excellence.

Saluki Gold Scholarship

Southern Illinois University Carbondale

Merit-based scholarship awarded in recognition of academic achievement, leadership, and demonstrated potential for success in a rigorous engineering curriculum.

NCAA Division I Student-Athlete

Southern Illinois University Carbondale

Selected to compete at the NCAA Division I level while maintaining full-time academic responsibilities, demonstrating discipline, time management, and performance under high-pressure environments.

Languages

English

Skills

Biomechanics & Device Design

biomechanical system design, soft-tissue mechanics, stress-strain analysis, injury-risk assessment, musculoskeletal tissues, wearable biomedical devices, benchtop biomedical devices, medical device development, experimental validation.

Sensors & Instrumentation

piezoelectric sensors, force sensors, pressure sensors, accelerometers, position sensing, sensor integration, signal conditioning, amplification, data acquisition, physiological measurements, biomedical instrumentation.

Data Analysis & Signal Processing

experimental data processing, filtering, Fourier analysis, system response characterization, noise reduction, interpretation of biomechanical signals, interpretation of physiological signals, MATLAB, Python, signal-processing methods, engineering analysis, data visualization.

Electronics & Embedded Systems

integrated circuit design, microcontroller-based systems, servo control, hardware-software interfacing, C++, real-time data collection, device control, Arduino.

Mechanical Design & Prototyping

CAD-based mechanical design, 3D modeling, rapid prototyping, 3D printing, functional biomedical devices, research devices, Fusion 360, AutoCAD.

Research & Experimental Methods

experimental design, protocol development, troubleshooting, validation of benchtop research systems, validation of biological research systems, reproducible documentation, lab records, microgravity simulation research, mechanosensitive cellular behavior, mechanotransduction.

Communication & Collaboration

interpreting peer-reviewed literature, presenting technical findings, multidisciplinary team collaboration, technical documentation, Microsoft Office.

Project Management

system design, signal acquisition, analysis, strategic planning, process optimization, KPI tracking.

Interests

Biomedical Engineering Society (BMES)

Professional Development, Industry Exposure, Peer Collaboration.

NCAA Division I Football Program

Student-Athlete, Athletic Training, Team Performance, Leadership Culture, Discipline, Time Management, High-Pressure Performance.

Fellowship of Christian Athletes (FCA) RSO

Leadership, Campus Programming, Mentorship, Leadership Development.

References

Dr. Chilman Bae

Contact information available upon request

Dr. Haibo Wong

Contact information available upon request

JT Weber

Contact information available upon request

Dr. Justin Pol

Contact information available upon request

Dr. Steven Blair

Contact information available upon request

Coach Nick Hill

Contact information available upon request

Projects

Ex Vivo Shear Wave Propagation - Achilles Tendon Measurement

→

Summary

Led the design and development of a biomechanical sensing device, integrating force, position, and impact measurements, to quantify tendon stress-strain behavior and inform real-time athlete readiness. The project aimed to create a noninvasive diagnostic system for assessing Achilles tendon loading and injury risk, enabling data-driven decisions for athletic training, recovery, and return-to-play through real-time biomechanical feedback.

Double Axis Clinostat

→

Summary

As a Research Assistant, I was involved in the mechanical design, CAD modeling, and experimental validation of a double-axis clinostat to simulate microgravity conditions. This project supported biological experimentation and data collection related to mechanosensitive electrophysiological cellular responses, aiming to simulate microgravity more effectively than single-axis systems to study cellular Mechanotransduction, specifically piezoelectric ion channel behavior under reduced mechanical loading conditions relevant to space biology and biomedical research.

Prosthetic Jaw Project

→

Summary

Designed and fabricated a 3D-printed servo-actuated prosthetic jaw system, integrating C++-controlled circuitry and electromyography (EMG) inputs. This project aimed to develop a functional prosthetic jaw model simulating human mandible motion using EMG control, supporting rehab research and assistive device development for patients with jaw injuries.

Senior Design Capstone Project

→

Summary

Completed a year-long, faculty-advised engineering design project focused on solving a real-world biomedical problem through comprehensive system design, prototyping, testing, and technical presentation.