The Emprofessor
CurrentEMPossible offers online course content for electromagnetics and computation.
Jan 2017 - Present
AeroLeads people directory · profile
Raymond C. Rumpf, Phd, Fspie, Smieee Email & Phone Number
Disruptive technologies in electromagnetics, photonics and 3D printing
at
EMPossible
1 work email found
@utep.edu
LinkedIn matched
✓ Verified July 2026
4 data sources
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Current company
Role
Disruptive technologies in electromagnetics, photonics and 3D printing
Location
El Paso, Texas, United States
Who is Raymond C. Rumpf, Phd, Fspie, Smieee? Overview
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Raymond C. Rumpf, Phd, Fspie, Smieee is listed as Disruptive technologies in electromagnetics, photonics and 3D printing at EMPossible, based in El Paso, Texas, United States. AeroLeads shows a work email signal at utep.edu and a matched LinkedIn profile for Raymond C. Rumpf, Phd, Fspie, Smieee.
Raymond C. Rumpf, Phd, Fspie, Smieee previously worked as The EMProfessor at Empossible and Professor of Electrical and Computer Engineering at University Of Texas At El Paso. Raymond C. Rumpf, Phd, Fspie, Smieee holds Doctor Of Philosophy - Phd, Optics from University Of Central Florida.
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Email format at EMPossible
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*@utep.edu
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Profile bio
About Raymond C. Rumpf, Phd, Fspie, Smieee
MISSION:To boldly pursue disruptive technologies in electromagnetics, photonics, and hybrid 3D printing.CAREER ACHIEVEMENTS:* Co-founded Kraetonics LLC that has developed a modern slicer for 3D printing capable of driving hybrid process, off-axis printing, conformal printing, printing of functionally graded materials, and more.* Fellow of SPIE and Senior Member of IEEE* First to develop the capability to 3D print three-dimensional structures with an arbitrary distribution of metals, dielectrics and other materials.* First to demonstrate a 3D volumetric circuit manufactured via 3D prin,ting.* Developed algorithm to bend, twist and otherwise spatially-vary periodic structures while maintaining the size, shape and spacing of the unit cells.* World record for tightest bend of an optical beam inside of a spatially-variant photonic crystal.* Developed methodology to form periodic patterns over doubly-curved surfaces without distorting the patterns.* Most broadband guided-mode resonance device ever demonstrated.* Highest power microwave frequency selective surface ever demonstrated (>> 2 Gita watts)* Thinnest all-dielectric antenna ever demonstrated.* Wrote a book that teaches the art and techniques of computational electromagnetics to the complete beginner.* Developed numerous highly successful online courses in electromagnetics and computation.* Awarded the prestigious UT Regents’ Outstanding Teaching Award along with multiple other teaching awards.My background includes:• Project management and teaching• 3D printing (additive manufacturing)• Metamaterials and photonic crystals• Devices for ultra-high power microwaves and other extreme environments• Diffractive optics and integrated optics• Antennas and frequency selective surfaces• Computational electromagnetics• Computational lithography• Micro/nano fabrication• Signal processing and communications• Advanced packaging• Digital circuit design• Microelectromechanical systems (MEMS)• Thermal management
Listed skills include Simulations, Sensors, Optics, Matlab, and 46 others.
Current workplace
Raymond C. Rumpf, Phd, Fspie, Smieee's current company
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10 roles · 32 years
Raymond C. Rumpf, Phd, Fspie, Smieee work experience
A career timeline built from the work history available for this profile.
Professor Of Electrical And Computer Engineering
CurrentI mentor students in performing high-risk/high-payout research in the areas of electromagnetics, photonics, and hybrid 3D printing. I teach both gradate and undergraduate classes in the areas of electromagnetics and computation.Visit my research website:https://raymondrumpf.com/Visit my academic website:https://empossible.net/
Aug 2010 - Present
Director
Current
Em Lab
Visit my research website here:https://raymondrumpf.com/The mission of the EMLab is to develop revolutionary technologies in the areas of electromagnetics, photonics, and digital manufacturing. The entails pioneering new ways to manufacture three-dimensional multi-material parts as well as exploring ways to fully exploit the new degrees of freedom offered by digital manufacturing. Just over 10 years old, the EMLab has already delivered numerous discoveries, breakthroughs, world records, and first-ever achievements. Our three core areas of capabilities are hybrid 3D printing, electromagnetics and photonics, and computation. Visit raymondrumpf.com to learn more.
