Working with established brands is always rewarding, but designing for individuals with new product ideas can be just as fulfilling. There’s a distinct joy in collaborating with both types of clients—especially when early-stage clients bring a high level of trust from the start.
In this project, the goal was to develop a wall-embedded body drying solution—something not yet available on the market. After exploring a range of concepts, we arrived at a direction featuring a slim vertical panel of venting that spans the full height of the body. The form intuitively communicates its purpose and delivers a sleek, integrated, full-body experience.
To validate the concept, I built a series of mock-ups to test louver geometries that could optimize lateral airflow—ultimately creating a wider, more effective exhaust trajectory. In the final phase of design, I presented two aesthetic directions: one minimal, timeless, and pure; the other inviting, intelligent, and futuristic.
You can probably guess which path was chosen by looking at the refined engineering model and CMF renderings. The product is now entering a short production run of 20 units and is expected to launch next year.
2024 Luxe Residential Excellence in Design Award
This project began with a clear challenge: design a task light that could be precisely positioned above any desk setup—effectively lighting the keyboard and work surface without creating glare on the monitor. I led the concept design phase, which involved deep research, including measuring dozens of screens, monitors, and workspaces to understand the variability and constraints of real-world environments. The renderings shown here are pulled directly from the final stage of concept development and represent the presentation delivered to the client and founder, Ben Matthews.
This task lamp is a strikingly functional and refined lighting solution designed for flexibility, adaptability, and elegance. From the outset, one of the core design priorities was to ensure that the lamp could articulate smoothly into position and then fold away neatly when not in use. Achieving this required developing a precise linkage system across five points of articulation, allowing the lamp to transform from a fully extended lighting tool into a compact, minimal object with no exposed cords or components. This folding capability not only enhances usability and storage but also enables a highly efficient, low-profile packaging solution—an important goal from both a user experience and logistics perspective.
The final product, developed and refined with the Pure Forms team, blends thoughtful mechanics with high-end materials. Constructed from die-cast and machined aluminum with automotive-grade hinges, the lamp maintains smooth and precise articulation over thousands of adjustments. Independent, tunable white task and video conferencing lights (2700K–6500K) enhance functionality, while built-in features—like dual wireless charging pads, a 65W USB-C port, HDMI connectivity, and a vacancy sensor—establish it as a true workspace hub.
Recognized in 2025 with a Red Dot Design Award and a German Design Award, The Desk Lamp represents a convergence of purposeful design and technical excellence. It’s a beautiful example of what happens when you sweat the details early in the process—and painstakingly push to achieve usability goals.
Featured on Uncrate and fully funded on Kickstarter
Available to Purchase Here
Jetboil Fast Boil Next-Generation Design
Led the concept design for Jetboil's next-generation fast boil camping stove system, engineered to be lightweight, ultra-packable, and optimized for backcountry use. The project focused on refining the user experience by improving key functional aspects such as assembly, attachment mechanisms, flame control precision, and ergonomic touchpoints. Extensive ideation and prototyping were conducted to enhance ease of use, ensuring that setup and operation were intuitive even in challenging outdoor conditions.
A core feature of the final design is the integrated grip around the burner shroud, providing better handling and stability, particularly when adjusting or attaching the system. Additionally, the ignition and throttle knob were reimagined for improved tactile feedback and control, allowing users to fine-tune the flame with greater precision. Packability was a critical consideration, leading to a design that allows all components to efficiently nest within the cooking pot, minimizing bulk and maximizing space efficiency for trail use.
This thoughtfully designed system balances performance, durability, and portability, elevating the Jetboil experience for outdoor adventurers. The project was completed in 2020 and released in 2024, marking a significant advancement in Jetboil's product lineup.
Working on the next-generation Guardian Cap was a rewarding experience, knowing the impact it could have on player safety at all levels of football—one of the country’s most beloved sports. Guardian Sports already had a proven product that effectively mitigated impact forces and reduced the loud, damaging sounds caused by helmet-to-helmet collisions. The challenge for the new design was to enhance the visual appeal without compromising any of the functional benefits.
