
Ethan A Clarkmoore ~ NSC Nanotechnology Engineering ~ Socratic Airbender/Jedi BlindfoldDancer
12221 8th Ave NW ~ 425.249.1718 ~ mstry4u@gmail.com
Professional Interests :
Nano Fabrication, Material Science, Fusion Energy & Shielding research, Forensic Archeology, Ancient Ceramics, Glass & Glazing techniques
Laser Cutting, 3D printing, Rapid prototyping
Current SnapShot: I'm a GenX Seattleite ~ inventor and material scientist and parent, currently navigating the seas of gig-based work while yearning for something more consistent. Over the past three years, I've been self-employed, specializing in custom laser-cut and product design work. I have begun the patenting process on two of my creations; one being a wrist worn phone holder called a WristRay as well as the most accurate Argon gas piston vaporizer for high temperature medicine which I designed, built and brought to production and sold to professionals in the US and Europe. So I have experience in all areas of bringing a product from conception to a finished product. People are always asking me to make amazing things and I do.
My skills encompass 2D and 3D modeling, as well as a diverse range of fabrication tools. Although I enjoy crafting magical creations in my workshop, I miss the camaraderie of working with people. I'm eager to find a local, part-time opportunity that aligns with my passion for engaging with others, with potential for increased hours as I pursue my creative and professional endeavors, all in the dance of a harmonious work-life balance.
Examples of my creative curiosities are on my websites listed below. Everything from signs and displays, to belts, body harnesses and horned headdresses. Amulet key wizard books, cell phone wrist holsters and more.
Www.ArKiTechnology.com : Creative crafts and imagery
Work History: Before the pandemic, I invested five years working at a sensory deprivation float pool spa in South Lake Union, excelling in customer service, pool, and pump maintenance due to my knack for repair. It was a wonderful balance of meeting and greeting people while easing them into a deeply relaxing space, and getting my hands into the pump mechanics of the pools.
Unfortunately, a scooter accident in March 2019 led to a year of recovery, and I returned to work just before the pandemic forced the business to close its doors. Thankfully, I've made a full recovery and now enjoy mountain hikes on occasion.
Facilitator Role: I've also had the privilege of leading a blindfolded dance workshop on and off over the past 15 years, hosted at yoga and dance studios along the West Coast. This unique workshop focuses on creating a safe and therapeutic movement space through freeform dance. In the coming spring, I'll be taking a three-month course on holding trauma-informed sacred space ~ in service to those whose space I feel responsible for as a facilitator of a meaningful movement practice.
You can learn more about my blindfold dance workshop here: Www.BlindfoldDance.com
Though I can often be seen as a gypsy-pirate-wizard flitting about my magic workshop getting things done and innovating new ideas, I’m often told I have a calming personable presence with a unique style in dress and a good color palette.
Historical LongShot: From a young age, my fascination with technology and creativity led me to develop a "making a better mousetrap" mindset (over fixing what’s not broken), an inclination for hands-on solutions that also made me good at repair.
This ingenuity became evident when I repaired a microchip in my digital address book using nothing more than a needle attached to a soldering iron and a magnifying glass.
My journey took an adventurous turn when I embarked on a global motorcycle expedition at 28, traversing Eastern Europe and partaking in camel treks across the Sahara Desert. These experiences inspired me to obtain a TEFL certification in Thailand, where my passion for teaching English ignited. This newfound expertise led me to a fulfilling year teaching at a trilingual school in Taiwan while also immersing myself in Tai Chi.
After two years abroad and upon my return to Seattle, I ventured into freelance video and web work while continuing to teach and work with children. Got married and had a beautiful daughter, then went to school for NanoEngineering.
Material Science and Nanotechnology Interest
My fascination with Nanotechnology was kindled by my appreciation for ancient glass and glaze craftsmanship, which achieved astonishing light manipulation and color innovation through techniques passed along ancient trade routes over millennia. This interest bridges the realms of Nanotechnology and Archeology, two fields that captivate me.
This passion for Material Science led me to North Seattle College's Nanotech program, where I delved into fabrication processes and deepened my understanding of materials. Notably, I created a cost-effective Lithography System at NSC to empower students in circuitry and microfluidics. I also mastered their laser cutting and 3D printing tools, skills I continue to employ in crafting captivating works and clockwork curiosities.
I worked as a chemical engineer for a product improvement solutions company doing detailed material analysis of aerospace parts and designing a new laboratory setup and experimental protocols for electrochemical fabrication.
While I enjoyed working in the lab, it was a bit of a commute while I was also raising a child and going to school. After I graduated I had the opportunity to work closer to home, consolidate and streamline life into a more sustainable rhythm.
And the balance of life continues ~ I look forward to what’s next ✨

