Ocean Engineering

Engineering
Smarter Oceans.

Developing next-generation marine technology for safer coastlines, smarter ocean monitoring and sustainable offshore infrastructure.

Current Focus

Advancing Innovation
Through Collaboration

SEMS is currently progressing through engineering development and is actively seeking strategic collaboration with:

Universities
Marine Researchers
Coastal Engineers
Government Agencies
Technology Partners
Grant Funding Bodies

Project Status

Engineering Concept
System Architecture
Commercial Assessment
Initial Industry Collaboration
Computational Modelling
Laboratory Testing
Open Water Trials
Pilot Deployment

Core Technology

The SCDA-Hybrid Platform

Smart Buoy Nodes

Autonomous Power Hubs

Surface buoys operate as independent stations containing solar generation, system diagnostics, and real-time telemetry.

  • • LiFePO4 Battery Storage
  • • MPPT Charging Systems
  • • Integrated Sensor Suites
Emitter Array

Distributed Emitter Backbone

A controlled-depth subsurface capacitive array designed to create a distributed deterrent field without creating a physical barrier.

  • • Subsurface electrode network
  • • Capacitive Field Layer
  • • Modular geometry
Mitigation Concept

Behavioural Influence

Designed to overstimulate shark electrosensory systems through pulsed electromagnetic fields while minimising environmental impact.

  • • 500V - 1,000V Peak Pulses
  • • Adaptive Pulse Frequencies
  • • Non-Entangling Architecture

Development Pathway

Pathway to Integration

CURRENT PHASE
Stage 01: Feasibility

Engineering feasibility, computational modelling, materials evaluation and prototype design.

STAGE 02
Lab Validation

Controlled environment measurement, durability trials and material testing.

STAGE 03
Pilot trials

Offshore trial deployment of autonomous buoys across 30-60m span.

STAGE 04
Integration

Commercial beach deployment and network-wide data integration.

SCDA-Hybrid is currently progressing through engineering feasibility, modelling and research collaboration. Technical specifications and deployment configurations may evolve during development. Mitigation efficacy targets aim to minimise environmental impact through non-lethal deterrent fields.

Engineering the Future.

Direct all engineering, research and partnership enquiries to our leadership team.

Project Initiation

Joshua Hamilton

Founder & Commercial Development

Engineering Partnership

Dave Smith

Engineering Collaboration (RPELA)

General Enquiries

info@semsystems.com.au

Research & Partnerships

research@semsystems.com.au

Briefing Request