That meant sticking with the same trusted materials and padding structure, while rethinking the style, shape, and flat pattern of the compression-molded elements. No easy task when designing to wrap around a spherical surface. In parallel, we also set out to improve the cap’s fit and retention across a wide range of helmet models—another layer of complexity.
Our team generated a variety of concepts before selecting an evolutionary direction that balanced innovation with practicality. We explored multiple construction methods beyond the current layup to ensure we were pushing the design forward in meaningful ways. I led the effort, directed collaboration with the client, and once a direction was chosen, I developed the final tech pack artwork and worked closely with engineering to ensure the geometry aligned with our design intent.
The new Guardian Cap is already beginning to show up during primetime matchups—so keep an eye out for this next-gen product as it makes its way into the spotlight.
Designed in 2023; Released in 2025
Available to Purchase HERE
While working with the Department of Defense (DOD) and Shock Doctor, I developed a series of concepts to visually communicate the collaboration between the U.S. Army and the premium mouthguard brand. These concepts ranged from traditional blister-pack style packaging to more unique, attention-grabbing ideas, such as an MRE (Meal, Ready-to-Eat) bag-inspired design. Each packaging concept was paired with a custom case, and the products were showcased in an end-cap display, complete with graphics that reinforced the story and mission behind the collaboration. The designs aimed to enhance the product’s presence while creating a strong visual link between the Army’s rugged, utilitarian nature and Shock Doctor’s premium, performance-driven brand identity.
Work Completed in 2020
Allen Sports approached us with a mission to redefine bike racks—creating a solution that would meet the needs of modern cyclists with simplicity, innovation, and reliability. The goal was to design a system that could securely attach to vehicles without traditional mounting methodology and provide the user with live feedback - ensuring peach of mind on the road.
The Design Process
To tackle this challenge, I led the concept design phases. The process began with in-depth research into user needs, vehicle compatibility, and existing suction-based mounting technologies. We explored various ways to integrate strength, adjustability, and user-friendly operation with familiar touch-points and an intuitive app. Fully understanding the user experience both while mounting and driving was essential.
The core of this product lies in its advanced suction mounts, which secure the rack firmly to a wide variety of surfaces. By incorporating collapsible arms and a minimal frame, we ensured the rack could be folded down for easy storage and transportation. This design allows users to quickly stow the rack in their trunk or closet when not in use. The rack is designed to fit various bike types and sizes, from road bikes to mountain bikes. Adjustable cradles were developed to securely hold the bike frame while protecting the finish with rubberized surfaces. A simple yet effective mechanism allows users to attach and remove the rack without tools, making it ideal for those on the go. The quick-release system is intuitive, allowing for swift installation and removal. I worked with engineers to develop prototypes and conducted rigorous testing to ensure the rack met durability and safety standards. We analyzed the suction system's performance under varying conditions, including changes in temperature, vibration, and exposure to elements.
The Final Product
The Smart Suction Bike Rack is a sleek, modern solution for cyclists who need flexibility and convenience. Its compact design, combined with high-performing suction technology, makes it a standout product in Allen Sports' lineup. The innovative design has been well-received for its blend of functionality, aesthetics, and practicality.
Available for Pre-Order HERE
As an avid mountain biker, this design and production effort was a personal and professional highlight. The project began with an initial concept drafted by a design student at Wentworth Institute of Technology (WIT) in Boston. From there, our team at TOOL expanded the idea through multiple design phases—exploring fastening methods, construction techniques, and style attributes to bring the concept to life.
The client’s vision was to create a knee pad that could be opened from the back, allowing riders to gear up without removing their shoes or sliding the pad up their leg. While the original proof of concept used magnetic Fidlock buckles, we explored a range of alternative fasteners to refine both function and aesthetic. Inside the sleeve, the pad features a proprietary impact protection system layered with antimicrobial cushioning for comfort and performance.
I was deeply involved in every phase of the project—from research and early ideation to production. I conducted brand and market research, developed multiple rounds of initial concepts, and rendered the final design in Photoshop. I also created the final tech pack, built the 3D model for the internal pad inserts, and led sample evaluations and product updates. The result is a product that meets the needs of serious riders and stands out in a competitive market—something I’m proud to have helped bring to life.