Sep 2010 - Present
Founder & Chief Technology Officer
Current
Kraetonics, Llc
Founded company that offers unique capabilities in hybrid 3D printing. OmniFAB(TM) is a software platform for advanced slicing and hybrid 3D printing. Capabilities include the ability to slice multi-material parts, ability to automatically drive hybrid 3D printers, perform off-axis 3D printing, perform conformal 3D printing, and printing of functionally graded materials with arbitrary gradient.
Aug 2006 - Present
Associate Editor
Responsible for coordinating reviews for all manuscripts related to diffractive optics and Fourier optics.
Nov 2009 - Jan 2021
Chief Technology Officer
Prime Photonics Lc
Company develops sensors for extreme applications. I helped the company transform its technology portfolio and open it to new markets.
Jan 2007 - Jul 2010
Principal Investigator
Now L3Harris. I worked for the Microsystems Technology Group where I was responsible for developing revolutionary technologies to radically miniaturize communications systems. Research included advanced packaging, power generation, thermal management, and more.
Sep 1997 - Jul 2006
Research Assistant
College Of Optics And Photonics, Creol
The Micro-Photonics Lab, directed by Dr. Eric G. Johnson, performed cutting-edge research and development in micro/nano-photonics and diffractive optics. My research involved simulating the microfabrication processes, feeding these geometries into electromagnetic simulations, and designing and optimizing devices based on their realistic geometries.
2001 - 2006
~5 yrs
Graduate Student Assistant Instructror
Florida Institute Of Technology
Taught lab and lecture for Circuit Theory and Computer Design classes. Computer design class entailed working with 80 students, each wire-wrapping and troubleshooting their own single-board computer.
1995 - 1997
~2 yrs
Digital Design Engineer
Designed hardware and wrote software for troubleshooting developmental systems for NASA’s central data storage system. Projects included circuit design, schematic capture, board layout, prototype construction, testing, troubleshooting, and implementation. Digital experience entailed VMEbus architecture.
Jan 1992 - May 1994
6 education records
Raymond C. Rumpf, Phd, Fspie, Smieee education
Doctor Of Philosophy - Phd, Optics
University Of Central Florida
Ph.D., Optics
University Of Central Florida
Master'S Degree, Electrical And Electronics Engineering
Florida Institute Of Technology
Ms, Electrical Engineering
Florida Institute Of Technology
Bs, Electrical Engineering
Florida Institute Of Technology
Education record
Buckingham Friends School
FAQ
Frequently asked questions about Raymond C. Rumpf, Phd, Fspie, Smieee
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What company does Raymond C. Rumpf, Phd, Fspie, Smieee work for?
Raymond C. Rumpf, Phd, Fspie, Smieee works for EMPossible.
What is Raymond C. Rumpf, Phd, Fspie, Smieee's role at EMPossible?
Raymond C. Rumpf, Phd, Fspie, Smieee is listed as Disruptive technologies in electromagnetics, photonics and 3D printing at EMPossible.
What is Raymond C. Rumpf, Phd, Fspie, Smieee's email address?
AeroLeads has found 1 work email signal at @utep.edu for Raymond C. Rumpf, Phd, Fspie, Smieee at EMPossible.
Where is Raymond C. Rumpf, Phd, Fspie, Smieee based?
Raymond C. Rumpf, Phd, Fspie, Smieee is based in El Paso, Texas, United States while working with EMPossible.
What companies has Raymond C. Rumpf, Phd, Fspie, Smieee worked for?
Raymond C. Rumpf, Phd, Fspie, Smieee has worked for Empossible, University Of Texas At El Paso, Em Lab, Kraetonics, Llc, and Optical Engineering (Spie).
How can I contact Raymond C. Rumpf, Phd, Fspie, Smieee?
You can use AeroLeads to view verified contact signals for Raymond C. Rumpf, Phd, Fspie, Smieee at EMPossible, including work email, phone, and LinkedIn data when available.
What schools did Raymond C. Rumpf, Phd, Fspie, Smieee attend?
Raymond C. Rumpf, Phd, Fspie, Smieee holds Doctor Of Philosophy - Phd, Optics from University Of Central Florida.
What skills is Raymond C. Rumpf, Phd, Fspie, Smieee known for?
Raymond C. Rumpf, Phd, Fspie, Smieee is listed with skills including Simulations, Sensors, Optics, Matlab, Nanotechnology, Signal Processing, Photonics, and Electromagnetics.
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