End-to-End Algorithm Engineer - XC

Join Bosch Group as an End-to-End Algorithm Engineer, where your innovative ideas will help shape the future of technology. You will be part of a dynamic team focused on developing algorithms that enhance our products and services across various domains.

Join Bosch Group as an End-to-End Algorithm Developer in Shanghai, where you will be at the forefront of innovation in algorithm development. In this role, you will be responsible for designing, implementing, and optimizing algorithms that drive our products and solutions. Collaborate with a dynamic team to create cutting-edge technologies that enhance our service offerings and improve user experience.

Join Bosch Group as a Lane Detection and Mapping Algorithm Engineer, where you will play a pivotal role in developing and optimizing advanced algorithms for autonomous driving technologies. You will collaborate with a dynamic team of engineers and researchers to innovate solutions that enhance vehicle safety and navigation.

Join Bosch Group as a Reinforcement Learning Algorithm Scientist in the field of Intelligent Driving. You will be at the forefront of developing innovative algorithms that enhance the performance of autonomous driving systems. Your work will involve collaborating with a cross-functional team to integrate advanced machine learning techniques into real-world applications.

1. Take charge of the design, development, and iterative optimization of visual perception algorithms for traffic lights and road signs in autonomous vehicles, ensuring high recognition accuracy and real-time performance in complex urban environments.2. Lead the research and development of comprehensive algorithms for traffic light detection, classification, status recognition, tracking, and prediction, addressing challenges such as occlusion, backlighting, adverse weather, and nighttime scenarios.3. Develop and implement fusion algorithms for traffic light perception based on multi-sensor visual data.4. Responsible for training, evaluating, quantizing, and optimizing perception models to meet the computational power and latency requirements of in-vehicle embedded platforms.5. Collaborate with system, localization, and planning control teams to conduct algorithm integration, issue identification, and real-world testing.6. Stay updated on cutting-edge industry technologies, leading algorithm selection and implementation to continually enhance the stability and robustness of the perception system.

We are seeking a talented and innovative Sensor Data Fusion Algorithm Engineer to join our dynamic team at Bosch Group in Shanghai. In this role, you will be at the forefront of developing cutting-edge algorithms that integrate and process data from various sensors. This is a unique opportunity to contribute to projects that enhance our technological advancements and drive the future of smart systems.Your responsibilities will include designing, implementing, and optimizing algorithms for sensor data fusion, collaborating with cross-functional teams, and ensuring the performance and reliability of the solutions developed.

Join Bosch Group as a Parking Perception Model Algorithm Engineer in Shanghai! In this dynamic role, you will be responsible for designing and implementing advanced algorithms that enhance parking perception systems in our cutting-edge automotive technologies. You will collaborate with cross-functional teams to innovate and develop solutions that improve vehicle safety and automation.

Join the Bosch Group as an End-to-End Algorithm Research Scientist specializing in intelligent driving solutions. In this dynamic role, you will engage in cutting-edge research and development of advanced algorithms that enhance autonomous driving capabilities. Collaborate with a team of experts to innovate and implement solutions that will shape the future of mobility.

Join our innovative team at Bosch Group as an Automated Annotation Algorithm Engineer with a focus on model development. In this role, you will be at the forefront of enhancing machine learning models through automated annotation processes. Your expertise will contribute significantly to improving the accuracy and efficiency of our algorithms.

Role OverviewAs a 3D Parts Alignment Technician, you will play a vital role in our team by adhering to company management guidelines and diligently following the established team regulations. Your main responsibilities will include ensuring the timely completion of daily 3D parts alignment outputs, maintaining effective organization through daily 5S practices, and providing support to the 3D Parts Alignment Team Leader and other team members in achieving department objectives.Key ResponsibilitiesUphold the management protocols of the company and rigorously implement the team's rules and regulations.Deliver daily outputs of 3D Parts alignment as per the project plan to guarantee on-time project delivery.Maintain daily 5S standards to ensure a clean and efficient workspace.Follow directives from the 3D Parts Alignment Team Leader and actively assist colleagues in fulfilling departmental tasks.Execute additional tasks assigned by the alignment team leader and manager with diligence.Performance MetricsAchieve an alignment data accuracy ratio exceeding 98%.Execute 3D Parts Alignment tasks in accordance with established processes and deadlines.Complete daily 5S activities effectively.Strictly adhere to operational procedures and safety production standards.Maintain a high attendance rate.Exhibit a positive work attitude.

Join Meshy as an AI 3D Dataset Engineer, where you will play a pivotal role in the development and optimization of AI datasets. Your expertise will contribute to enhancing our 3D systems and ensuring high-quality data is available for machine learning processes.

