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Built with ❤️ by the quantum computing community

    Back to Industries

    Automotive

    Applications of quantum computing in automotive design, manufacturing, and intelligent transportation systems.

    28 Case Studies
    1 Related Algorithm
    9 Target Roles

    The automotive industry faces intensifying computational challenges as vehicle complexity increases, electrification accelerates, and autonomous driving capabilities advance. Quantum computing offers targeted solutions to these challenges through several high-value applications that address specific computational bottlenecks.

    Vehicle design optimization represents a significant opportunity, where quantum algorithms can evaluate complex multi-physics simulations across larger parameter spaces than classical methods. These capabilities enable more efficient aerodynamic profiles, structural designs, and thermal management systems while balancing multiple objectives and constraints. Automotive manufacturers are exploring quantum approaches to reduce vehicle weight while maintaining safety standards and performance characteristics.

    Battery technology development benefits from quantum chemistry simulations that more accurately model electron behaviour in potential electrode and electrolyte materials. These capabilities can accelerate the discovery and validation of new battery chemistries with higher energy densities, faster charging capabilities, and improved cycle life—addressing critical barriers to electric vehicle adoption and performance.

    Traffic flow management applications leverage quantum optimization to address complex routing and congestion challenges in urban environments. Several manufacturers have demonstrated quantum approaches to fleet routing and traffic optimization that minimize congestion, reduce emissions, and improve transportation efficiency in dynamic environments.

    Manufacturing and supply chain optimization applications include production scheduling, resource allocation, and inventory management—problems characterised by numerous constraints and objectives that quantum algorithms can potentially address more effectively than classical approaches. These capabilities directly impact production efficiency, cost management, and supply chain resilience.

    Autonomous vehicle systems may benefit from quantum machine learning approaches that enhance object recognition, predictive modeling, and decision-making under uncertainty. These applications remain largely exploratory but represent a potential future advantage as both quantum and autonomous technologies mature.

    Implementation strategies for automotive organisations should focus on identifying specific computational bottlenecks in current processes, developing quantum expertise through targeted use cases, and creating hybrid quantum-classical approaches that can evolve with hardware capabilities.


    Related Case Studies

    D-Wave and NEC partner for applications in Japan

    A strategic partnership in Japan to deploy quantum annealing solutions for optimizing manufacturing, logistics, and financial services.

    IBM and Daimler AG Strategic Partnership for Automotive Quantum Computing Applications

    IBM Quantum and Daimler AG formed a strategic partnership to explore quantum computing applications in automotive manufacturing, materials science, and logistics optimization. The collaboration focuses on leveraging quantum algorithms to solve complex computational challenges in vehicle design, battery technology, and supply chain management.

    Amazon Web Services and BMW Group: Quantum Computing for Industrial Challenges

    BMW Group partnered with Amazon Web Services (AWS) through Amazon Braket to explore quantum computing applications for optimizing manufacturing processes, supply chain logistics, and materials research. This collaboration leverages AWS's cloud-based quantum computing platform to address complex industrial challenges in automotive manufacturing and design.

    Microsoft and Ford explore traffic flow optimisation

    Microsoft Azure Quantum and Ford explore opportunities to improve traffic flow optimisation.

    Quantinuum and Mitsui & Co. evaluate broad quantum utility

    Quantinuum and Mitsui & Co. trading company explore quantum computing potential across a range of its portfolio of activities.

    Haiqu and Quanscient explore quantum computational fluid dynamics

    Combining advanced algorithms and middleware for a breakthrough in computational fluid dynamics for the aerospace and automotive industries.

    Google and Volkswagen advance traffic optimisation and battery research

    Optimising urban traffic flow and simulating advanced battery materials using Google's quantum processors and algorithms.

    D-Wave and DENSO Partnership: Quantum Computing for Automotive Manufacturing Optimization

    D-Wave Systems and DENSO Corporation, a leading automotive components manufacturer, partnered to apply quantum annealing technology to complex optimization problems in automotive manufacturing and logistics. This collaboration aimed to leverage D-Wave's quantum computing systems to solve factory automation challenges, traffic flow optimization, and supply chain management problems that are computationally intractable for classical computers.

    D-Wave, DENSO, and Toyota Tsusho Partnership for Traffic Flow Optimization Using Quantum Computing

    D-Wave Systems partnered with DENSO Corporation and Toyota Tsusho Corporation to apply quantum computing technology to optimize traffic flow in Thailand. This collaboration demonstrated one of the first real-world applications of quantum annealing to solve complex urban mobility challenges, potentially reducing traffic congestion in cities worldwide.

    1QBit and BMW explore automotive optimisation

    1QBit and BMW applied quantum-inspired algorithms to optimise automotive manufacturing, logistics, and supply chain challenges.

    Google Quantum AI and Volkswagen Partnership for Traffic Optimization and Battery Research

    Google Quantum AI and Volkswagen have collaborated on applying quantum computing to optimize traffic flow in urban environments and advance battery material research. This partnership leverages Google's quantum processors and algorithms to address complex optimization problems in automotive and transportation sectors.

    D-Wave and Toyota tackle traffic flow optimization

    D-Wave Systems partnered with Toyota and Denso to explore quantum annealing technology for optimizing traffic flow in smart cities.

    IBM and Daimler AG Quantum Computing Partnership for Battery Development and Optimization

    IBM and Daimler AG partnered to explore quantum computing applications in automotive research, focusing on battery chemistry simulation, fleet logistics optimization, and materials science. This collaboration aimed to leverage IBM's quantum computing expertise with Daimler's automotive innovation to solve complex computational challenges in the automotive industry.

