Domains

Where ideas find their domain.

Five divisions, one drive — to build what doesn’t exist yet. Open one.

Swipe divisions →5 Divisions

Division 01PULSE

Embedded Systems & VLSI

Custom PCB design, FPGA synthesis, microcontrollers, and RTL hardware modeling.

Core Focus

Our core research focuses on digital system design, FPGA prototyping, Verilog/VHDL synthesis, and high-speed multi-layer PCB layouts engineered for maximum signal integrity.

Stack

Verilog / VHDLSTM32 / ARMFPGA (Vivado)KiCad PCBFreeRTOS

Project Synapse (EEG BCI)View Track →

Division 02PULSE

Neurotechnology & Bio-Electronics

Precision analog front-ends, bio-potential instrumentation, and DSP pipelines.

Core Focus

Developing non-invasive EEG headsets and biomedical signal processing pipelines. We design ultra-low-noise instrumentation amplifiers and real-time DSP filters for brain-computer interfaces.

Stack

ADS1299 AFEBio-InstrumentationDSP (Filter Design)MATLAB / Python3D Bio-Resin

Project Synapse (EEG BCI)View Track →

Division 03PULSE

Robotics & Autonomous Hardware

Control systems, motor drivers, sensor fusion, and micro-UAV electronics.

Core Focus

Engineering embedded hardware, control loops, and sensor fusion for robotic agents. We design custom motor control circuitry, telemetry links, and real-time ROS2 nodes for autonomous systems.

Stack

ROS2Embedded C++CAN / SPI / I2CMotor ControllersIMU Sensor Fusion

Aether Micro-UAVView Track →

Division 04PULSE

Wireless Comms & RF Engineering

Software-defined radio, antenna design, wireless protocols, and signal processing.

Core Focus

Architecting RF front-ends, antenna matching networks, and digital signal processing models for long-range, low-power telemetry and software-defined radio grids.

Stack

Software Defined RadioGNU RadioLoRaWAN / ZigbeeRF Circuit DesignDSP

PULSE RF Mesh GridView Track →

Division 05PULSE

Edge Computing & TinyML

Quantized neural acceleration on silicon and low-latency sensor telemetry.

Core Focus

Deploying optimized TinyML neural models directly onto Cortex-M microcontrollers and edge silicon for real-time sensor processing and zero-latency industrial monitoring.

Stack

TensorFlow Lite MicroESP32-S3Edge ImpulseBare-Metal CMQTT Telemetry

Project Synapse (EEG BCI)View Track →

Division 01

Embedded Systems & VLSI

Custom PCB design, FPGA synthesis, microcontrollers, and RTL hardware modeling.

Core Research & Build

Our core research focuses on digital system design, FPGA prototyping, Verilog/VHDL synthesis, and high-speed multi-layer PCB layouts engineered for maximum signal integrity.

Technology Stack

Verilog / VHDLSTM32 / ARMFPGA (Vivado)KiCad PCBFreeRTOS

Active Building Track

Project Synapse (EEG BCI)Active

An 8-channel dry-electrode EEG headset with custom analog front-end and real-time DSP filter pipeline for brain-wave signal acquisition.

View Track