Archives: Portfolio

Description.

BlueKit – IoT Education Platform

BlueKit - IoT Education Platform

Acccessible IoT Learning Kit for Classrooms and Emerging Tech Education

An Inside Glimpse Into the Product Development of the BlueKit IoT Learning Platform

Product Design Requirements

Mike LeBlanc, CEO of BlueKit, approached Design 1st to transform a proven but prototype-stage IoT education kit into a production-ready hardware platform. BlueKit had already validated the concept through school pilots across New Brunswick and workshops reaching over 500 students, earning an AWS City on a Cloud Innovation Award but the off-the-shelf Arduino hardware was too expensive, too fragile, and too intimidating for widespread classroom adoption.

Design 1st undertook the complete hardware development, from concept design through manufacturing setup, to deliver a durable, cost-effective kit that any teacher could deploy without technical expertise.

Reduce hardware cost from prototype pricing to a target cost of goods of $25-35, enabling a retail price accessible to school budgets at $100-150 per unit
Design an integrated hub replacing the multi-board Arduino prototype with a custom device featuring a 2.8” IPS touchscreen, continuous LED light ring, and nine modular sensor ports
Engineer dual-connectivity (WiFi and LTE cellular) to bypass school captive portal provisioning challenges that blocked the v1 kit
Achieve full-day classroom runtime from a rechargeable battery with USB-C charging — no interruptions, no power cables during lessons
Create a snap-in modular sensor architecture across analog, I2C, SPI, and digital protocols, designed for student handling durability
Deliver a cost structure enabling school-budget pricing, scaling from initial runs of 1,000 units to 10,000+ by year three

The Physical Product Challenges

Packaging a touchscreen, LED ring, nine sensor ports, WiFi and LTE radios, and a rechargeable battery into a compact, classroom-durable enclosure required creative mechanical engineering.

The LTE daughter board architecture was designed as a removable module connected via flexible printed circuit, allowing the cellular radio to be included or omitted depending on deployment needs — keeping the base configuration accessible while enabling instant connectivity where school WiFi is unreliable.
Design 1st engineered a custom main PCB accommodating the ESP32 microcontroller, WiFi and Bluetooth radios, touchscreen display interface, LED driver, buzzer, power management circuitry, USB-C charging, and nine sensor port connectors — with single-sided component placement to minimize assembly cost.
Antenna integration required careful layout: maintaining clearance zones for both the WiFi/Bluetooth antenna and the LTE antenna, with the option to swap between external and on-board WiFi antenna variants without PCB redesign.
A multi-rail power system manages charging, 3.3V system power, 5V peripheral power, and display backlight from a single lithium polymer battery, with current monitoring and over-discharge protection.

Electronics Engineering Challenges

One of Design 1st’s first integrated cellular IoT devices to reach production, BlueKit required a custom electronics platform balancing connectivity, modularity, and classroom-grade durability.

School captive portals varied by district, breaking standard provisioning. Design 1st engineered dual WiFi/LTE connectivity with automated AWS IoT certificate management.
Fitting an MCU, touchscreen, dual radios, battery, buzzer, LED ring, and nine sensor ports into ~12,800mm² required a layered injection-molded assembly with soft-touch rubberized base.
BlueKit needed Arduino-compatible open-source firmware while protecting electronics from students. Design 1st used durable female connectors and a housing that restricts board access while maintaining sensor modularity.
Each unit requires unique AWS IoT provisioning. Design 1st built firmware automating Thing creation, certificate generation, endpoint configuration, and secure OTA updates.

Software Engineering Challenges

Deploying hundreds of IoT devices into school environments with varying network configurations required firmware that handles provisioning, connectivity, and updates autonomously.

Design 1st developed a dual-path connectivity flow: on power-up, the firmware attempts LTE first, falls back to WiFi, and if neither is configured, enters a SoftAP provisioning mode where a teacher connects via phone to enter credentials, all with on-screen status feedback through the LCD and LED ring color sequences.
Each device requires individual AWS IoT provisioning — certificate generation, security policy attachment, and MQTT endpoint configuration. Design 1st built this into the manufacturing firmware to automate what would otherwise be a manual per-unit process.
Secure over-the-air firmware updates via AWS IoT enable post-deployment feature releases without physical access to devices in the field.

Product Results

Following extensive product development by Design 1st spanning concept design, detailed engineering, prototyping, and manufacturing support, BlueKit evolved from an off-the-shelf Arduino prototype into a production-ready IoT education platform with patent-pending technology.