Professional Skills: I bring a professional work ethic and optimistic attitude to the team with a level headed approach to situation analysis and problem solving. With good technical knowledge and excellent communication skills I can offer solid well informed solutions and timely organized reporting. I follow directions well and take initiative to look ahead and to accomplish goals quickly and can go into multitask flow mode or take the lead as needed.
Material Science Tech Skills ~ Abilities
Characterization
~ AFM/STM: Nanosurf Easyscan2
~ DNA PCR Gel Electrophoresis
~ UV Spectrometer for Chem Analysis
~ Chromatography for Chem Analysis
~ SEM: Aspex Explorer w/ EDS/EDX Chem analysis
~ Profilometer: Bruker DektakXT
~ LSCM (Laser Scanning Microscopy): Olympus Fluoview FV10i
Fabrication
~ CADesign: Autodesk Inventor Pro, Fusion 360
~ Laser Cutting: Epilog Zing16 30W CO2 laser & Full Spectrum 45W CO2 laser
~ 3D Printing & Repair: Makerbot Replicator 2, Perusa A8 and Creality CR10
~ Photolithography: DLProjection & Masked UV
~ Wet Etch: BOE/HF
~ PVD: Photoresistor Chip Fabrication
~ PDMS Microfluidic Channel Fabrication
~ Robotics: System Design & Microprocessor Programming
Education & Certifications
North Seattle Community College: Nanotechnology Engineering Program
Nanotechnology Certificate 2012 - 13
AAS-T 2014 - June 2016
Project: DLP Lithography System ~ Maskless lithography system using low cost consumer projector & microscope.
Project: 3D Printed Suction Chuck for spin coating photoactive resin onto 3” Si wafers using a modified food processor.
Project: 3D Printed Acoustic Micro-Fusion Turbine, experimental energy device prototype based on Sound Wheel - 1876.
NSF Scholarship - MicroNanotechnology Conference 2014 ~ Student Presenter ~ DLP Lithography System
HAM Radio Technician Class Certification (Seattle Police Aux Comm Services Volunteer) ~ 2009
PADI Diving Certification: Open Water, Adv OW, Deep, Rescue ~ 2004
TEFLanguage Teaching Certification: TEFL International Thailand ~ 2003
Work & Technical Experience
ArKiTechnology: Creative Crafts and Imagery Www.ArKiTechnology.com
Custom laser cut design work incorporating a variety of tools both in 2D and 3D modeling and fabrication processes.
2014 - Present
LifeFloat: Sensory Deprivation Floatation Therapy ~ Customer Service, Pool and Pump maintenance Seattle
May 2016 ~ March 2020
LiloTree: Characterization/Chem & Failure Analysis of Materials ~ Internship/Chem Engineer Woodinville
Jan 2015 ~ May 2016 www.lilotree.com
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Characterization/Chem analysis of Industry & Aerospace Metal Samples using SEM/EDS
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Track and report test results using Excel spreadsheet software
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R & D of solutions to industry wide problems using powerpoint presentations
Micro-Nanotechnology Fabrication Lab ~ Student University of Washington, Seattle
2014 ~ March 2014
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Implementation of micro-fabrication techniques to manufacture photoresistors:
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Masked UV Photolithography, PVD - Physical Vapor Deposition, Wet etch BOE & HF
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SEM Characterization, Microprobe Testing & Timely Documentation of Results
Wombology: Blindfold Dance Workshop ~ Movement Facilitator Seattle, Portland, Oakland
June 2006 ~ Present
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Design & setup multi-zoned dance floor, discuss personal boundary navigation, maintain physical safety
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Maintain studio cleanliness, opening and closure procedures, payment accounting
Gymboree Play & Music: Teacher ~ Manager ~ Customer Service Seattle & Lynnwood, WA
June 2005 ~ July 2011
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Coordinate classroom activities, help parents set & achieve realistic child developmental goals
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Maintain branch cleanliness & inventory, opening and closure procedures, staff scheduling, hiring & training
Chiba Language School: English Teacher ~ TEFL Certification 2004 Ping Tung, Taiwan
Dec 2003 ~ Jan 2005
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Plan and teach English curriculum to kids ages 3 ~ 18yrs through science, math, writing and play
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Help students set & achieve reasonable learning goals and organize school plays
A wide variety of various maker projects and creations
Wrist Ray ~
Based on the Sony Xperia Ray this blends functionality with stylish form with a new take on a classic wrist communicator
*Also adapted to fit the iphone SE and iphone 12 mini


An Egyptian bracelet comes apart to extend the wrist straps into arm straps.


