Senior Mechanical Engineer — New York, NY

Peter Pham

Medical devices and mechanical products, designed around how they will be made.

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CAD view of the interior assembly of the mobile battery charger
Fig. 1 — Mobile battery charger, interior
DisciplineMechanical design
DomainsMedical · Product
ProcessesMolding · Additive
On file13 projects

Selected work

01GLW Medical

Apollo AFX™

Ankle fracture plating platform. Plate design, manufacturing-process evaluation, production fixtures.
Excalibur targeting jig, rendered in white on a dark green background
02GLW Medical

Excalibur™

MIS calcaneal correction system. Project management.
Sabre instrument positioned along a rendered foot skeleton
03GLW Medical

Sabre™

MIS bunion correction system. Project management.
CAD view of the core half of an injection mold
04Boyce Technologies

Injection Molds

Six molds taken from concept to production.
▶ CAD videoCAD view of the battery charger enclosure
05Boyce Technologies

Mobile Battery Charger

Sheet-metal battery bank station for a bike trailer. Exploded-view CAD video.
CAD view of the tail light housing from the front, with a red lens
06Boyce Technologies

Tail Light for Bike Trailers

Machined aluminum housing with an integrated flag holder.
CAD view of the assembled two-piece phone stand
07Personal

Phone Stand

Two-piece 3D-printed stand that slides together for transport.
▶ CAD videoCAD view of the sheet metal box with the lid open
08Personal

Sheet Metal Box

Hinged, riveted sheet-metal box with a magnetic latch.
▶ CAD videoCAD view of the storage container
09Personal

Storage Container

Sheet metal and composite panel container with sliding bypass doors.
Render of the RC car with a clear acrylic gearbox housing
10WPI

RC Car

Four-stage gearbox and five-bar steering linkage. Placed 2nd.
Photo of the clear prototype puzzle with a blue braille faceplate
11WPI

Puzzle for Blind Children

Tactile puzzle-maze with braille-numbered faceplates.
Render of the flapping wing mechanism with both wings extended
12WPI

Kinematic Flapping Mechanism

Biomimicry linkage modeled on an eagle wing.
Photo of the orange 3D-printed pump model on a white base
13WPI

Pappenheim Wheel Chamber

Scaled working model of a pump mechanism.
All projects as a list
ItemDescriptionContextType
01 Apollo AFX™GLW MedicalMedical
02Excalibur™GLW MedicalMedical
03Sabre™GLW MedicalMedical
04Injection MoldsBoyce TechnologiesProduct
05Mobile Battery ChargerBoyce TechnologiesProduct
06Tail Light for Bike TrailersBoyce TechnologiesProduct
07Phone StandPersonalPersonal
08Sheet Metal BoxPersonalPersonal
09Storage ContainerPersonalPersonal
10RC CarWPIAcademic
11Puzzle for Blind ChildrenWPIAcademic
12Kinematic Flapping MechanismWPIAcademic
13Pappenheim Wheel ChamberWPIAcademic
Portrait of Peter PhamDetail A
Scale 1:1

Seven years across regulated medical devices and commercial hardware. I design parts with the manufacturing process in mind from the first sketch.

General notes

  1. DFM/DFA, statistical tolerance analysis, GD&T to ASME Y14.5.
  2. Design controls and DHF, FMEA and risk management, V&V testing.
  3. Injection molding and additive manufacturing.
  4. Creo Parametric, SolidWorks, Autodesk Inventor.

Revision history

RevDescriptionDate
ESenior Mechanical EngineerGLW Medical · Englewood Cliffs, NJ2024 — Now
DMechanical Design EngineerBoyce Technologies · Queens, NY2022 — 2024
CMechanical Design EngineerSPIROL · Danielson, CT2021 — 2022
BDistribution Design EngineerLeidos · Framingham, MA2019 — 2021
AB.S. Mechanical EngineeringWorcester Polytechnic Institute2019