Delivered a complete production design package including injection-molded custom housing, custom PCB, integrated touchscreen, modular sensor system, and branded storage kit with foam insert
Supported a full development lifecycle from concept through manufacturing assistance, including EMC pre-scan, LVD safety review, DFM preparation, PCBA jig and fixture design, and pilot build
Enabled planned production scaling from initial runs of 100-1,000 units in year one to 5,000-10,000 units by year three
The platform has been validated through classroom deployments with over 100 kits and 500 students across New Brunswick schools, plus international workshops and conferences

IoT education kit moves from Arduino prototype to production

What impressed me most was how Design 1st took the time to guide us through the hardware process, explain trade-offs, and help us make informed decisions. They delivered a production-ready cellular IoT device on schedule, and built our team’s capability to manage what comes next.

Mike LeBlanc

CEO, BlueKit Software

You don't have to be an expert to start teaching or learning real world STEM. Meet BlueKit, the all in one hands on learning platform that makes exploring technology fun, engaging, and accessible for students and educators alike. Whether you're a curious beginner or a tech enthusiast, BlueKit offers a rich library of standards aligned content with step by step activities, challenges, and projects where you'll build interactive creations using AI, sensors, lights, sound, and more. Zero coding experience required. Want to make a light that can sense your mood? Or create a real time weather tracking system? With BlueKit, you can do all that and much more. No matter your experience, no matter your subject, BlueKit helps you teach, learn, and grow with STEM skills that stick. What will you create with BlueKit? Discover more at bluekit. Tech.

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BlueKit – IoT Education Platform

vSculpt – Pelvic Floor Toning

toddler monitor feature image; toddler monitor device hangs off doorknob

Toddler Monitor – Safety Door Sensor

Published on: March 13, 2026

SkyX – Drone Recharging Station

SkyX - Drone Re-Charging Station

Remote Drone Garage - Aerial Mapping Pipelines and Utility Rightaways

An Inside Glimpse Into the Development of SkyX's Drone Recharging Station

Product Design Requirements

SkyX came to Design 1st needing help redesigning their remote-controlled drone recharging station. The current design cost was 2.5x the target cost and was challenging to manufacture, assemble, and transport.

Design and Engineering Challenges

To meet SkyX’s requirements, the Design 1st team chose a custom shipping container and began work on the internal design, component selection, and testing.

Design a dual-axis Gantry that could safely raise and lower to land, secure, transport and charge the UAV
Build and test a customized off the shelf hydraulic roof opening system, lift and rotation system, and programmable logic controller (PLC)
Conducted round-the-clock rapid tests during fall and winter months to ensure doors were leak-proof and inside temperatures were acceptable during the harsh freeze thaw and -30C winter weather conditions

SkyX Product Results

SkyX accepted delivery of the fully functional prototype right at their 7-month timeline and put into field use for testing. The results were a success, and SkyX began a low-volume manufacturing run to expand operations.

Design 1st designed, fabricated and tested over 150 custom mechanical parts, over 350 electronics components and sensors
SkyX raised $13.5M Series B funding following launch of their UAV recharging drone station
SkyX is accelerating global expansion of their autonomous drone system for the Oil and Gas industry

Design 1st helped us deliver an exceptional product to market

“We didn’t look at this shipping container project as ‘one and done.’ We wanted a product that could be replicated for scale and the Design 1st team has enabled us to do just. Their team’s forward-thinking approach complemented ours and this partnership resulted in a customized container that protects, charges and transports our aerial vehicles virtually anywhere around the world.”

Didi Horn

Founder & CEO, SkyX

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Published on: February 19, 2026

lūp – Magnetic USB Cable

Lūp Cable - Self Organizing Magnetic Cable

Revolutionary flexible magnetic, self-coiling USB-C cable with fast charging

An Inside Glimpse Into the Product Design of Lūp Cable Magnetic USB-C Cord

Product Design Requirements

Aiming to revolutionize cable management with magnetic technology, Reaction Labs collaborated with Design 1st to advance their initial Lūp Cable design. The project focused on surpassing typical USB-C and Apple performance criteria while introducing a self-coiling mechanism. Product design goals and requirements included:

Engineer a cable that automatically coils using magnets and complies with strict electrical performance standards.
Ensure the cable supports high-speed data transfer and power delivery for a wide range of devices.
Adapt the cable design for efficient large-scale manufacturing while maintaining consistent high quality.
Use up to 240 ultra-fine strands per wire, each only 50 microns in diameter, to enhance flexibility and durability.

