Dylan Richardson Email & Phone Number

Huntington Station, Ny, Us

Hauppauge, New York, United States

Fairfield, Connecticut, United States

I completed multiple projects to support various departments in their manufacturing processes:I designed and executed a project to improve the surface finish of balls to reduce wear and the increase lifespan of bearings. I used diamond lapping paste of differing grades and a Twister Speed Lathe to reduce the roughness. I used a profilometer before and after working the ball to determine the effectiveness of the various methods used. I provided floor support to the PTFE Liner Department and increased the efficiency of purchase requests.I used SolidWorks and an FDM printer to design and prototype parts to assist in the automation of a Takamaz Lathe. The parts were used as an orientation guide for the transfer between a vibratory table and a loader conveyor belt.

Piston Project: I created a project for mechanical engineers taking Dynamics which requires the use of Solidworks and 3D printing to make a crankshaft-piston assembly to learn about practical applications of the concepts learned in the classroom. Through various presentations and workshops, I guided students through the semester-long project. I checked in with students weekly and assessed them as they completed the various milestones. The students were able to design their crankshaft-piston assemblies and analyze their movements in Solidworks and compared those results to the actual results from the 3D printed assemblies which were moved by the use of Arduinos.Bridge Project: I created a project for mechanical engineers taking Statics requiring the use of Solidworks and 3D printing to make a bridge to learn about practical applications of trusses. I created a presentation to teach students the necessary skills to be able to complete the project as well as provide examples of what could be done. I guided them through the semester long project by checking in on them weekly, giving advice on how to execute their ideas, and gave feedback on bridges they made. Creation of New Labs: Materials Science: I used a Wide-Area 3D Measurement System VR-5000 Series to test for the surface roughness of specimens. I used the Zwick/Roell Instron Z005 to create a lab using a Three-Point flexural test to find the Modulus of Elasticity and how brittle/ductile the 3D printed specimens were. I independently learned how to operate these machines, designed and ran the experiments, and wrote a lab manual for students to follow. Fluid Mechanics: The two labs I wrote involved the use of a wind tunnel. The first lab allowed students to test how drag forces differ across a range of different shaped objects. The second lab allowed students to use an aerofoil to analyze how the change in angle of attack affected the lift and drag forces.

Stamford, Connecticut, United States

Tasks: I wrote and modified G-Code to allow for parts to be machined on CNC machines. I operated CNC milling machines, a CNC lathe, and Bridgeport milling machines to create custom parts for customers. I fulfilled orders by assembling and packaging locks. I assisted in the creation of a custom casing for an antique lock. Skills Learned: Writing and modifying G-Code to be compatible with CNC machines. Using Solidworks to create custom parts. How to operate CNC milling machines, CNC lathes, Bridgeport Milling Machines, Surface Grinders, and Lathes.

Master'S Degree, Management

Bachelor Of Science - Bs, Mechanical Engineering

Education record