Project Completed in 2020
As part of a U.S. Army–funded initiative, TOOL spent several years conducting extensive research to develop insights for a next-generation military mouthguard. Our early efforts included lab testing a wide range of materials, forming dentitions to evaluate fit and retention, orchestrating speech analysis sessions, and compression molding blank guards for comfort testing and trimming trials.
In the final phase of the project, our work shifted toward commercialization. We partnered with Shock Doctor—one of the industry’s leading mouthguard manufacturers—to bring the product to market. I led the concept development of multiple guard designs focused on improving impact protection, communication clarity, formability, and comfort. Working closely with Shock Doctor’s internal team, we aligned our user-centered design approach with their manufacturing expertise to produce the mouthguard domestically.
The final product features a three-material construction, each component purposefully engineered for performance:
The rigid outer layer deflects impact and subtly raises the jawline to improve airflow and breathing.
The mid-layer is a formable structure that molds to the teeth and creates a satisfying snap-fit for secure retention.
The inner gel layer cushions the gums and delivers long-term comfort post-formation.
One of the biggest technical challenges was ensuring proper lamination between layers—both before and after the consumer shapes the guard in hot water. We solved this by designing interlocking geometries along the jaw pads and side walls, which ensured a durable bond throughout the product’s lifecycle.
Work completed in 2018
Available at Shockdoctor online store.
A group of innovative entrepreneurs from MIT developed a groundbreaking therapeutic system aimed at helping middle-aged women manage hot flashes. The solution incorporates a thermal cycling unit connected to a cooling pad that circulates water to maintain comfort throughout the night. TOOL was brought in to design and engineer the system’s complex base unit, tasked with integrating a water reservoir, a thermoelectric cooler, a heat sink, a PCB, and a fan.
As the lead industrial designer, my role was to craft an elegant, functional form that could seamlessly integrate into modern living spaces. This included addressing practical features like venting, a hose interface, buttons, and a fill port, while maintaining a sleek and compact aesthetic.
The design process started with exploring various configurations for the internal components. These arrangements shaped the unit’s overall proportions and functionality. A key consideration was the device’s placement—either under a bed or on a bedside table. Ultimately, the Amira team decided that placing the base unit under furniture was more desirable, as it left surfaces clear for the wristband, developed by a partnering firm. This collaborative effort required careful coordination to align the design language of both components, ensuring a cohesive user experience.
Key design features include the strategically positioned buttons along the top edge, ensuring accessibility even when the device is tucked under furniture. The water reservoir cap, another standout feature, uses a spring-loaded mechanism that flips open with a single push for easy refilling. This design not only enhances user convenience but also reinforces the product's modern, functional aesthetic.
Designed in 2022
Available to Purchase HERE
Rocketbook brought TOOL on board to help conceptualize a premium version of their reusable notebooks. When I became involved in the project, I proposed the idea to laminate a hard cover similar to that of a tablet case. After I prototyped a sample and added some polished space-like magnetic binding rings, everyone got very excited with the direction which in turn strengthened the client relationship. This also catapulted us into a retainer agreement with them to do the full development of the product.
I leveraged 3D printing to rapid prototype iterations of the magnetic spine and worked through how it was assembled to the polyurethane cover, deciding where to embed the magnets and refined the hooks that secure the metal binding rings of the page packs.
The new premium protective cover introduces a new rigid surface for writing and a modular magnetic spine which accepts a variety of interchangeable page pack styles. It can flip around and fold flat for use on your lap or in the air - just as the original units did (but better of course). The elevated space-like aesthetic matches the companies brand story and builds upon the success of the core reusable system. My design has been received very well by the dedicated Rocketbook community as well as new customers and has over 200 reviews and a 4+ star rating.
Work completed in 2019.
Available at getrocketbook.com
Glasful is a device designed to create a milky cup of vapor, perfect for sharing with friends. It’s a unique system that fills a glass with vapor so dense it behaves like a liquid. The device uses a gravity-driven mechanism to push water into the system, then back out, creating a vacuum that draws smoke from the bowl into the glass.
Originally conceived by our “mad scientist” client (literally), the concept was refined and upgraded into a sleek, machined aluminum design. After two rounds of concept sketching, I developed a solution to adjust the stand for various glass styles, along with a mechanism for manually controlling the flow of water.