Engineering Challenges

The Lūp Cable‘s innovative design posed unique engineering challenges, particularly in integrating magnetic coiling with high electrical performance. The Design 1st team needed to ensure these features did not compromise the cable’s functionality or standards compliance. Challenges included:

Solve interference from magnetic fields affecting data transmission and electrical integrity.
Design for durability under frequent bending and coiling.
Standardize production for consistent unit quality.
Comply with USB-C and Apple power and speed standards.
Use thermal imaging to assess and optimize heat management

Product Results

Lūp Cable’s swift transition from concept to market exemplifies Design 1st’s capacity for rapid innovation and effective execution. Released in just three months, the product quickly rose to prominence on Amazon, marking a significant achievement in the competitive tech accessories market. Its user-friendly design and powerful functionality have garnered positive reviews and robust sales figures.

The quickest market launch in Design 1st history, under three months from concept to volume production and market
Quickly earned Amazon's Choice status, indicating high customer preference and satisfaction
Utilized a novel blend of rare earth particles in the internal magnet for enhanced magnetic coiling without loss of flexibility.
Collected extensive customer praise for delivering power capability, ensuring rapid charging for devices.
Lūp cable is available for purchase on Amazon

Magnetic Lūp cable moves from concept to volume production in under four months

“We recognized the inherent frustrations users face with traditional charging cables – from tangled messes to easily damaged wires. Our goal with Lūp was to address these pain points head-on. Through close collaboration with Design 1st, we were able to seamlessly translate this vision into a reality, ensuring Lūp not only meets but exceeds user expectations.“

John Hanna

Founder, Reaction Labs LLC

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Published on: April 24, 2024

General Fuel Cell

General Fuel - Aluminum Fuel Cell Innovation

Revolutionary Aluminum-Air Fuel Cell Provides Sustainable Electricity

An Inside Glimpse Into the Product Design of General Fuel's Aluminum-Air Fuel Cell

Product Design Requirements

General Fuel Systems Inc. approached Design 1st to help commercialize their aluminum-air battery, starting with a scale-down and enhancing their existing R&D technology. The goal was to refine the initial concept, complete detailed engineering, and produce a fully functional prototype, improving functionality, safety, and environmental impact.

Minimize the battery size to facilitate easier handling and transport.
Implement a modular design that enables users to easily replace or modify components such as the anode and electrolyte.
Create a user-friendly, modular battery setup allowing for quick changes in core components for on-demand power management.
Ensure the battery system meets rigorous safety protocols to prevent hazards during operation and maintenance.

Engineering Challenges

Addressing the technical complexities of miniaturizing the aluminum-air fuel cell presented a multifaceted challenge for the Design 1st engineering team. The primary focus was on maintaining high energy efficiency and user safety in a smaller form factor while also managing the intricate electro-mechanical systems and fluid dynamics required for optimal performance. Key challenges included:

Create a modular layout for straightforward maintenance and component access, maintaining structural integrity.
Control chemical reaction rates to stabilize power output and preserve anode lifespan.
Develop a failsafe control system for reliable battery activation and safe shutdown.
Optimize fluid flow to maintain electrolyte balance and ensure consistent performance.
Integrate durable electro-mechanical components like valves and pumps for smooth operation under varying conditions.

Project Results

General Fuel’s engagement with Design 1st culminated successfully with the completion of detailed engineering for the aluminum-air battery. The system’s designs underwent virtual simulation and testing, a prototype was ready for fabrication, and all essential documentation was transferred to the client to secure additional funding and industry backing in the technology.

Finalized detailed engineering designs provided a comprehensive blueprint for the aluminum-air battery system.
Validated system functionality through extensive simulations, confirming design efficacy and prototype readiness.
Compiled and handed over complete documentation, including CAD drawings and engineering specifications, for further development phases.
Positioned General Fuel to pursue additional funding and partnerships by demonstrating a ready-to-build prototype’s potential.
Aligned project outputs with industry safety and environmental standards, enhancing investor and regulatory confidence.