This position focuses on the development of image processing pipelines within autonomous driving perception systems.The role involves delivering stable, controllable, and high-performance image data inputs for perception algorithms (such as Detection, Lane, OCC, Parking, etc.).ResponsibilitiesDesign and develop the image processing pipeline in the perception system to meet the unified input requirements of multiple perception tasks.Develop and maintain image processing modules that support perception algorithms, including but not limited to: Image pre-processing / format and resolution conversionGeometric correction, coordinate alignment, time synchronizationCropping, stitching, and normalization tailored to algorithm needsDevelop and optimize heterogeneous compute kernels (CPU / GPU / DSP / NPU) based on performance and latency requirements of perception algorithms.Collaborate closely with the perception algorithm team to define input specifications, data format standards, and interface designs.Ensure the stable operation and performance optimization of perception algorithms across various chip platforms (such as NVIDIA, Qualcomm).Oversee the stability assurance, problem diagnosis, and long-term maintenance of production-level image pipelines.

Join Bosch Group as an AIGC Large Model Algorithm Engineer focusing on autonomous driving technology. In this critical role, you will leverage advanced AI and machine learning algorithms to develop and enhance large-scale models that drive the future of autonomous vehicles.

Position OverviewAt CLO, we believe that every great story deserves to be presented with stunning realism. Marvelous Designer is not just a digital creative tool; it is the ultimate canvas for digital storytelling, providing creators with limitless freedom. Positioned at the intersection of technology, fashion, and art, Marvelous Designer is a globally leading 3D garment design software. As a 3D Designer for Marvelous Designer, you will play a crucial role: you will not only provide consulting solutions to top studios and educational institutions but also transform complex professional support into strategic drivers for industry ecosystem growth.Joining our Shanghai team, you will empower the next generation of creators in the gaming and animation industry, bridging the gap between imagination and reality. By understanding user needs and participating in industry seminars, you will help users achieve exponential business growth while fulfilling our mission: to provide the most cutting-edge innovative tools that redefine how stories are presented on the world stage.

About YouAs a Senior Geometry Processing Engineer, you possess extensive expertise in developing geometry processing algorithms and creating innovative tools. You excel at transforming intricate 3D models into production-ready assets, thriving in dynamic environments where your ability to craft geometric algorithms leads to the generation of superior-quality 3D meshes for applications in gaming, visual effects, extended reality (XR), and 3D printing.You are a systems-oriented thinker adept at constructing scalable and resilient systems that automate previously fragile manual processes for mesh cleanup. Your focus is to ensure that every output—from UV mapping to normals—is dependable, production-quality, and ready for integration into engines.Your commitment to real-world creator impact drives you; you are passionate about laying the geometric groundwork that enables generative AI to enhance and elevate human creativity in 3D design.Your Upcoming ChallengeJoin us at the cutting edge of the GenAI revolution. As a vital member of the Applied Research team, your goal is to connect pioneering generative research with practical 3D content production. You will develop geometric foundations and automated workflows that empower our generative models to create high-quality, production-ready assets. By crafting robust mesh processing algorithms and cohesive toolsets, you will convert raw model outputs into optimized, high-fidelity 3D data, empowering our artists and developers.Key ResponsibilitiesYour main responsibilities will include:Algorithm Development: Investigate, design, and execute advanced geometry processing algorithms, including mesh simplification, remeshing, feature preservation, and volumetric representations.Mesh & UV Optimization: Create automated solutions that enhance mesh quality and generate high-quality UVs to adhere to stringent production standards.Workflow Automation: Develop the essential connections between generative models and artistic tools, automating the conversion of raw geometry into rigged, skinned, and textured assets.System Architecture: Establish a centralized geometry processing infrastructure that serves as a definitive repository for all geometric tools, documentation, and configurations.Performance Engineering: Refine algorithms for optimal performance, reliability, and scalability, removing technical bottlenecks and manual workarounds in the asset evaluation pipeline.

Specialized 3D Scanning and Data Processing As a key member of our team, you will perform high-precision three-dimensional scanning of entire vehicles, systems, and various automotive components, utilizing advanced techniques such as blue light scanning and optical measurement. You will also be responsible for cleaning, repairing, optimizing, and converting the generated mesh files according to project requirements, ensuring that the data quality meets the demands for engineering analysis, reverse engineering, or quality inspection applications.Data Documentation and Reporting You will adhere to company standards by accurately and timely completing necessary work documentation, including daily task records, scanning process parameters, and feedback on anomalies. Weekly, you will submit progress reports and data statistics to support project management and quality tracking.Equipment Maintenance and Management You will execute daily maintenance and periodic upkeep of scanning equipment, such as 3D blue light scanners and ATOS systems, including tasks like calibration, cleaning, and environmental checks. Additionally, you will maintain detailed maintenance logs and promptly report any operational anomalies to supervisors, ensuring the stability and reliability of the measurement systems.