    IBM and Mercedes-Benz Partnership: Quantum Computing for Automotive Innovation

    IBM and Mercedes-Benz (formerly Daimler) have collaborated since 2018 to explore quantum computing applications in automotive manufacturing, battery research, and logistics optimization. The partnership leverages IBM's quantum computing expertise and Mercedes-Benz's automotive domain knowledge to solve complex optimization problems that are computationally intractable for classical computers.

    ZZZZ QSimulate-Bosch Partnership: Quantum Computing for Materials Discovery and Chemical Simulation

    QSimulate, a quantum software company specializing in chemical simulations, partnered with Bosch to leverage quantum computing for accelerating materials discovery and molecular modeling. This collaboration aims to enhance Bosch's R&D capabilities in developing advanced materials for automotive, industrial, and consumer applications through quantum-enhanced computational chemistry.

    IQM and Leibniz Supercomputing Centre Pioneer Quantum-HPC Integration in Europe

    IQM Quantum Computers partnered with the Leibniz Supercomputing Centre (LRZ) to integrate quantum computing capabilities into one of Europe's leading HPC facilities. This collaboration established Germany's first quantum-HPC hybrid computing environment, enabling researchers to explore quantum algorithms for scientific computing applications while developing the infrastructure for future quantum-accelerated workflows.

    IQM Quantum Computers and Volkswagen AG Strategic Partnership for Automotive Quantum Applications

    IQM Quantum Computers and Volkswagen AG have established a strategic partnership to explore quantum computing applications in automotive manufacturing, optimization, and materials science. This collaboration aims to leverage IQM's quantum hardware expertise with Volkswagen's automotive domain knowledge to develop practical quantum solutions for real-world automotive challenges.

    LightSolver and Ansys Partnership: Laser-Based Quantum Computing for Engineering Simulation

    LightSolver and Ansys formed a strategic partnership to integrate LightSolver's laser-based quantum computing platform with Ansys's engineering simulation software suite. This collaboration aims to accelerate complex computational fluid dynamics (CFD) and finite element analysis (FEA) calculations for industrial applications.

    Microsoft Azure Quantum and Ford: Advancing Automotive Manufacturing through Quantum Computing

    Ford Motor Company partnered with Microsoft Azure Quantum to explore quantum computing applications in automotive manufacturing, focusing on traffic optimization and materials discovery. This collaboration aims to leverage quantum computing's potential to solve complex optimization problems that are computationally intensive for classical computers.

    Pasqal and BMW Partnership: Quantum Computing for Automotive Manufacturing Optimization

    Pasqal and BMW collaborated to explore quantum computing applications for solving complex optimization problems in automotive manufacturing and supply chain management. The partnership focused on leveraging Pasqal's neutral atom quantum processors to address computational challenges in production scheduling, materials science, and logistics optimization.

    D-Wave and Volkswagen explore optimisation and scheduling

    Applying quantum annealing to automotive optimization challenges, including urban traffic management and paint shop scheduling.

    QuEra, AIST, and NVIDIA Collaborate to Advance Neutral Atom Quantum Computing for Scientific and Industrial Applications

    QuEra Computing partnered with Japan's National Institute of Advanced Industrial Science and Technology (AIST) and NVIDIA to develop hybrid quantum-classical computing solutions using neutral atom quantum technology. This collaboration aims to accelerate quantum algorithm development and enable practical applications in optimization, materials science, and machine learning through the integration of QuEra's neutral atom quantum computers with NVIDIA's GPU-accelerated classical computing infrastructure.

    SandboxAQ and Deloitte Strategic Alliance for Enterprise Quantum and AI Solutions

    SandboxAQ and Deloitte formed a strategic alliance to accelerate enterprise adoption of quantum technologies and AI solutions across multiple industries. The partnership combines SandboxAQ's advanced quantum simulation and AI platforms with Deloitte's global consulting expertise to deliver transformative solutions for complex business challenges.

    Pasqal and BMW Group explore automotive materials simulation

    A strategic partnership focusing on automotive materials simulation, including crash test simulations and battery chemistry optimization for electric vehicles.

    Zapata Computing and Andretti Autosport: Quantum Computing for Formula E Race Strategy Optimization

    Zapata Computing partnered with Andretti Autosport to apply quantum computing algorithms to optimize race strategy and vehicle performance in Formula E racing. The collaboration focused on leveraging quantum-inspired optimization techniques to analyze complex race scenarios, energy management strategies, and real-time decision-making processes that traditional computing methods struggled to handle efficiently.

    IBM and Daimler Partnership: Advancing Automotive Innovation through Quantum Computing

    IBM Quantum and Daimler AG partnered to explore quantum computing applications in automotive manufacturing, focusing on battery chemistry optimization, route optimization, and materials science. This collaboration represents one of the earliest and most comprehensive quantum computing partnerships in the automotive industry, demonstrating practical applications of quantum technology in solving complex industrial challenges.

    Honeywell Quantum Solutions and BMW Group advancing supply chain optimisation

    Applying trapped-ion quantum computing to complex supply chain optimisation and logistics problems.

    Amazon AWS Braket and BMW explore automotive solutions

    A partnership to run a series of quantum computing innovation challenges for automotive applications.

    Industry Details

    Related Algorithms

    Shor's Algorithm

    Target Roles

    Software Engineer
    Business Decision-Maker
    Quantum Algorithm Developer
    Systems Integration Engineer
    Quantum Solutions Provider
    Quantum Chemist
    Quantum Cloud and Platform Provider
    Quantum Hardware Engineer
    Domain Expert