3D Model
Steam engine
A steam engine is a mechanical device that converts steam pressure into linear or rotary motion using components like a piston, cylinder, and crankshaft.
3D Model
Diaphragm Pump Drive Mechanism
system features an eccentric shaft configuration that efficiently converts rotational motion into linear translational motion to actuate the diaphragm. Developed in PTC Creo Parametric with a focus on optimized
3D Model
Pivot Assembly
Designed a compact linear slider mechanism for smooth and controlled motion, with a focus on precision alignment, fit tolerances, and ease of assembly. The design ensures reliable operation and repeatable
3D Model
Steam Engine with Horizontal Beam and Centrifugal Pump
mechanical steam engine assembly designed to demonstrate the conversion of reciprocating piston motion into rotary motion through a crank and flywheel mechanism. The assembly consists of a structural base frame
3D Model
Press Power Screw
Design A detailed 3D CAD model of a Press Power Screw mechanism used to convert rotational motion into linear force. Includes main components: Power screw Nut Base Drive interface Ideal for: Mechanical
3D Model
4-Axis Automated Welding System Design
repeatability. The complete system was designed in SOLIDWORKS, including all mechanical components, fixtures, motion systems, and assembly integration. This machine was fully designed in SOLIDWORKS, manufactured, assembled
3D Model
PTFE Diaphragm Actuation Mechanism – FEA Analysis
pump mechanism. The system utilizes an eccentric cam on a rotating shaft to convert rotational motion into linear translation, directly actuating a PTFE (Teflon) diaphragm. The simulation focuses on evaluating
3D Model
Hydraulic Lift & Tilt Carriage Assembly – SolidWorks
provide controlled lifting and tilting motion. The design was developed as a complete mechanical assembly with multiple operating positions evaluated for motion, clearance, component placement, and manufacturability
Service
I offer electronic product development for electrical, electronic and mechanical engineering
Radio Frequency (RF), Power Conversion (Linear & SMPS), Analog Mixed-Signal (Quantization & Linearization), Timing Synthesis & Phase Lock Loops (PLLs), Robotics & Motion-Control (Servos, Steppers, VFD), Digital
Designer
Steven Minichiello
Chief Electrical Engineer
Microwave / mmWave), Power Conversion (Linear and SMPS), Analog Mixed-Signal, Quantization and Linearization, Phase Lock Loops (PLLs) and Servo Control Systems, Motion-Control (Robotics), Digital Logic (FPGAs)