About YouYou are an innovative and hands-on researcher who excels in a dynamic, fast-paced environment. As a self-motivated team player, you possess an exceptional ability to efficiently execute your tasks. You have a profound understanding of transformer architectures, combined with expertise in Python and tensor programming. Your vision for AI transcends linear sequences, and you embrace 'the scaling law'. You adeptly transform high-level objectives into actionable research and implementation strategies, ensuring consistent progress. When articulating your concepts, you clarify complex technical issues with ease. Your enthusiasm for exploring new ideas and sharing knowledge with your colleagues is evident. You leverage these capabilities to deliver tangible advantages for our researchers, engineers, and millions of users, and you are passionate about advancing our mission to redefine AI's capacity to understand and generate 3D environments.About UsAt Meshy, we envision a world where 3D creation is limitless and accessible to all. Our core mission is to unleash creativity. We have developed a comprehensive pipeline for 3D content creation, which encompasses text and image input to 3D output, texture editing, animation rigging, and more. Our vibrant community allows creators to showcase their work, draw inspiration from peers, and utilize the platform as an asset marketplace for their games and prototypes. Recognized as the leading provider in 3D generative AI tools (as per the 2024 A16Z Games survey), we deliver real value utilized by enterprises including Meta, Square Enix, DeepMind, and millions of end users. Meshy finds applications in game and film production, 3D printing, industrial design, and even in training and simulation for robotics and physical AI.Your Next ChallengeAs a vital member of our team comprising research scientists and machine learning engineers at Meshy, you will spearhead the development of our core 3D-native generative foundational model. In this capacity, you will engage in foundational research to propel 3D AI forward, applying insights from diverse ML fields and striving to advance the state of the art. You will pursue ambitious long-term research objectives while delineating intermediate milestones.The key responsibilities include, but are not limited to:Design, train, and enhance large-scale 3D generative models, covering pre-training, post-training, and innovative paradigms in diffusion, flow matching, and multi-modal learning.Bridge gaps between various research disciplines to foster a collaborative and innovative research environment.

About YouYou are a gifted researcher with a hands-on approach, flourishing in dynamic environments. Your self-motivation and collaborative spirit enable you to achieve results swiftly and effectively. With a profound grasp of transformer architecture, proficient programming skills in Python and TensorFlow, and a forward-thinking vision for AI that transcends linear sequences, you adhere to the principles of 'scaling law'. Your capability to convert high-level ambitions into actionable research and implementation strategies is paramount. When sharing your ideas, you excel in elucidating complex technical topics. Your openness to new concepts and eagerness to impart knowledge to your team are key assets. Your expertise contributes to tangible advancements for our researchers, engineers, and millions of users, as you help propel our mission to innovate in AI that comprehends and fabricates 3D environments.About UsAt Meshy, we envision a world where 3D creation knows no limits and is universally accessible. Our mission is clear: to unleash creativity. We have established a comprehensive pipeline for 3D content, encompassing text/image conversion to 3D, texture editing, animation rigging, and more. Our community thrives on collaboration, allowing creators to share their work, draw inspiration, and utilize it as an asset marketplace for their games and prototypes. Recognized as the leading platform in 3D generative AI (2024 A16Z Games survey), Meshy is valued by enterprises including Meta, Square Enix, and DeepMind, and is embraced by millions of end-users. Our technology is pivotal in game and film production, 3D printing, industrial product design, and in enhancing novel product features like user-generated content, as well as training and simulation for robotics and physical AI.Your Next ChallengeAs a vital member of our team of research scientists and machine learning engineers, you will spearhead the progress of our core 3D-native generative foundational model. This role will involve delving into foundational research to enhance 3D AI, applying insights from various machine learning domains, and pushing the boundaries of what's possible. You will set ambitious long-term research objectives while also identifying significant intermediate milestones.Key responsibilities include, but are not limited to:Designing, training, and refining large-scale 3D generative models, covering pre-training, post-training, and exploring innovative paradigms in diffusion, flow matching, and multi-modal learning.Bridging the gap between pioneering research and practical application, deploying models into production environments.

CLO Virtual Fashion leverages cutting-edge 3D garment simulation technology to streamline the entire apparel design and production process. From initial design inspiration to the final garment fitting, our clothing production software empowers the entire lifecycle of garment creation.Since its inception in 2009, the company has been dedicated to building a new digital fashion ecosystem while prioritizing sustainability in garment manufacturing. Our software solutions, including CLO, Marvelous Designer, JINNY, along with our digital asset management platforms CLO-SET and CONNECT, create a seamless workflow that integrates digital fashion with real-world garments.As a global leader, CLO Virtual Fashion operates 14 independent offices across 12 countries, providing services across North America, South America, Europe, and Asia. With a growing global user base, we are continuously expanding into diverse markets.Position OverviewAs a 3D Implementation Specialist, you will serve as a technical consultant to assist fashion companies in their digital workflow transformation. A strong understanding of apparel industry workflows, trends, and insights into client needs will be essential. You will act as a bridge between users and our software development team, collaborating with other team members to deliver solutions that align CLO software development with client requirements. We are looking for individuals who can actively communicate and collaborate with global teams, possess critical thinking skills, maintain curiosity, and have a passion for fashion and 3D technology.In this fast-paced environment, we seek candidates who embody teamwork, open-mindedness, and adaptability to a multicultural workplace. We are a global, open, inclusive, and rapidly growing company. If you are ready to be part of the digital transformation in fashion and eager to grow with us, we look forward to receiving your resume!

Join Bosch as a SW/AI Safety Expert, where you will leverage your expertise in software and artificial intelligence safety to ensure the highest standards of product reliability and safety. Collaborate with a dynamic team on cutting-edge projects that shape the future of technology.