SERVICES

embedded_bw.jpg

Embedded System Development

HWI is known for embedded system development. Our engineers are experienced with using a wide variety of platforms and processors to create real-world solutions for specialized tasks. We develop precise and reliable systems ranging anywhere from impact detection in sports technology to bioelectrical monitoring in the highly regulated medical arena. HWI excels at the basics of writing low-level drivers and hardware control, while also completing extremely complex solutions such as developing a wearable device from hardware through software. We also have experience driving full turn-key solutions encompassing electromechanical integration. Embedded systems is our specialty.

Click here for more technical detail on our services in IoT design and development.

iot_bw.jpg

IoT Full Stack Development

HWI develops IoT products through the entire stack: from design of electrical hardware to writing the firmware running on the hardware, as well as developing and deploying the cloud software and infrastructure for connectivity-enabled devices. We have created devices that use various communication techniques, including Bluetooth and WiFi, to communicate with computers, phones, and the cloud. On the cloud side, we have engineers working on both the front-end and back-end, to create aesthetically pleasing sites with good server and speed performance. HWI truly develops solutions along the entire stack.

Click here to see more about the aspects of our IT development services.

rf_bw.jpg

RF Communications

We have experience not only in technologies such as those commonly used for IoT (Bluetooth and WiFi, for example), but also more broadly in RF design and development.  Our employees and customers alike come from widely known RF hotspots such as Ball Aerospace and Qualcomm to offer cutting edge wireless technology integration into our designs. RF is a notoriously difficult and costly aspect of product development; our engineers help our clients with both the development of a product and with the testing of it such as Electromagnetic Interference and Electromagnetic Compatibility. From design through regulatory, HWI smooths our clients' RF product development process.

Click here to see what aspects of the RF design and development process we can help with or do for you.

3d%2520Printer_edited_edited.jpg

Rapid Prototyping

Rapid Prototyping can be defined as a group of techniques used to quickly fabricate a scale model of a part or assembly using three-dimensional computer aided design data. HWI utilizes a Stratasys Eden 260V 3-D printer, CNC machine and a fully operational machine shop, along with Engineers certified in Solid Works 3-Dimensional Design, to produce quality prototypes that meet your requirements.

Reprocessing_edited.jpg

Quality and Regulatory

HWI's quality systems are compliant to ISO 9001 and ISO 13485 standards. We have vast regulatory experience with the medical community, including QSR for FDA requirements, CE marking, verification and validation, clinical trial assistance and 510K submissions.

sp_wn_19boxmull_edited.jpg

Realization

Medical and Healthcare product realization takes more than just talented design and engineering to take a vision into reality. It takes a team of experts on the back end to ensure you integrate the right strategy to gain the proper market penetration and manage a worldwide quality management system. When you choose HWI, you also gain access to innovative contract manufacturing services. We offer professional advice tailored to your specific requirements. SteriPack offers contract manufacturing services, from the initial concept to the finished product.

Click here to read more about how HWI and SteriPack makes a difference.

Additional Services

HWI is disciplined in the fields of electronics, mechanical, electromechanical, robotics, industrial, IoT, RF, ASIC and microminiature design. HWI is committed to protecting our client's project investment by offering patent services. Our engineers have secured more than 120 patents to date.