Several functional prototypes were built to demonstrate the device's performance to investors, showcasing its practicality, innovation, and unique aesthetic. The final design elevates the user experience, blending function with a modern, high-quality look.
Nemo, an outdoor gear company based in Dover, NH, is known for its premium camping and backpacking solutions. They made their mark in the industry as the first company to design an inflatable tent and have since expanded their product lines and production capabilities. TOOL (myself) partnered with Nemo to design and engineer custom tent hardware aimed at reducing sourcing limitations and cost structures.
Interestingly, most tent brands rely on rigging hardware developed by third-party vendors, which drives up costs. Nemo sought to invest in their own custom hardware, and that’s where we came in to provide innovative solutions.
One of the most challenging hardware elements was the “foot” component, located at the base of the tent at each corner. With multiple connection points, this piece needed to be robust and durable. I designed a clever solution where the foot could be stamped from metal and insert-molded to create all five connection points in one piece.
The rain fly connection (the waterproof cover) uses a simple 90-degree key turn lock, making it easy to attach or remove depending on the weather conditions.
Another critical piece was the pole hub. This component needed to be lightweight, strong, and minimalistic, but also elegant, as it’s positioned at the center of the tent and eye level. After several design iterations and FDA analysis, I developed a cast metal part with a branded plastic cap that neatly concealed the inner shock cord tie-offs, offering both form and function.
It’s amazing how much functionality is packed into these small components, each designed with the utmost attention to detail. This was my first collaboration with the Nemo team—and certainly not the last. I’m excited to soon share some of the new gear currently in the works that I was involved in.
Work completed 2021 / Product released 2023
Available to Purchase HERE
Neurosensing is at the forefront of cutting-edge technology, making headlines alongside the AI revolution. This breakthrough allows researchers to tap into the brain, using it as a direct interface—true mind-controlled innovation.
Collaborating with emerging tech leaders is both exhilarating and demanding, especially when timelines are tight. Our client needed a design and visual assets on a fast track, so I led the effort through three phases of development, culminating in this final model to help them reach their goal.
The project focused on creating an adaptive sensing headset designed to integrate seamlessly with the latest Varjo VR goggles. The headset features eight embedded rear sensors and a sophisticated array of facial sensors, all engineered to fit individuals of any size. To achieve this, we developed an internal cable tensioning system that synchronously adjusts the sides and top straps with a single turn of a dial—relocating all sensors effortlessly for a perfect fit.
Simple, right? Now, all you need is $25K to get your own.
Work completed for TOOL in 2021
CES Innovation Award Winner in 2023
Humvee Gunner Restraint System Concept Development
Developed concept art and exploratory sketches for a Humvee gunner restraint system as part of preliminary design thinking to support a bid for a U.S. Army SBIR contract. The designs focused on enhancing safety and operational utility for the gunner position, with a primary goal of creating a system capable of retracting or pulling the soldier into the vehicle cab during IED rollover events, reducing risk and improving survivability.
Playing lacrosse growing up was a blast. It was a dynamic and innovative sport and I loved the gear that came with the competition, especially the helmets. Cascade was always the brand of choice due to the sleek design and edgy, aggressive style. Never did I expect to be doing the design work on what possibly could be the next big development in their product!
We were tasked with thinking though mechanisms that would allow the face mask to flip up when resting from play and flip down when toughing a good tackle or stick check. The solution had to be robust and resistant to inadvertent release yet, easy to activate with a glove on. As usual, starting with a mild to wild approach - I created a set of concepts that explored a variety of solutions. The styling of the helmet itself was not the focus, however, the lines and parts needed to look great in both open and closed states, so that required some thinking beyond the latch components.
Work completed in Spring 2023.
Currently still in development at Cascade.
I worked intimately with the product team over at Fox Racing to develop new innovations in Moto boots. Close attention was put on the comfort and protection of the ankle while maintaining the freedom of movement to shift gears on a bike. Our working relationship with Fox was fluid and dynamic which allowed us to get out in the field to test prototypes and observe and interview pro riders. My concept art and boot mock-ups lead to advancements in key areas of the boot. I also created the artwork and synthesized months of R&D efforts for a final presentation to the CEO.
