MEMKO is a trusted Partner for Dassault Systèmes across Australia, New Zealand, and India. We bridge the gap between advanced technology and operational execution, delivering turnkey PLM deployment, legacy CAD migration, and certified training. Grounded in compliance and our own AS9100-aligned engineering practices, we provide the sovereign capability and local technical expertise required to sustain complex aviation, space, and defence portfolios.
The world’s leading solution for high-end product design, advanced surface styling, and engineering experience. Deployed extensively throughout global aerospace primes, defense systems, and space organisations, CATIA provides an uncompromised multi-disciplinary environment where geometric complexity is modeled with complete physical realism.
Develop high-aesthetic, continuous surfaces that meet rigorous aerodynamic constraints for airframe components, flight surfaces, and specialized external fairings. Mechanical designers can achieve strict geometric continuity while ensuring parts remain clean and manufacturable.
Design complex ply layups, core materials, and drop-off regions directly inside the master 3D model. CATIA accurately simulates fiber behavior and fabric wrinkling during early development, streamlining transitions to laser projection systems on the shop floor.
Map complete 2D functional schematics directly into physical 3D space for fluidic piping, HVAC ducting, and complex electrical wire harnesses. This approach automatically enforces physical spacing boundaries, minimum bend radii, and accurate structural clearances.
Advanced manufacturing simulation, global supply chain planning, and operations management tools that map, optimize, and streamline live assembly networks. DELMIA enables industrial organizations to achieve production agility and complete digital continuity from design directly to the shop floor.
Build, simulate, and validate whole workshop floor configurations digitally to analyze material flow, evaluate resource interactions, and resolve structural footprint issues well before physical plant deployment or tooling investments are locked in.
Program automated multi-axis robotics and evaluate human worker mechanics inside the virtual twin to optimize assembly line reach, maximize physical safety compliance, and eliminate high-cost cycle time bottlenecks.
Update master manufacturing schedules and capacity allocations dynamically when material supplies shift, labor availability changes, or unpredicted equipment maintenance events arise across the entire supply chain network.
Realistic multiphysics engineering simulation software powered by industry-standard solvers like Abaqus, Isight, Tosca, and fe-safe. SIMULIA provides a scalable environment to thoroughly evaluate structural strength, fatigue life, acoustics, and fluid behavior during early virtual prototyping phases.
Evaluate component stress profiles, complex multi-body kinematics, and material fatigue lifecycles under extreme destructive loads, non-linear physical interactions, and harsh operational conditions without relying on high-cost physical prototypes.
Analyze complex fluid behavior, including high-speed external aerodynamics, internal heat dissipation profiles, transient cabin air ventilation, and liquid flow pathways across complicated airframe shapes to maximize fuel and systemic efficiency.
Map high-frequency radio performance, calculate accurate antenna co-site interference patterns, and evaluate complex electromagnetic environmental interactions (EMI/EMC) across dense avionic housings and modern defense sensor structures.
An enterprise Product Lifecycle Management (PLM) and configuration data system that securely protects your structural IP and regulatory baselines. ENOVIA acts as the single source of truth that orchestrates complex project schedules, enforces design governance, and unites global stakeholders.
Enforce highly secure, context-driven access controls to isolate sensitive engineering data. This framework allows Australian and global teams to safely comply with rigorous international regulations, including ITAR restrictions, DISP mandates, and AS9100 configuration audits.
Establish total consistency by directly linking the conceptual Engineering BOM (EBOM) to the physical Manufacturing BOM (MBOM). This automated connection drastically lowers downstream assembly mismatch failures, sourcing delays, and costly material waste on the line.
Streamline Engineering Change Orders (ECO) across distributed supplier networks. Every individual revision, approval milestone, and impact analysis is recorded automatically, maintaining a secure and complete historical timeline for long-term fleet sustainment.
Enterprise data intelligence and semantic analytics dashboards that aggregate, connect, and translate structured or unstructured information. NETVIBES breaks down disconnected repository walls to deliver high-integrity technical data feeds across your business network.
Extract internal design data modifications, maintenance telemetry feeds, and real-time field performance logs, presenting them through secure dashboard interfaces that elevate overall executive project visibility and command support.
Analyze duplicate geometric shapes and historical component parts across separate operating units, contrasting regional supply costs to maximize manufacturing re-use parameters and heavily drive down duplicate procurement bills.
Continuously monitor international raw material disruptions, component obsolescence paths, and fleet wear trends, allowing engineering managers to implement preventative maintenance pipelines early.
Professional, feature-rich 2D and 3D CAD drafting software designed to seamlessly update, manage, and distribute legacy engineering layouts. DraftSight provides an intelligent, highly compatible alternative for mainstream technical drawing workflows with flexible enterprise licensing models.
Access, edit, and archive historical 2D print assets, factory maps, and legacy mechanical schemas without encountering restrictive vendor licensing models or sacrificing original layer properties and external references.
Execute native LISP routines, load visual studio macro blocks, and implement custom API tools to automate repetitive high-volume batch-printing tasks, coordinate geometry remapping, and standardise block layouts.
Bridge local desktop drafting instances directly with broader collaborative PLM backends. DraftSight lets your design personnel maintain classic drawing workflows while establishing automated cloud revision check-ins.
De-risk complex system integration by replacing traditional document-centric methodologies with unified, live model architectures.
Track high-level requirements directly to physical assemblies for verification and validation across the development loop.
Unify multidisciplinary engineering branches across electronic, mechanical, and software boundaries into a unified digital thread.
Establish a single source of truth to manage data modifications, track variations, and handle strict global compliance.
Enforce strict context-driven access controls and IP safeguards critical for defence, aerospace, and space programs.
Automate complex engineering change orders (ECO) with total asset traceability throughout the supplier network loop.
Validate machinery and run end-to-end production cycles inside an uncompromised digital environment before breaking ground.
Optimise factory floor layouts, complex resource scheduling parameters, and eliminate critical bottleneck constraints early.
Connect high-level design engineering definitions directly to physical manufacturing execution systems with zero data drop.