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Published on: April 23, 2024

Swabbot

Swabbot - Cleaning and Validation Cobot

Revolutionary Collaborative Robot (Cobot) for Pharmaceutical Tank Cleaning

An Inside Glimpse Into the Product Development of the Swabbot Collaborative Robot

Product Design Requirements

Rick Mineo, CEO of Swabbot, approached Design 1st with an innovative yet preliminary SwabBot prototype, seeking to refine and scale it for rigorous industrial applications. Design 1st focused on evolving the concept into a compact, autonomous collaborative robot (cobot) capable of executing precise cleaning validations in large confined spaces, enhancing safety and operational efficiency. Key product design requirements included:

Reduce Swabbot's size. No final metric was originally understood, other than we needed to get the robot to reach 30’ away and get through the industrial chemical process tanks opening.
Enhance the cobot's ability to navigate and swab complex tank interiors.
Automate swabbing pressure control. Implement precision mechanics to apply consistent pressure, achieving high percentage contaminant recovery and match or improve upon a human’s consistency.
Create simple controls, keeping the UI simple to start with, helping us get the robot into tanks early, and test with real users.
Using the right materials in the right places. We integrated carbon fiber in key structural areas, and used aircraft grade metals materials in the structure, with light weight plastics and rubbers in the housings and contact surfaces.
Develop the cobot to complete a swabbing cycle within 1-2 minutes, reducing overall cleaning time by 35% compared to manual methods.

Engineering Challenges

The evolution of the Swabbot into an efficient cobot required overcoming significant engineering challenges to meet the rigorous demands of industrial cleaning applications. Design 1st tackled issues related to size, automation, and operational safety, critical for the cobot’s success. Engineering challenges and solutions included:

Reaching 30 feet and applying a consistent force inside a complex geometry led to creating a wooden tank mock-up to ensure the access and accurate function within real tank dimensions.
Enhanced the user's ability to sense the robot in place on the wall, with refined sensors to enhance precision and ease of placing the robot on the surface to be swabbed whether it is right-side up, up-side down, curved, flat or vertical.
Implemented a robust mechanical fail-safe system to prevent operational errors and protect the cobot and environment during swabbing.
Redesigned the user interface to reduce training time significantly and streamline adoption for operators.

Product Results

Following extensive testing and development by Design 1st, Swabbot stands out as an innovative solution ready to transform industry standards in cleaning validation. Swabbot is now demonstrating the product at various tradeshows. Key product results include:

Resulted in more consistent and higher contaminant recovery than human swabbing.
Significantly reduced the need for operator training by 40%, lowering labor costs.
Creating a safer workplace by significantly reducing the need for humans to enter the confined tank spaces.
Successful pre-production prototype ISPE-CaSA Tech Show

Taking a Cobot from initial concept through to final product testing

The initial catalyst to bring in Design 1st was to get a company who covers all of our needs from electrical, mechanical, software, and manufacturing in one group. Design 1st taken us from that early stage now to getting our final prototype and final prototype testing.”

Richard Minoe

CEO, Swabbot Solutions LLC

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Published on: April 23, 2024

Lumenera Case Study

Lumenera - Microscopy Cameras

Ongoing Design Support Paves Lumenera's Path to Mass Production Success

An Inside Glimpse Into the Product Development Support of Lumenera's Camera Product Line

Product Design Requirements

Seeking to expand their market reach, Lumenera enlisted Design 1st’s expertise to refine the design of their camera lineup for mass production. The multi-year project involved modifying six camera types to achieve large-scale manufacturing efficiency. Key design specifications included:

Redesigned exteriors for mass production efficiency.
Precision testing via automated jigs and tools.
Uniform CCD testing with integrating spheres.
Camera models updated for mass production.
Automated testing for streamlined production efficiency.

Design and Engineering Activities

Design 1st tackled tough engineering challenges to prepare Lumenera’s cameras for mass production. Their success led to a long-term partnership as Lumenera’s go-to mechanical design team. Accomplishments included:

Redesigned six camera models for scalable manufacturing efficiency.
Developed precise automated testing jigs and instruments for quality assurance.
Implemented integrating spheres for accurate CCD sensor calibration.
Launched automated accuracy tests to elevate production capacity and product reliability

Lumenera Project Results

Design 1st’s six-year collaboration with Lumenera played a crucial mechanical design role in refining and preparing their camera technology for the global market. Their work underpinned Lumenera’s continuous innovation, contributing to its acquisition by Teledyne in 2019.

Worked on and refined six key camera product groups.
Achieved cost reductions, improving Lumenera's market position.
Supported the transition of R&D projects to commercialized products.
Functioned as the key mechanical design force, boosting Lumenera’s market presence.

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Published on: March 25, 2024

Molecule – Industrial Dehumidification

Molecule™ - Atmospheric Water Generator

Lab to Marketplace Breakthrough Harvesting Drinking Water From Air

An Inside Glimpse Into the R&D Exploration and Product Development of Molecule's Innovation Material

Product Design Requirements

California-based R&D Thinktank, Molecule chose Design 1st to transform a revolutionary desiccant nanomaterial developed by the University of Limerick into a commercial prototype that absorbs moisture from air.

