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Divisions & Research Tracks

Where ideas find their domain.

Five divisions, one drive — to build what doesn’t exist yet. Explore active engineering tracks below.

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 →

Ready to Join the PULSE Community?

Join one of KL University's most innovative student communities. Collaborate on cutting edge projects, participate in technical events, enhance your engineering skills, and grow alongside passionate innovators shaping the future of technology.

Embedded Systems

Bare metal firmware, low level MCU registry mapping, and sensor integration.

IoT Development

LoRa mesh network protocol design, node telemetry routing, and gateways.

PCB Design

High speed multi-layer layouts, RF antenna routing, and signal integrity.

Robotics

Swarm kinematics, computer vision based mapping, and ROS2 controller stacks.

AI & ML

Edge inference optimization, neural classification networks, and ML pipelines.

Technical Workshops

Peer led laboratory sprints, advanced research lectures, and paper studies.

Hackathons

Decentralized hardware sprints, 48 hour rapid prototyping, and system builds.

Leadership

Project roadmap management, research coordination, and community outreach.

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