Henry Ryle

Mechanical Engineer

Phone: 443-226-0750

As a recent Mechanical Engineering graduate from the University of Maryland, I'm excited to bring my skills into the industry. I have undertaken many projects covering a wide range of topics, and I'm always excited to step out of my comfort zone and learn something new.

Check out some of the things I've worked on!

RESUME

PROFESSIONAL EXPERIENCE

Intern

National Institute of Standards and Technology

Gaithersburg, MD

At NIST, I worked with the Metrology of the Ohm project, which is responsible for defining and maintaining the ohm. There, I was responsible for a number of different projects, ranging from simple electrical and mechanical troubleshooting to complex quantum measurement devices. Many of my projects included design, manufacturing, and testing, like the Quantum Hall Resistance Chamber and the Ultra-Low Noise Relay.

2023

Lab Coordinator

Terrapin Works

College Park, MD

Terrapin Works is a collection of makerspaces on the University of Maryland campus. The different labs cover every type of manufacturing, from woodworking to 3D printing. Working there, I have learned many advanced, industry-standard technologies. These include 3D printing (FDM, SLA, SLS), CNC routing, milling, turning, laser cutting, etc. I was promoted to Lab Coordinator of the woodshop, managing a staff of 10 and ensuring the space was operated safely and efficiently.

2021 - Present

Intern

Next Step Robotics

Baltimore, MD

I got the opportunity to work with a former professor at his startup, where I was tasked with fabricating an upper-arm rehabilitation device. This included utilizing in-house 3D printers, and some of the facilities at UMD, including the electronics shop and CNC machines. After the fabrication, I was able to contribute to the design of the 2nd generation prototype.

2024 - Present

EDUCATION

University of Maryland, College Park

Bachelor of Science in Mechanical Engineering

College Park, MD

2020 - 2024

Relevant Coursework

Core Engineering Courses
- Taken entry-level courses, including Statistics, Mechanics, Materials, Heat Transfer, Fluid Mechanics, and Thermodynamics
Control Theory/Robotics
- ENME 444: Assistive Robotics
  - Theoretical robotics course specializing in the design and control of robots designed for surgery, therapy, and other assistive purposes. Culminated in final design project.
- ENME 361: Vibrations
  - Introduction to vibrations. Introduction of damper, spring, mass systems and early introduction to control systems.
- ENME 462: Control Systems
  - Studied both theoretical and practical analysis of control systems, especially PID controllers.
Design
- ENME 272: Introduction to CAD
  - Learned fundamentals of SolidWorks CAD, both design and assemblies. Culminated in final team project where we designed a spaceship.
- ENME 489O: Design for Manufacturing and Assembly
  - Learned how to critically analyze a part and redesign to emphasize manufacturability/ease of assembly.
- ENME 400: Machine Design
  - More advanced continuation of mechanics. Learned to analyze complex belt/pulley and gear transmission systems, as well as fluid analysis.
- ENME 416: Additive Manufacturing
  - Introduction into DFM for additive processes, including most consumer and industrial grade 3D printing technologies.
  - Designed and printed metal heat exchanger in partnership with Northrop Grumman
Mechatronics/Electronics
- ENME 350: Electronics 1
  - Learned electronics theory, component function/usage (capacitors, transistors, diodes, etc.).
- ENME 351: Electronics 2
  - Practical continuation of ENME 351. Coursework focused on sensing, logic (through Arduino), and actuation. Culminated in final project where I designed and prototyped a smart plant watering system that sensed water moisture levels.
- ENME 441: Mechatronics and the Internet of Things
  - Applied Python and microPython to ESP32 microcontroller platform, culminating in final design project.
- ENME 435: Remote Sensing and Instrumentation (taking Spring 2024)
  - Introduction into remote sensing, including facial recognition.
  - Developed LiDAR scanner with Raspberry Pi and laser pointer, generated scan of outdoor target
- ENMA 417: Li-Ion Battery Design, Testing, and Fabrication
  - Learned about Li-Ion battery chemistry, as well as designing and fabricating them in hands-on laboratories.

SKILLS & EXPERTISE

Design
- Proficient in Fusion360, SolidWorks, Siemens NX, Inventor, and ANSYS.
- Created designs for classes, personal projects, and customers.
- Trained in Design for Manufacturing and Assembly techniques.
- Can generate clear drawings using GD&T and DFMA principles.
Manufacturing
- Proficient with most basic metal and woodworking tools, including metal/wood lathes, manual mills, TIG welding, most handheld power tools, and surface grinders.
- Extensive experience with automated manufacturing, from most forms of 3D printing (including FDM, SLA, and SLS), CNC milling/turning, and laser cutting.
Project Management/Leadership
- In charge of assigning projects and establishing deadlines with woodshop employees, as well as overseeing customer communication and ensuring smooth delivery of final products.
- Experience with project management software, like Jira.
- Researched and wrote proposal, ended up being awarded $35,000 for a new large-format CNC router.
Programming/Mechatronics
- Experience with serial communication using Arduino, and wireless communication using ESP32 platform.
- Design and construction of mechatronic projects.
- Knowledgeable of Matlab, C++, Python, MicroPython.
Electronics
- Extensive electronics experience at work and in school.
- Experienced with soldering, prototyping, and theoretical circuit design.
- Working understanding of PCB design and manufacturing.

CONTACT

Phone

443-226-0750

Email

henryryle@gmail.com