Engineering, demonstrated
The projects below are representative engineering projects that illustrate the kind of work ALEVA does and the technical capabilities we bring. They are provided to show our engineering scope; they do not disclose confidential customers or proprietary details.
Behind every project is the same goal: technology people can trust.
FPGA Beamformer Platform
A high-performance parallel beamforming platform on FPGA, designed for high channel counts and frame rates — the real-time computational core of an advanced ultrasound system.
AI-assisted Ultrasound Software
Machine-learning software that enhances image quality, automates measurements and supports anatomy recognition in real time — engineered to be reliable enough for clinical workflows.
Portable Ultrasound Architecture
A complete portable ultrasound system architecture balancing image quality, power consumption, thermal design and size — the trade-off engineering that makes a premium handheld possible.
Medical Imaging Electronics
Medical-grade analog front-end and digital electronics for an imaging device — schematic and PCB design, power, and firmware built for reliability and manufacturability.
Ultrasound Probe Development
Development of an ultrasound transducer — acoustic stack design, matched impedance layers and assembly — targeting wide bandwidth and clean, artifact-free signal.
Industrial Design for Medical Devices
Industrial design of a medical device — form, ergonomics and enclosure — that feels premium and clinical while remaining practical to manufacture, clean and service.
These are representative engineering projects created to illustrate ALEVA's technical capabilities. They do not reference confidential clients, prior employers, or proprietary information.
Have a project like one of these?
If any of these resemble what you're trying to build, let's talk about how we'd approach yours.