Core Engineering Expertise
We design and build high-quality hardware and software solutions — from FPGA firmware to embedded systems, optics research, and intelligent mechatronic applications.
Hardware & Embedded Software Engineering
Our team covers the full stack of electronics design — from initial schematics and breadboard layouts through FPGA programming, embedded firmware, and software integration — delivering a complete, tested hardware solution.
FPGA & Microcontroller Design
Developing low-latency digital logic architectures in HDL, programming FPGAs for real-time signal processing, and configuring microcontrollers for deterministic hardware control.
Prototyping & PCB Bring-Up
Rapid breadboard and PCB layouts, component selection across analog and digital domains, signal integrity validation, and thermal and electromagnetic compliance testing.
Firmware & Embedded Software
Writing bare-metal and RTOS firmware, hardware abstraction layers, custom device drivers, and simulation environments to validate embedded software before physical bring-up.
Applications & Documentation
Developing companion software — front-end monitoring dashboards, back-end data pipelines, and API integrations — alongside complete technical documentation, register maps, and calibration records.
Optics & Photonics Research
An early-stage research offshoot exploring the intersection of light, matter, and computing. We are building simulation frameworks and early prototypes to develop expertise in photonic hardware — without yet having commercial products in this area.
Silicon Photonics Modeling
Simulating light propagation through silicon-on-insulator waveguides — evaluating beam splitting, switching, and coupling losses to inform future fabrication decisions.
Fiber-to-Chip Coupling
Designing precision mechanical sub-mounts and automated alignment systems that use our mechatronics expertise to bridge optical fibers to photonic chips with minimal insertion loss.
Photonic Quantum Computing
Studying room-temperature quantum computing architectures based on linear optics — exploring squeezed light states, photonic logic gates, and coherent detection schemes.
Specialized Solutions
We combine electrical, mechanical, and software disciplines to engineer intelligent, connected hardware systems for industrial, scientific, and research applications.
Mechatronics & Robotics
Designing custom actuator drive circuits, servo feedback control loops, and precision robotic joint systems with integrated position sensing for high-accuracy motion.
Internet of Things (IoT)
Connecting embedded sensor nodes to local and cloud networks via low-power wireless protocols, with reliable data acquisition, edge processing, and remote monitoring.
Edge AI
Deploying optimized neural network models directly on embedded hardware for on-device inference - enabling real-time pattern recognition, anomaly detection, and autonomous decision-making without cloud dependency.
Image Processing & Sensor Readouts
Building real-time image processing pipelines, live streaming interfaces, and precision readout circuits for optical, thermal, and mechanical sensor arrays.