Design multiple experiments and prototypes to test the properties of the material for commercial use.
Create an air-to-water generation prototype in under nine months from commercial proof-of-concept testing.
Exploration and prototype testing of novel dehumidification techniques that best utilize the material.

Design and Engineering Challenges

Taking a groundbreaking nanomaterial from lab to commercially viable prototype presented a maze of design engineering challenges the teams worked through:

How to integrate the nanomaterial into standard dessicant wheel manufacturing processes, with enough robustness to withstand corrugation and bonding.
Maintain operation and robustness from 5°C to 60°C and not have the material interact with the water.
Convert the nano-material powder into various medias, such as flat sheets, reels, filters, and pellets, for real-world testing and commercial applications.

Molecule Product Results

Molecule’s R&D exploration to transform an innovative nano-material into a commercially viable product was a success. The fully functional prototype worked, and multiple commercial applications for the unique material were developed, transforming Molecule into a global leader in the water technology industry.

Acquired in 2023 by Genesis Systems, a leader in the water tech industry.
"Innovation of the Year" - Irish Laboratory Awards
Outperformed the industry-standard dehumidification material by 350% in benchmark testing.
Purchase order from the U.S. Army Corps of Engineers.

Deepest bench of technical engineering and design talent

“I did a lot of due diligence while selecting a product development company, and Design 1st had the deepest bench for technical capability. They worked on such a broad range of products with successful commercialization. Design 1st’s early efforts in prototype development helped us move from a powder substrate into a commercial product for testing.”

Kurt Francis

CTO and Co-Founder, Molecule

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Published on: November 1, 2023

ARC Case Study

ARC™ - Asset Recharge Center

The Premier Mobile Device Management Kiosk Built for Tracking, Charging, and Securing Enterprise Handheld Devices.

An Inside Glimpse Into the Product Development of ARC's Enterprise Portable Device Charging Kiosk.

Product Design Requirements

ChargeitSpot came to Design 1st in early 2021 with an innovative product concept for an enterprise mobile device management kiosk. The product was inspired by the need for an aesthetic, locker-based, expandable device management kiosk with intelligent connectivity to track, secure, and manage employee devices. Design requirements included:

Modular design to support multiple customer types
Touch screen interface for employee self-service
Develop pre-production prototype in five months
Back-up battery to keep running during power outages
Scanner reads bar codes on employee badges and devices to track device access

Design and Engineering Challenges

Navigating the complexities of physical security, wireless connectivity, simultaneous device charging, and user compliance, the design team confronted a series of design hurdles during the ARC’s development, including:

Testing locker window size and materials to ensure WiFi 2.4, 5.0 GHz signals can work inside lockers
Using virtual thermal simulations, the team analyzed air flow dynamics, leading to an active heat dissipation design for concurrent device charging.
Modular sheet metal design to maintain cost targets, air flow, and kiosk modularity

ARC Product Results

Leveraging a blend of innovation and technical expertise, the Design 1st team guided ARC from initial design to prototype, testing, and mass production in less than a year. Since then, ARC has clinched several design accolades and secured nation-wide contracts with major enterprise customers.

From Concept to Production in Nine Months

“Design 1st helped us with every stage of the design process from creating a conceptual design to a more detailed design. From there, they even stepped in to help with engineering changes, production support, and procuring pieces for our prototype.”

Sheri Tate

SVP of Product Strategy

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Published on: October 16, 2023

Ridemaster – Motorcycle Communication

Ridemaster - Motorcycle Communication Device

Device for safe communication between motorcyclists on the road

An Inside Glimpse Into the Development of Ridemaster's Motorcycle Communication Device

Product Design Requirements

An avid motorcycle enthusiast and inventor came to Design 1st wanting to improve safety and communication during group rides. The idea was to design an interactive device where riders could communicate safely which each other while riding using a simple handlebar-mounted display.

Design and Engineering Challenges

Implementing Design 1st’s proven process, the team was able to help the inventor move from a product concept, through to a functional prototype, and on to manufacturing.

Product Results

Design 1st was able to provide the Ridemaster team, who did not have the expertise in packaging, materials selection or manufacturing, with a practical solution that fit both the required look and feel and could be manufactured at high volumes to attain the desired cost per unit.