In addition, TOOL was tasked with developing storyboards to propose new innovations and propel discussions and company wide. I lead the group in a comprehensive research effort to identify key areas of opportunity for the company, then created illustrations to present at the annual innovation summit in L.A. at FOX headquarters. The boards helped guide a two day event and served as a visualization of potential R&D roadmaps for the upcoming years.
Collaborating with operators throughout the design phases was one of my favorite parts of this project. Being able to gain valuable insight into their procedures and necessities was hugely helpful when working to develop this piece of equipment.
This device enables operators to mount their radio(s) on their back while still being able to switch channels and control the volume. Freeing up space on the front of their tactical vest allows them to move easier and mount more important gear or more ammunition. One of the most interesting interactions that needed to be considered was the use of the dials. Operators need to be able to use the device in the dark or without looking so the two dials needed to be differentiated from each other and have a tactile feel when moving through channels. In addition, the dial needed a hard stop at channel 1 so they could count from that index and know exactly what number channel they were selecting.
My first effort was to create a set of concepts so that our client could include them in their SBIR submission. With those assets (round one concepts shown here) they were able to secure funding and hire us for the rest of the development.
After the initial design effort (round 2 concepts shown here), the client decided to pivot in regards to the mounting location on the vest and thus the configuration of the components - rotary encoders, PCB for buttons, etc. I then utilized the first 2 phases of engineering to rethink the design based on their new direction. My model was used to develop the first prototype they they showed at Shot Show in Las Vegas.
Design Completed in 2021
Currently in production.
These concepts were part of an accelerated effort to produce a variety of forms for a new product Ninja was engineering. Much of my experience with the brand has been very exciting sprints where we quickly move to what we called “cowboy CAD” - models that are quickly built, sometimes in rough feature trees, but create compelling surface models for iterative rendering. This is just a small selection of the work that lead to their product launch.
As an outdoor enthusiast myself, working with Jetboil was a dream. I remember picking up the original product in REI when I was just entering the ID world and being so enamored by the design for its utilitarian approach and its clever features. Now, i’ve helped them visualize the next big step for their flagship product! This is the premium cook series - a version of their backpacking stove solution that includes a fuel regulator in order to offer a wide throttle adjustment. This enables the user to control the heat with greater precision and cook more styles of meals on the go. The goal here was to develop a burner system that integrated with the pots in a modular way so that each size cookware could be used on the same compact base unit.
As always, we start with initial concepts then refine to a smaller set of ideas shown here. Then, boiling it all down to a single direction that shows the details necessary to evaluate the design before moving into formal engineering - which was being executed in-house. The nesting of system components as well as the pot interface was the main focus. It was a sort of complex puzzle as the stove needed to fold and collapse in order to fit within the pot when the product is not in use. It was a huge challenge, but the team over at Jetboil was really excited with my “bloom” concept after the second round of design. It neatly nested under the standard fuel canister geometry and maximized the already limited space available. The burner pot supports reduce the chance for mis-use by the curved shape of the unfolded arms - a small design constraint I had that I think is super nuanced but quite brilliant. It minimizes the instances where people would try to use the stove in a dangerous way.
One bonus feature that I developed was the handle mechanism - a unique solution that allows the user to choose from 3 positions - storing, cooking, and eating. A simple rotation of the anchor allows you to flip the handle around and lock into any usage angle. A simple cast part and a spring steel release enables this function and offers an interaction that no other brand has thought up! Pretty cool.
Eagerly awaiting the release of this product.
Work completed in June of 2022
Gillette was one of the first big accounts I worked on when I joined TOOL, and it was an exciting project to be a part of. The women’s gel dispensing razor was one of the first major initiatives I contributed to. The Gillette team had already tested a preliminary solution with focus groups when we were brought in to help refine the industrial design.
This was a lengthy project that involved dozens of iterations. One of the design elements I’m particularly proud of is the stand-up feature, which I conceptualized. The initial concept sketch shown here marked the first time this part of the design was introduced. While we were working through several camps of ideas, another team at Braun in Germany was doing the same thing, creating parallel efforts. It was incredibly exciting to have that kind of cross-team collaboration with the prestigious Braun team.