ArgO is the most advanced Argon piston vaporizer for use by professional practitioners and medical professionals.
Vaporizing in an inert gas environment reduces the oxygen and related combustion with high temperature medicine resulting in higher accuracy dosage control. The patent process is underway as it's desired for use in FDA trials due to it's higher accuracy, tunability and replaceability of parts.
Powered by a variable wattage vape unit, the ArgO allows greater temperature control for a variety of substances. With a replaceable heating element, slider valve carb hole and an LED array to illuminate the chamber..



Cosplay Wings ~
Magnetically interchangeable wings and body harness for a fashion show





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A wrist worn bracelet with light attachment that magnetically combines to form a neck light
Wrist Wrap ~
Creative Explorations & Innovations
The Singer Sewing Microscopy Table uses a typical webcam with its lens in reverse to create a magnification of 400x capable of video and images.
The camera is housed in the base of an antique singer sewing machine and an ornate petri-slide tray is affixed to the foot of the sewing machine near the needle allowing the wheel on the side of the sewing machine to be used for focusing.


3D Printed with Makerbot Replicator2 & CADesigned with Inventor Pro


Full Spectrum Laser Cutter Conversion
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Full Spectrum motherboard removal and upgrade to Ruida
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Rewire all sensors. drivers and motors to new system board
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3D model and print 50W laser tube housing extension
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Replace and install 40W laser tube with 50W



Characterization and Sample images:
fig.1
Aspex Explorer SEM w/ EDS ~ BeeTween Worlds

fig.9

fig.10

Sample Characteristics:
In this bee sample in [fig.11] we can see the difference between the hex shaped cell structures of the eye and the long straight hairs that emerge from between the eye cells. The follicles of the exoskeleton above the eye region are rounder with tree like hair structures somewhat tangled together in a forward leaning direction. The transition zone between the eye cells and the outer region is clearly defined by featureless zone going from the bottom left of [fig.11] and upward, perpendicular to the bright horizon of the hairy eye that cascades diagonally from the upper left of the image to the lower right.
fig.11

fig.12
Nanosurf Easyscan2 AFM - Atomic Force Microscope

Fig. 6 - The letter 'A' from LAB in the word UW MICRO FAB LAB made of Cr & Al deposited upon silicon wafer using UV Lithography, BOE wet etching process & PVD - Physical Vapor Deposition

Fig. 7 - Imaged trenches between fingers of a photoresistor made of Cr & Al on a silicon subtrate. These contacts are distanced upon the dielectric material to allow a specified rate of electron transport when exposed to light and creates current flow within the device.

From a fabrication standpoint the image characterized in [fig.8] is a great example of how the multilayered mask, etch and deposition process come together. The first masked lithography exposure and secondary etch process is used to expose the conductive Si below the oxide surface level of the wafer followed by a lift off procedure. A second layer of photoresist is applied and exposed followed by a PVD deposition of 200nm Al between two 160nm Cr layers which are easy to discern by being above the original surface layer of the Si wafer. A slight mismatch between the two masks expose the deeper Si layer that was covered by the second photoresist layer.
Laser Scanning Confocal Microscope

Bug vs Window - Olympus Fluoview FV10i Confocal Microscope 10x NA 0.4

fig.2
Wing

fig.3
Eye Cells

fig.4
3D Insect leg and antennae
Bruker Dektak XT ~ Profilometer Images
fig.9



3D Map Scan from the topological surface of an antique Master key.
Maskless DLP Lithography System

Projector & Microscope
This DLP Lithography System projects images from Powerpoint presentation software into a thin layer of photoactive goo on a substrate (typically 3” silicon wafer) using a low cost consumer DLP projector and a microscope to create small features in the thin gooey layer of polymer resin. Lithography systems are used in the microfabrication process of a variety microchips, microfluidics and metamaterials.
The whole system includes a modified variable speed food processor to spin coat the thin layer of photoactive resin onto a round substrate that attaches to the spinning rotor via a 3D printed suction chuck.
Hot Plate & Spin Coater
Powerpoint slide of smiley face is embedded in photoactive resin with the DLP lithography system.
Refined Feature Successful!
Feasability Test Feature
Projected Powerpoint Feature





Below is a single line profilometer scan showing test feature topology of smiley face along yellow line in image above/middle. Final image above/right.
Eye
Mouth
DLP System Feasability Test Feature Successful!
Split Ring Resonator - Electromagnetic Cloaking SRR feature created using the DLP Lithography System
Split Ring Resonators are used to create a metamaterial array for cloaking electromagnetic and potentially optical waves. It consists of two copper interlocking features looking like the letter ‘C’ on a dielectric substrate that create a larger toroidal field enabling a redirection of incoming EM waves. SRR arrays are the only known metamaterial that can create a negative refractive index. Below are images of the SRR feature melted into photoactive resin (AZ 1512).

DLP Projector Bracket - Laser cut acrylic and wood composite

Birch wood core w/ Cherry wood stain and laser etched galactic angel with etched leather on camera mounting port.

