Enterprisingly Engineered Electromagnetic Technologies, LLC was founded by Mr. Adrian D. Perregaux in March 2011. e3 Tech offers 30+ years of experience in the field of electromagnetics; bringing an unparalleled industrial track record concentrating on the following :

• Understanding the behavior of ferromagnetic materials
  
  
• Processing means for how to take advantage of this behavior
  
  
• Characterization methods for generating repeatable material behavior assessment
  
  
• The use of these materials in the design and manufacturing of devices & applications
  
  
• The development, support and promotion of simulation software tools to assist in the design of such devices

Mr. Perregaux is a long standing IEEE member who celebrates a Senior member status.

Mr. Perregaux served as a Board member for Electric Motor Education & Research Foundation [EMERF] from 2003 - 2007. EMERF is a foundation of the Motor & Motion Association [SMMA].

Mr. Perregaux served as a Board member and technical contributor to the Loss Consortium from 2003 - 2007. The Loss Consortium was a project under the guidance of EMERF which focused on developing measurement techniques and scientific principles for the core losses within laminations.

Mr. Perregaux is a co-inventor for United States Patent No.: 6,062,393.

Mr. Perregaux has the following bibliography :

• Author and presenter of Linear and Rotating Machines, One-day Seminar Workshop, various dates and locations throughout 2017, 2018 & 2019
  
  
• Author and presenter of Introduction to MotorSolve : Rapid Electric Motor Design, Siemens Digital Industries Software - Simcenter Conference, Fall 2018
  
  
• Author and presenter of Thermal considerations for the design of Electric Motors, Mentor Graphics - IESF Conferene, Fall 2018
  
  
• Author and presenter of Magnetic Levitation, Infolytica Engage Conference, Fall 2017
  
  
• Author and presenter of Magnetic Materials, Infolytica Engage Conference, Fall 2016
  
  
• Author and presenter of MotorSolve - Magneto-thermal Co-Simulation for Electrical Machines, Infolytica Engage Conference, Fall 2016
  
  
• Author and presenter of Magnetic-Mechanical Co-Simulation for Electrical Machines, SMMA Fall Technical Conference, Fall 2014
  
  
• Co-author of Pushing the Boundaries of Actuator Design, Magnetics Technology International, 2013
  
  
• Author and presenter of Using FEM Magnetic-thermal Simulation to the Design of Brushless PM Motors, SMMA Fall Technical Conference, Fall 2011
  
  
• Author and presenter of Assessing the Behavior of Hybrid Vehicles with a System Level Simulation Approach, SMMA Fall Technical Conference, Fall 2010
  
  
• Author and presenter of Designing Electric Machines with a Coupled Multi-physics Simulation Approach, SMMA Fall Technical Conference, Fall 2009
  
  
• Co-author of Reduction of conducted EMC using busbar stray elements, Applied Power Electronics Conference and Exposition [APEC], February 2009
  
  
• Author and presenter of Building a Business Case for �Virtual Prototyping" in Engineering, Rensselaer Polytechnic Institute, 2008
  
  
• Co-author of New developments in simulating NDT/ NDE physics with the CIVA modeling platform, The American Society for NonDestructive Testing [ASNT], Fall 2007
  
  
• Author and presenter of Designing Thermal Response of Electric Machines, SMMA Fall Technical Conference, Fall 2006
  
  
• Co-author of Non-destructive testing modeling with the finite element method (Team Problem 8), International Conference on Electrical Machines and Systems [ICEMS], September 2005
  
  
• Guest commentary entitled Revealing The Flux Unseen; Design Software Sheds Light on Invisible Magnetic Phenomena in Magnetics, Business & Technology, Summer 2005, Vol. 4, Issue 2
  
  
• Co-author and presenter of Two Techniques for Modeling an Induction Motor with Skewed Slots with a Time-Stepping 2D-3D Finite Element Method, IEEE Electric Ship Technologies Symposium, July 2005
  
  
• Guest editorial in Appliance Design, September 2004, Vol. 52, Issue 9
  
  
• Author and presenter of Small Business Growth from an Incubator to Commercial Company, Rensselaer Polytechnic Institute, 2004
  
  
• Co-author of Simulation of Switched Reluctance Motors Embedded in Large Networks, PowerCon 2004
  
  
• Co-author and presenter of Nondestructive Testing Modeling with Finite Element Method, Electromagnetic Nondestructive Evaluation [eNDE], June 2004
  
  
• Author and presenter of Cogging Torque and Torque Ripple Analysis in Brushless DC and Switched Reluctance Motors, SMMA Fall Technical Conference, Fall 2004
  
  
• Guest commentary in Desktop Engineering, May 2003, Vol. 8, Issue 9
  
  
• Co-author of the Classical equations and FEA help build a better motor article in Machine Design, May 2000
  
  
• Author of the Finite Element Analysis Software Determines Magnetics Properties Feature Article in Power Electronics Intelligent Motion magazine [PCIM], March 2000
  
  
• Research and technical contributor to the Magnetic and thermomagnetic analysis of metal evaporated tape paper written by D. E. Speliotis and J. P. Judge in the Journal of Applied Physics, Volume 69, Issue 8, 1991
  
  
• Master's Project Report, Observation Methods used for the Characterization of Soft Magnetic Materials, Carnegie Mellon, 1986
  
  
• M.R. Corson, A.D. Perregaux, et al., Luminescence of Cesium Dicyanoaurate(I). Evidence for Extended Au(I)- Au(I) Interactions in Two Dimensions.", Chem. Phys. Lett. 118, 561 (1985)
  
  
• Honor's Thesis- An Investigation into the Phosphorescent Structure of the 458 nm Emitting Level of CsAu(CN)2, Bowdoin College, 1983