Visteon is advancing mobility through innovative technology solutions that enable a software-defined future. Our state-of-the-art product portfolio merges digital cockpit innovations, advanced displays, AI-enhanced software solutions, and integrated EV architecture solutions. With expertise spanning passenger vehicles, commercial transportation, and two-wheelers, Visteon partners with global automakers to create safer, cleaner, and more connected journeys. Headquartered in Van Buren Township, Michigan, Visteon operates in 17 countries, employing a global network of innovation centers and manufacturing facilities.
Key Responsibilities
1. System Architecture & Design
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Lead the design of display subsystems for complex embedded platforms (e.g., automotive clusters, IVI, HMIs, consumer electronics).
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Evaluate LVDS, MIPI-DSI, eDP, or similar interfaces and choose optimal architecture based on bandwidth, cost, EMI, and performance constraints.
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Help the teams to debug the field issues related to Display complete blackout, partial blackout and temporary blackout scenarios.
2. Hardware-Software Integration
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Work closely with hardware/software engineering to define display timing parameters, power sequencing, and board-level design requirements.
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Collaborate with embedded software teams to optimize graphics drivers, display controller initialization, and boot-time behavior.
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Define system performance KPIs: frame rate, latency, tearing avoidance, brightness, color accuracy, and thermal behavior.
3. Technology Evaluation & Innovation
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Conduct feasibility studies for new display technologies: OLED, mini-LED, micro-LED, TFT, IPS, LTPS, etc.
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Evaluate touch and cover-glass technologies for integration impacts.
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Drive selection of display modules, TCONs, external display drivers, and serializer/deserializer links.
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Benchmark graphics frameworks: OpenGL ES, Vulkan, Qt/QML, Kanzi, Unity, custom compositor pipelines.
4. Safety, Reliability & Compliance
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Ensure display system complies with automotive safety standards (ISO 26262), EMC/EMI, and environmental requirements.
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Define diagnostics, fault detection, redundancy, and graceful-degradation strategies.
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Work with cybersecurity teams to ensure secure communication between display subsystems.
5. Cross-Functional Leadership
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Create architecture documents, design guidelines, and system requirement specifications.
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Support program management with technical evaluations, risk assessments, and supplier negotiations.
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Lead display bring-up, validation, image quality tuning, and performance optimization.
Required Skills & Qualifications
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Strong understanding of display technologies (LCD/OLED), timing control, color science, luminance curves, and image processing.
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Expertise in display interfaces: LVDS, MIPI-DSI/CSI-2, FPD-Link, eDP, HDMI.
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Familiarity with GPU/Display controllers: ARM Mali, Imagination, Qualcomm, Renesas, TI, NXP, Infineon Traveo II, etc.
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Experience with embedded systems using ARM Cortex-A/R/M architectures.
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Strong knowledge of graphics pipelines, composition engines, shader-based rendering, and memory bandwidth calculation.
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Experience with RTOS/Linux/Android-based middleware.
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Proficiency in C, C++, display drivers, and debugging tools (Oscilloscope, Logic Analyzer).
Domain Knowledge
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Automotive HMI / Instrument Cluster / IVI experience is highly preferred.
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Knowledge of ASIL requirements and functional safety design.
Experience
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8–15 years of experience in embedded systems, graphics, or display technologies.
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At least 3–5 years specifically in display system architecture or lead display engineering.
Preferred Qualifications
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Master's degree in Electronics, Electrical, Computer Engineering, or related field.
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Experience with display bring-up on automotive MCUs (e.g., Traveo II, Renesas R-Car, NXP i.MX).
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Experience with CAN/LIN/Ethernet communication integration for display data.
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Understanding of boot-time optimization for fast-boot display systems.
