Infotainment Feature Requirements Architect
Define connected car infotainment features with OEM, UX, and compliance rigor
What You Can Do
You systematically architect feature requirements for connected car infotainment systems by synthesizing customer insights, technical constraints, and regulatory mandates. This skill structures the translation of market data into unambiguous specifications that engineering teams can execute against, accounting for legacy hardware integration, multi-generational vehicle platforms, and safety-critical certification requirements.
Features
Example Output
Example 1: Voice Command Feature Specification
Feature: Natural Language Voice Control for Navigation Destination Input
User Requirement: Driver can speak destination name naturally without phrase templates
Technical Constraint: Processor supports 100ms latency; no cloud connectivity in cellular dead zones
Compliance Impact: ISO 26262 ASIL-B for distraction risk; SOTIF hazard for misheard commands
Specification Output:
- Fallback behavior: Transitions to keyboard input if ASR confidence <75%
- Safety interlock: Voice input blocked during emergency maneuvers (airbag deploy, hard braking)
- Regulatory mapping: Drives down maximum speech interaction duration to 15 seconds per SAE J2699
Example 2: App Integration Feature Matrix
| App Category | Model Year Support | Hardware Requirement | Compliance Barrier | Ship Status |
|---|---|---|---|---|
| Music Streaming | MY24–MY27 | 512MB RAM min | GDPR data residency | Phase 1 |
| Navigation | MY22+ | LTE modem | SOTIF OTA update validation | Approved |
| Vehicle Diagnostics | MY25+ | CAN-FD gateway | ISO 26262 medical-device-grade logging | Design phase |
What's Included
- SKILL.md instruction file with full requirements architecture methodology:
- Feature Requirements Template: structured format for capability, constraints, compliance, and acceptance criteria
- Compliance Mapping Checklist: automotive standards cross-reference (ISO 26262, SOTIF, GDPR, SAE J2699)
- Hardware Capability Matrix: baseline constraints by infotainment platform generation
- Multi-Generational Feasibility Workflow: process for assessing feature backward compatibility across model years
Who It's For
- Connected car product managers defining infotainment roadmaps and feature priorities
- Automotive UX designers translating user research into specifications for development handoff
- Requirements engineers on OEM product teams balancing stakeholder demands with technical reality
- Compliance and functional safety leads embedding regulatory constraints into feature definitions
- Infotainment platform teams evaluating third-party capabilities against internal product strategy
Best For
- Defining feature specifications before engineering sprints to eliminate ambiguity and rework
- Reconciling conflicting priorities (safety vs. UX richness, marketing features vs. feasibility) with structured frameworks
- Assessing features for multi-generational vehicle lineup support with hardware variance
- Building compliance traceability matrices linking user needs to automotive standards
- Documenting interaction flows for complex multi-modal features (voice + touch + steering wheel controls)
You might also like
Create rigorously designed surveys using evidence-based methodology and validate them with psychometric analysis. Claude analyzes your research objectives, generates targeted survey items, evaluates scale reliability and validity, and identifies potential measurement issues before data collection. You get publication-ready instruments with documented psychometric properties.
by omkamal
You can systematically examine aerospace incidents, cockpit procedures, and interface designs using established human factors frameworks like SHEL, Norman's action theory, and Reason's accident causation model. The skill identifies human performance bottlenecks, error traps, and design vulnerabilities—then recommends evidence-based mitigations that reduce cognitive workload, enhance situational awareness, and prevent accidents.
by omkamal
Systematically integrate psychological and psychiatric assessment results into comprehensive, legally-sound forensic competency opinions. Claude guides you through evidence-based reasoning to address the specific legal standards applicable to your jurisdiction, helping you organize clinical findings into clear, defensible conclusions about cognitive, functional, and volitional capacities relevant to the legal question at hand.
by omkamal
Conduct comprehensive organizational assessments to identify systemic challenges, map stakeholder dynamics, and design evidence-based intervention strategies. You'll diagnose root causes of organizational dysfunction, create detailed implementation roadmaps with clear milestones, and build change management plans that account for resistance and organizational readiness.
by omkamal
You design, validate, and optimize survey instruments using systematic psychometric analysis. The skill systematically evaluates item quality, tests reliability through Cronbach's alpha and test-retest correlations, assesses construct validity via factor analysis and convergent/discriminant testing, and generates data-driven recommendations for survey improvement. Whether building a new measurement scale or auditing an existing one, you gain scientific evidence that your survey measures what it claims.
by omkamal
Generate comprehensive, legally defensible custody evaluations using evidence-based psychological frameworks and structured risk analysis. This skill guides you through parental capacity assessment, child welfare prioritization, and multi-factor analysis to produce professionally defensible documentation that supports judicial decision-making and protects children's best interests.
by omkamal
You can systematically design and plan organizational change initiatives by conducting diagnostic assessments, mapping stakeholder dynamics, identifying resistance points, and developing implementation roadmaps tailored to your organization's culture and capacity. The skill produces change models grounded in evidence-based frameworks like Kotter's 8-step model, Burke-Litwin, or the Satir Change Model, along with concrete stakeholder engagement strategies and phased rollout plans.
by omkamal
This skill provides comprehensive human factors analysis of vehicle interface designs. You can assess cognitive load, identify driver distraction risks, evaluate NHTSA compliance, and uncover usability issues before design freeze. It combines HCI best practices, automotive safety standards, and workload assessment methodologies to deliver actionable feedback that keeps drivers safe.
by omkamal