Vehicle dynamics
Vehicle dynamics calibration and tuning using simulation, objective testing and driver evaluation to balance performance, comfort and safety.
Embedded systemsSystems · Controls · Functional safety
Safety-critical automotive systems.Delivered with confidence.
Nearly 20 years of global automotive experience delivering embedded systems and software across the full V-cycle, translating customer needs into high-quality, safety-critical products.
~20 yrsGlobal automotive experience
Full V-cycleCustomer needs to vehicle acceptance
ASIL-DISO 26262 system development
- Controller
- Actuator
- Data
- Power
- ISO 26262
- Automotive SPICE
- AUTOSAR
- Model-based design
- SIL / HIL
- Vehicle dynamics
Services
Specialist engineering across the automotive V-cycle
Systems, software and calibration expertise for safety-critical vehicle applications, supported by disciplined process and evidence.
Controls & embedded software
Model-based control systems development from rapid prototyping to AUTOSAR-compliant embedded software delivery.
Functional safety & ASPICE
ISO 26262 and Automotive SPICE implementation, with direct experience of ASIL-D system development.
Full V-cycle delivery
Full V-cycle engineering, delivered with evidence
End-to-end support from customer needs and system definition through implementation, integration, vehicle validation and controlled handover.
↘ Definition
01
Stakeholder & customer needs
Use cases, vehicle attributes, customer expectations and acceptance criteria.
02
System design & requirements
Architecture, interfaces, system and safety requirements, analysis and traceability.
03
Software design & requirements
Software architecture, fault monitoring, diagnostics, plausibility and state management.
Implementation
04
Software implementation
AUTOSAR-compliant embedded software.
↗ Verification
05
Software integration & test
Integration, unit and requirements-based SIL/HIL verification.
Verifies 0306
System integration & test
Hardware, software and system integration, verified against system requirements.
Verifies 0207
Vehicle validation & acceptance
Calibration, objective and subjective validation, safety evidence and customer acceptance.
Validates 01ISO 26262 functional safety and Automotive SPICE work products, with traceability spanning the complete V-cycle.
Proprietary engineering technology
AI-assisted development, built for the engineering V-cycle
SysCon Engineering has developed a substantial, proprietary in-house AI toolset to support system and software engineering activities across the V-cycle, with experienced engineers retaining control of every technical decision and deliverable.
Engineering workflowAI-assisted
01Requirements
02Traceability
03Safety analysis
04Design assurance
05Verification evidence
Engineer review & sign-offTechnical ownership and accountability stay with people
Accelerated engineering
AI-assisted workflows support requirements, traceability, safety analysis, design assurance and verification evidence, reducing repetitive effort and helping shorten time to market.
Human-led assurance
The technology supports, rather than replaces, engineering judgement. Technical ownership, review and accountability remain with experienced safety-critical engineers.
Efficient client delivery
Increased consultancy efficiency can reduce delivery costs, and the resulting savings can generally be passed on to customers.
Automotive experience
Nearly 20 years
Embedded systems and software delivered across global automotive programmes.
Lifecycle
Concept → production
From early architecture decisions to validated, production-ready systems.
Clients
OEMs & Tier-1s
Experience spans work with major automotive OEMs and Tier-1 suppliers worldwide.
Need experienced support on a safety-critical automotive programme?
Start with a focused conversation with SysCon Engineering today.
Discuss your programme
UK-based · supporting programmes worldwide