Dr. Daniel Farley

Small equipment development; including design, test, and improvement of new and existing machinery.

Specialist in Electronics Reliability assessment for SSL systems, assisting in the establishment of the TU/Delft BRC (Beijing Research Consortium) for SSL and LED Lighting. Lab manager for the inaugural Micro/Nano System Integration and Reliability Research Group.

Electronics packaging reliability assessment, overstress limit characterization, accelerated life testing, virtual testing & qualification, durability assessments, industry interaction.

Package reliability studies, product testing simulations, shipping durability studies, accelerated test data analysis and interpretation.

Durability testing design and setup, equipment development, LabView programming, interdepartmental communications and data collection, fatigue model analysis and interpretation.

Structural Design-includes drafting in AutoCAD & material selection; project coordination and all mechanical/structural engineering responsibilities, supervision of drafters.

Implemented and analyzed simple and complex structural beam configurations serving as crane runways and headers utilizing ANSYS & Beam Theory, design and drafting of stacker crane structures, transfer of 2-D AutoCAD drawings to 3-D AutoCAD models. (Company went out of business.)

Pressure-Velocity Constant (PV) design for the T850, T750, and T350 Transaxle speed gears, data collection, organization, and testing of data from prototype, reorganization of the component tracking system.

Mechanics of Electronics, Finite Element Theory, Continuum Mechanics

Mechanical Engineering major, Mathematics minor