Design 1st took us from idea to functional prototype and volume manufacturing in nine months

“Design 1st was a great partner to work with; they approached our project with a high degree of collaboration and provided us with several options at each decision point. They took our Ridemaster concept and turned it into something real that was both practical and had a high quality feel to it.”

Dave Gilmour,

Founder, and CEO – Ridemaster Corp.

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Published on: May 26, 2023

Heatstone – Outdoor Radiant Heating

Heatstone - Outdoor Radiant Heating

Innovative Radiant Heating Modular Patio Stone System to Melt Snow and Ice

An Inside Glimpse Into the Development of The Heatstone Snow and Ice Melting System

Background & Design Requirements

Heatstone Concepts came to Design 1st looking to bring a concept for a “new way to remove snow” to life using heated patio stones.

Engineering Challenges

Snow, water, extreme temperatures, and electrical connections posed multiple engineering challenges.

Product Results

Through creativity and technical understanding, the Design 1st team developed a manufacturable product ready for market that achieved regulatory approval.

Award-Winning Product that went From Idea to fully manufactured in under ten months

Working with their world-class engineering team, I was involved and guided throughout the patenting, design, engineering and prototyping process. With their broad range of suppliers, in-depth materials knowledge and prototyping capabilities – my product successfully achieved its regulatory approval. Beta trial units are being handled by the Design 1st New Product Introduction (NPI) team, coordinating the build with suppliers and testing. From here to market is now in sight and my business opportunity is now expanding with its potential uses in the home building and renovation industry.”

Nunzio Consiglio

Inventor and Founder, HeatStone Concepts

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Published on: May 26, 2023

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Archives: Portfolio

BlueKit - IoT Education Platform

Acccessible IoT Learning Kit for Classrooms and Emerging Tech Education

An Inside Glimpse Into the Product Development of the BlueKit IoT Learning Platform

Product Design Requirements

The Physical Product Challenges

Electronics Engineering Challenges

Software Engineering Challenges

Product Results

IoT education kit moves from Arduino prototype to production

Related Case Studies

SkyX - Drone Re-Charging Station

Remote Drone Garage - Aerial Mapping Pipelines and Utility Rightaways

An Inside Glimpse Into the Development of SkyX's Drone Recharging Station

Product Design Requirements

Design and Engineering Challenges

SkyX Product Results

Design 1st helped us deliver an exceptional product to market

Didi Horn

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Lūp Cable - Self Organizing Magnetic Cable

Revolutionary flexible magnetic, self-coiling USB-C cable with fast charging

An Inside Glimpse Into the Product Design of Lūp Cable Magnetic USB-C Cord

Product Design Requirements

Engineering Challenges

Product Results

Magnetic Lūp cable moves from concept to volume production in under four months

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General Fuel - Aluminum Fuel Cell Innovation

Revolutionary Aluminum-Air Fuel Cell Provides Sustainable Electricity

An Inside Glimpse Into the Product Design of General Fuel's Aluminum-Air Fuel Cell

Product Design Requirements

Engineering Challenges

Project Results

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Swabbot - Cleaning and Validation Cobot

Revolutionary Collaborative Robot (Cobot) for Pharmaceutical Tank Cleaning

An Inside Glimpse Into the Product Development of the Swabbot Collaborative Robot

Product Design Requirements

Engineering Challenges

Product Results

Taking a Cobot from initial concept through to final product testing

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Lumenera - Microscopy Cameras

Ongoing Design Support Paves Lumenera's Path to Mass Production Success

An Inside Glimpse Into the Product Development Support of Lumenera's Camera Product Line

Product Design Requirements

Design and Engineering Activities

Lumenera Project Results

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Molecule™ - Atmospheric Water Generator

Lab to Marketplace Breakthrough Harvesting Drinking Water From Air

An Inside Glimpse Into the R&D Exploration and Product Development of Molecule's Innovation Material

Product Design Requirements

Design and Engineering Challenges

Molecule Product Results

Deepest bench of technical engineering and design talent

Kurt Francis

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ARC™ - Asset Recharge Center

The Premier Mobile Device Management Kiosk Built for Tracking, Charging, and Securing Enterprise Handheld Devices.

An Inside Glimpse Into the Product Development of ARC's Enterprise Portable Device Charging Kiosk.

Product Design Requirements

Design and Engineering Challenges

ARC Product Results

From Concept to Production in Nine Months

Sheri Tate

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Ridemaster - Motorcycle Communication Device

Device for safe communication between motorcyclists on the road

An Inside Glimpse Into the Development of Ridemaster's Motorcycle Communication Device

Product Design Requirements