A Smart Automotive Front Lighting System Following the ASPICE Process | BlueKei | Capella Days 2025

Описание: "Designing a Smart Automotive Front Lighting System Following the ASPICE Process"
Presented by Sohil Manikanta Pulleti from BlueKei Solutions.

Organized by Obeo and Thales.
Hosted by Samuel Rochet

The presentation slides are available on the Capella website: https://mbse-capella.org/resources/pd...

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The modern automotive industry is dominated by complex, software-driven E/E systems, like smart headlamps, to meet demand for advanced features. Innovation is constrained by standards such as ASPICE. Traditional document-based engineering struggles with this complexity, causing inconsistent designs, and difficulty generating verifiable evidence for ASPICE audits.

This presentation shows how Capella, an open-source MBSE tool based on Arcadia, manages this complexity.

Arcadia’s layered approach aligns with ASPICE:
Operational Analysis (OA) supports SYS.1 by capturing stakeholder needs, entities, and environments, and assists SYS.2 by modeling operational behaviors and scenarios.
The System Analysis (SA) layer supports SYS.2 and SYS.3 by refining requirements into functional architectures with defined functions and exchanges.
The Logical Architecture (LA) layer corresponds to SYS.3, organizing functions into logical components, interfaces, and allocation matrices.
LA outputs—logical components, allocated requirements, and interface specifications—feed into next layers (Physical, SWE.1, HWE.1), transforming operational needs into concrete designs while maintaining traceability.

Capella’s add-ons enhance capabilities:
Requirements Viewpoint traces requirements linked to functions and architectures;
PVMT adds properties and legends to diagrams;
Matrix Views show allocation between functions and components, reducing errors;
REC/RPL captures recurring patterns for reusability;
and M2Doc generates specifications, and compliance documents from the model, providing tangible evidence for ASPICE audits.

Capella creates a single source of truth, offering audit-ready artifacts, early detection of integration issues, and reuse of functional and architectural patterns within the headlamp system. MBSE accelerates development, enhances collaboration, maintains consistency, and improves overall engineering quality, as demonstrated in the headlamp case study.
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Chapters:
0:00 - Introduction & Abstract
2:05 - Product Development Challenges in Automotive Systems
3:11 - Why Automotive Lighting System?
4:24 - Automotive Lighting Systems
6:08 - ASPICE meets ARCADIA
6:35 - What is ASPICE?
8:36 - The ASPICE Process with ARCADIA
10:30 - OA Layer
11:40 - SA Layer
13:30 - LA Layer
15:48 - How Modeling in Capella Benefits us : Using ASPICE Process
26:35 - Relationship Matrix
28:29 - ASPICE : The Best Scalable Path for Designing Smart Front Lighting System
30:44 - Q&A : Are you using OA layer to re-model all existing requirements into Capella artifacts?
37:16 - Q&A : How much time did it take to implement advanced lighting system using Capella compared to the conventional process?
32:52 - Outro
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