Performance and packaging
Balance functional targets, geometric constraints, mechanisms, materials and manufacturability across vehicle and subsystem layouts.
Industries / Automotive
Move from vehicle intent to connected, production ready systems.
CX24 can connect mechanical design, simulation, embedded intelligence, data and production engineering so technical decisions remain visible across the vehicle lifecycle.
BuildVehicle and subsystem engineeringEnableConnected platforms and dataOperateQuality and production feedback
Industry priorities
Vehicle performance emerges across connected disciplines.
Packaging, structural behaviour, thermal management, aerodynamics, electronics, controls and manufacturability influence the same product. CX24 can support one discipline or coordinate the interfaces that determine system performance.
Multiphysics validation
Use structural, durability, thermal, flow and aerodynamic evidence to resolve tradeoffs before expensive physical iteration.
Embedded intelligence
Integrate electronics, firmware, controls, communications and verification around explicit system behaviour.
Production and field feedback
Connect design definition, process readiness, quality evidence, telemetry and field outcomes into controlled improvement.
Physics Based Modelling / Application areas
Model the interactions behind vehicle performance.
Connect electric drive behaviour, thermal management and vehicle dynamics through models sized to the engineering question.
These are candidate engineering applications, not claims of completed CX24 customer deployments. Feasibility and validation needs are reviewed for each engagement.
Electric drive NVH
Investigate excitation, structural response and transfer paths in a drive unit or mounted assembly.
- Scoping inputs
- Speed and torque range, excitation assumptions, mounts and measured response where available.
Battery & power electronics thermal behaviour
Represent heat generation and heat rejection across a defined duty cycle and cooling architecture.
- Scoping inputs
- Loss assumptions, thermal properties, cooling boundaries and temperature evidence.
Ride & suspension dynamics
Explore how mass, stiffness and damping influence a defined vehicle or subsystem response.
- Scoping inputs
- Road or load inputs, component characteristics, kinematics and response targets.
Duty cycle & system trade studies
Compare energy flows, control choices and subsystem interactions over agreed operating scenarios.
- Scoping inputs
- System architecture, duty cycles, efficiency data, constraints and reference results.
Solutions for Automotive
Capabilities connected to the industry outcome.
Industries describe who CX24 serves. Build, Enable and Operate describe the capability groups that can be assembled around the requirement.
Build
Develop physical and connected vehicle systems around explicit targets.
- Requirements, architecture and product integration
- Mechanical design, CAD and tolerance definition
- Structural, thermal, CFD and aerodynamic analysis
- Embedded hardware, firmware and controls
Enable
Put governed digital capability around product and engineering data.
- Connected vehicle and enterprise integration
- Telemetry pipelines and digital twin context
- Engineering analytics and decision products
- Applied AI with validation and monitoring
Operate
Make production and field evidence actionable for engineering.
- Validation and production readiness support
- Quality and non conformance workflows
- Technical support and issue triage
- Closed loop field and service feedback
Connected lifecycle
Keep vehicle intent connected to validation and production evidence.
A common lifecycle helps teams understand how one design decision affects performance, software, integration, production and field behaviour.
Define targets
Clarify vehicle, subsystem, interface and acceptance objectives.
Develop architecture
Establish physical packaging, system boundaries and information interfaces.
Simulate performance
Evaluate structural, thermal, aerodynamic and dynamic behaviour.
Integrate intelligence
Connect electronics, firmware, controls, connectivity and diagnostics.
Validate the system
Coordinate analyses, tests, defects and resolved deviations.
Close the loop
Return production, quality and field evidence to engineering decisions.
Relevant capabilities
Capabilities you can engage.
Each link opens a dedicated capability page covering scope, deliverables, engagement structure and control boundaries.
Engineering
Product engineering
Requirements, architecture, integration and lifecycle delivery.
Explore capability →EngineeringMechanical design and CAD
Mechanisms, packaging, tolerances, DFM and release data.
Explore capability →EngineeringSimulation, FEA and thermal
Structural, fatigue, vibration and thermal design evidence.
Explore capability →EngineeringCFD and aerodynamics
External flow, cooling, thermal management and aerodynamics.
Explore capability →EngineeringEmbedded systems
Electronics, firmware, controls, RTOS and verification.
Explore capability →TechnologyIndustrial IoT and digital twin
Connected assets, telemetry, models and operational insight.
Explore capability →EngineeringQuality and production engineering
Validation, process readiness and controlled production readiness.
Explore capability →TechnologyData engineering and analytics
Pipelines, data quality, lineage and decision products.
Explore capability →What CX24 can deliver for Automotive.
Capabilities are assembled around the required solution, client standards, acceptance criteria and level of responsibility CX24 accepts.
Tools and platforms for the work
CAD and PLM · CAE and CFD · Embedded systems · Connected vehicle data · Test systems · Quality planning
Specific tools are agreed around client standards, interfaces, information controls and the required output.Outputs the client can use
Vehicle and subsystem definition · Design and analysis models · Embedded integration evidence · Validation pack · Production readiness records
Format, revision status, ownership and acceptance criteria are defined in the engagement scope.Evidence clients can inspect
Requirement coverage · Model and test correlation · Issue closure · Change control · Manufacturing and quality evidence
Client names, project details and outcome claims are published only with permission.Flexible ways to engage
Defined development package · Integrated engineering team · Delivery centre · Production support
Commercial structure and governance are matched to scope, duration and operational responsibility.Engagement boundary
OEM, supplier, safety and production requirements remain explicit.
Applicable OEM, supplier, safety, validation, homologation, data access and production requirements are defined with the client for each workstream. CX24 supports the agreed engineering and technology scope; product authority, regulatory approval and homologation decisions remain with the responsible client and authorised bodies.
Industries We Serve
Industries = who we serve · Capabilities = what we do