In the end, the final product was largely shaped by our team, though we did draw some inspiration and compliments from their work. The entire process was a great learning experience, and it was fulfilling to see how our design vision contributed to the final result.
Work completed in 2018
Product launched in 2021
I have been fortunate to work on a variety of kayak designs in the past but this fishing style boat was a favorite of mine. Moving through ideas quickly with a feature rich product such as this was a challenge, but also a great experience. Not dwelling on every detail on the concept sketch helped my work evolve and my line-work style continue to develop. Usually our projects with Dick’s Sporting Goods are fast sprints and we don’t fully see what happens to the ideas we deliver. In this case, we moved through several rounds of work and later found the team at Field and Stream modeled up something quite reminiscent of my designs.
Work for DICK’s Sporting Goods in 2019
Sharplite is a modern multi-tool for outdoor enthusiasts that run a tight pack. The 3.4 inch blade tucks neatly into a diamond pattern handle and between the two batteries that power the lights at the front of the knife. The lanyard hole is specifically designed to keep the blade stowed while not in use and keep the hand from slipping when cutting. Choose an aluminum or a co-molded plastic body in an array of colors.
Personal Model and Render Completed in 2015
This was a fun little project for the guys who started Rocketbook. They had this idea to use a coil spring to pop out a grip for your phone. It was novel but had its flaws. At TOOL, I suggested we modify the spring geometry to a quad-helix design. This would give it more rigidity and robustness. I spun up a quick model and 3d printed it to prove the concept out. Soon after, we were pursuing that direction and refining the idea further with a TPR coating. It sounds like a simple development process but crafting the grip out of metal and determining the magnetic strength to hold it down when not in use but still allow it to be popped up was a challenge. The fabrication of the unique spring design was likely the biggest hurtle.
I also was asked to help with the branding and logo. A few contractors were tasked with this but my proposed design stood out and thus was chosen. The "T" resembles the side profile of the product with a plate on top and spring geometry below.
It remains one of the thinnest phone grips on the market.
Design completed in 2018.
Available to Purchase HERE
After a successful design effort with the newest Rocketbook Orbit, we dove into another project - the Rocketboard! It was larger, but seemingly simpler. The goal was to quickly mount the board but then be able to reorient it for various note taking efforts. The marker tray was at the center (not literally) of the design focus. It cradled the board and obviously the markers. The board also needed to be attached at the top. An adhesive magnetic tack was the best solution here. The Pocketbook team approached us with a rough prototype that we use to understand the overall interaction and setup - with the goal to improve upon the concept.
It was a quick project compared to our other collaboration with this client but fun none-the-less. I did most of the work with some sketch support from an intern at the time.
I think this project was tabled after discovering the COGS could not allow for enough margin on the product - despite our best efforts.
Expression through music plays a large role in personal development. Outlets such as writing and sketching can be visually catalogued in a sketchbook or journal, however, with a musical instrument, an archive is more difficult to organize. Perch allows its user to record in either audio or video and archive jam sessions right onto your smart phone or computer. Perch will do exactly as its named and stand for nothing but your creativity, transforming your guitar into a musical sketchbook. Now catching all your pure original moments has never been easier.
Personal Project Completed in 2016
It’s been a pleasure collaborating on various projects with Nemo. Their team is sharp and calculated which drives great product development and quality in their business. I can’t say much about this project yet. More of a placeholder, but expect some really cool innovation to come from this space soon.
I had the opportunity at tool., inc. to mentor a talented student on his senior project as part of a collaboration effort with the Marblehead High School. Cole was tasked with designing, modeling, and prototyping a solution to problem in an area of interest to him. It was an great experience to coach him through a portion of our process and teach him some foundational skills. This project helped him understand how a product idea can be brought to life with iterative thinking and CAD modeling. Due to the COVID-19 pandemic, the majority of the project had to be coordinated virtually; nonetheless, Cole excelled at collaborating with us through Slack channels and Zoom meetings and was able to generate some exceptional work. I enjoyed helping him model, render, and print his design.
