Electronic Product Development Projects
Deep Experience in Product Design & Development
No fancy display of customer logos here – we honor the confidential nature of our support services. But we can say that since 2002, our 20+ US product engineers have deep experience across an impressive range of electronic product types and market segments.
Reach Out for an Online Discussion to Hear More About Our Case Studies
No fancy display of customer logos here – we honor the confidential nature of our support services. We would be happy to have a 30-minute online meeting to discuss our capabilities and experiences and how they may fit with your product needs.
Examples of work include:
- IoT electric vehicle charging breaker for mass-market
- Connected aspiration pump for vascular surgeons and stroke patients with unique and patented features
- Remote monitoring sensor for pumps using LoRa wireless to create an extreme low power, battery operated system
- 3kW military submersible uninterruptible universal DC and AC power supply
- Fire truck automation control system operated remotely with rugged mobile tablet
- EEG wearable device
- Master clock network server for high precision timing synchronization down to 1 microsecond
- Laser marking system with high-speed gyro mirror control and graphics processing
- Torque tools and calibration instruments for rugged precision automotive assembly
- Drone mounted imaging controls for agricultural application
- Servo motor controls for robotic AGVs
- HVAC controller system for commercial and residential
- LED lighting that is wirelessly connected and color tunable
- Connected and automated furniture system
- BLDC fuel injector control for performance aftermarket automotive
- Secure smart phone credit card reader
- RF ablation surgical platform
- Optical tomography device with high-speed spectral analysis
We invite you to browse our portfolio pages if you're looking for a particular hardware or software platform that we've worked with before.
A Brief History of Past Product Experiences
At DE Design Works, our innovative engineering solutions have helped bridge the gap from concept to production. Below is a brief history of just a few of our past blue-chip product design experiences and collaborations.
We have engineered tailored IoT solutions from sensor monitoring to embedded gateway capabilities that seamlessly connect edge devices to cloud platforms, enabling efficient data transfer and remote monitoring for our clients with products already in the field.
For a leading industrial solutions provider, we developed an innovative LoRa leak detector system. This device tested up to 1 mile line-of-sight and over 1 year on a single battery charge.
In collaboration with a large power management company that designs products and services for the electrical, automotive, aerospace, and industrial sectors, we helped bring to market a grid-connected home charging breaker for electric vehicles.
Working with the R&D team of a global pet nutrition CPG company, we engineered pet monitoring weighing and feeding devices with secure data stream access to their robust data science system, allowing them to achieve more precise and regularly timed data goals.
Partnering with a global motor technology leader, we helped develop a motion control platform, using their firmware algorithms, for automated guided vehicle (AGV) robotics. Designed to support motors up to 1000W, our small form-factor system provided multiple communication options – industrial protocols such as EtherCAT, CAN bus, CANopen, J1939, Modbus, Profibus, and Ethernet/IP.
Our foundational work on simplifying knobs-and-lever controls on fire trucks to ruggedize electronics control with industrial tablet compatibility led to a long-term relationship with a significant fire and rescue company and several other subsidiaries.
Often referred to internally as the “brain pump,” this ground-up development project for pioneering medical device startup utilizing ground-breaking intermittent suction technology to improve the “grip” on blood clots in ischemic stroke patients.
Our expertise extends to critical safety applications, including designing and developing air pressure monitoring gear for chemical and biological (CBRN) disaster response scenarios.
Working with R&D IP from a global technology leader, we helped commercialize a high-speed laser marking gyro controller system. The spin-off company has successfully produced several product variations for their market segment.
We helped a global timing applications firm deliver engineered solutions that demanded ultra-high precision and security encrypted communications used for network protocol timing across various high-tech applications.
Our team developed torque and calibration tools for a high-end assembly line tool manufacturer that combined rugged construction with high precision, ensuring reliable performance in demanding industrial environments.
From design to deployment, we create smart building control solutions that integrate seamlessly with modern connected environments, enhancing efficiency and user experience.
Our work for a global crop science company on their AGTECH projects includes developing drone imaging control systems and peripherals, empowering precision farming and crop monitoring.
Our work in the medical device arena includes the development of portable, hand-held EEG devices designed for quick and accurate neurological consciousness assessments.
Projects for defense industry clients have included submersible, uninterruptable universal DC and AC power supplies, plus high voltage power and backup solutions
We have designed innovative smart lighting solutions that offer wireless connectivity and customizable color options for modern environments.
Our automotive projects include developing high-performance fuel injectors for the aftermarket, helping optimize vehicle efficiency and power.
We designed a secure, compact payment solutions that integrate seamlessly with mobile devices, providing reliable systems for modern commerce.
Our expertise also extends to space-related technologies, including the design of RF communication control systems for observation satellites.
We have developed specialized motor control systems that meet advanced military radar receivers’ stringent MIL-STD performance requirements.
Our Process
Our Process