Cole came up with the idea of developing a trekking stick handle that could be universally installed on any wooden hiking stick. I helped him explore various solutions for attaching the handle before arriving at a unique double collet system that tightens around the stick while allowing for variability in diameters. Its a simple thread to tighten user experience. We added a wrist strap and a built-in compass for navigation on the trail. He was stoked to see the idea come to life and this effort built up his excitement for pursuing design and engineering as a career. Congrats Cole!
Mentoring Project completed in 2020
I use the FormLabs Form 2 SLA 3D printer quite often. Once the parts are finished printing they need to be cured using ultraviolet light. This process fully solidifies the prints so they aren’t sticky from the resin. I built an enclosure for our design studio, tool. Inc. with only a few parts ordered online and laser cut birch plywood. Have a look!
Heres what you’ll need to make your own:
1. 1/2” birch ply
UV Filtering Acrylic sheet and LED lamp
- (1) 12″ x 24″ fluorescent orange UV resistant acrylic sheet ($14.75 per sheet)
- (3) 110v 20w 395-405nm UV LED lights ($42.99 per light)
- Mortise-Mount Hinge with Nonstandard Hole Pattern Non-removable Pin, Square, Zinc-Plated Steel, 1″ x 1/2″ Door Leaf
- 2 Magnets for the door (2 steel screws with spacers do the trick on the panel side)
- 7 Nylon Unthreaded spacers – 1/2in OD 3/8 length
- 1 1/4 inch Steel flathead wood screws
Finally some sweet flat pattern design files that I’ll flow your way just shoot me an email.
This 20 oz water bottle keeps it simple with a single wall triton build to maximize capacity and a rugged tpr base plate to shield it from drops. Its drinking spout flips out with a push of a finger loop and automatically closes when you start carry it. Its form is not only unique but functional in its ergonomics. The triangular form is easy to hold and even keeps your water from rolling away from you if it finds itself on its side. Get your own online. Currently in production.
Work Completed in 2015
Living with diabetes requires being on top of your glucose levels. Current systems for testing blood are overcomplicated, cumbersome, and often call for multiple devices for this one task. With Scout, you can pop in a single cartridge with both needles and test strips in the morning and be prepared all day. No more separate devices. Scout's interface is meant to be simple and efficient with a single readout for your blood sugar number and eight dots that correspond to the number of needles left in your clip. Everything you need in your pocket. Scout's sleek design keeps you cool and collected in a public setting.
School Project completed in 2012
Squeezasnak is a handy little to-go container for moms and youngsters looking to take a healthy snack in the car, at school, at the park, practically anywhere. Forget all those disposable puree packets and whip up your own delicious mix for your kids and keep your waste footprint to a minimum. The body is made from food safe reusable silicone so snacking can be squeezable and fun.
Available online at CoolGear.com
Work Completed in 2014
Stroke is one of the leading causes of long-term disability and the number of cases within the US has reached almost 800k in a given year. Following a stroke, victims often manage chronic limb impairments which can limit their quality of life and sense of independence.
This device enables users who are struggling with hand impairments to perform basic daily tasks such as pouring a beverage into a glass, opening a bottle, or putting on clothing. It is worn on the arm that has lost either full or partial dexterity over the hand. The innovative electromechanical technology allows control over the prosthesis using wrist actions performed on the same hand or buttons activated by the opposite hand. The gripper can be calibrated to various compression settings or switched between modes via the wrist plate. Two balanced batteries along with sensors, actuators, soft plastics and large buttons make it lightweight, comfortable and easy to use. The approachable design looks and feels like a wearable consumer device, attempting to break the mold of conventional medical prosthetics.
I provided Boston Incubation Center with a number of concepts and a surface model to fully visualize the refined design direction. The model was handed off to engineering to which a prototype was created to test and assist in commercialization efforts. Learn more about the SBIR Program.
Work Completed in 2017
Up-cycling artifact. Iron wheel barrel wheel for a modern sheik apartment.
Collaboration with Carson Artz
Drift wood not only looks stunning but it has a sort of wisdom to it. The journey through the ocean has given the wood a quality that only time and distress can elicit. Who knows how long it has been surfing the waves or where it has come from or who it had belonged to. When you find a piece like this, you don't have much choice but to give it a new purpose and the recognition it deserves.
