Scientist in Model Compression & Low Bit Precision

Join our innovative team at Bosch Group as an Associate focused on Deep Learning Model Quantization and Compression. In this role, you will explore advanced techniques to optimize deep learning models, ensuring they are efficient and effective for real-world applications. Your contributions will play a critical role in enhancing our AI solutions.

Join the Bosch Group as an AI Research Scientist specializing in Visual Large Language Models (VLM). In this role, you will work on cutting-edge AI technologies that integrate visual understanding with natural language processing. We are seeking innovative thinkers who are passionate about advancing AI capabilities and can work effectively within a collaborative team 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.

About the Company: Established in 2010, AlphaGrep is a leading quantitative trading and investment firm, recognized for being among the largest in trading volume on Indian exchanges and holding substantial market shares on various major global exchanges. Our disciplined and systematic quantitative methodology identifies factors that consistently generate alpha, which we then integrate with our proprietary ultra-low latency trading systems and comprehensive risk management strategies. This enables us to develop innovative trading strategies across diverse asset classes, including equities, commodities, currencies, and fixed income, trading on global exchanges. Responsibilities: Design, develop, and rigorously test proprietary software, including but not limited to: Trading strategy simulation software optimized for distributed computation. Large-scale data acquisition, storage, accessibility, and visualization tools. Real-time trade management and risk analysis systems. Identify innovative solutions to complex challenges and effectively communicate your ideas to the team. Collaborate with fellow software developers, quantitative traders, and researchers within cross-functional teams. Qualifications: Minimum of 2 years of hands-on experience in Software Development using C++. Strong grasp of object-oriented design principles, data structures, and algorithms. Familiarity with low-latency systems and performance optimization techniques. Ability to work independently as well as collaboratively in a team environment.

Join NielsenIQ as a Data Modeling Manager and play a pivotal role in harnessing data insights to drive business strategies. In this dynamic position, you will lead a team of skilled data modelers, oversee the development of sophisticated data models, and collaborate closely with cross-functional teams to ensure our analytics capabilities are top-notch. Your expertise in data modeling techniques and tools will be essential in transforming raw data into actionable insights that enhance decision-making processes.

Join NielsenIQ as a Data Modeling Analyst, where you will leverage your analytical skills to develop robust data models that drive business insights and support data-driven decision-making. In this role, you will collaborate with cross-functional teams to analyze complex datasets and provide actionable recommendations to enhance our operations.

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.

Join Bosch Group as a World Model Algorithm Engineer - XC and be part of a pioneering team focused on developing innovative algorithms that drive the future of technology. The ideal candidate will leverage their skills in algorithm development, machine learning, and data analysis to create cutting-edge solutions.

We are seeking a highly skilled Senior AI Model Deployment Specialist to join our dynamic team at Bosch Group in Shanghai. In this pivotal role, you will be responsible for deploying advanced AI models and ensuring their efficiency and effectiveness within our systems. You will collaborate with cross-functional teams to integrate AI solutions that drive innovation and enhance operational performance.As a key player in our organization, you will leverage your expertise in AI technologies to deliver impactful results. If you have a passion for AI and a desire to contribute to groundbreaking projects, we encourage you to apply!

Join Bosch Group as a Visionary Scientist in our Shanghai office and contribute to groundbreaking research and development in advanced technologies. We are looking for innovative thinkers who are passionate about exploring new scientific frontiers and driving impactful projects that shape the future.

Join our innovative team at The Trade Desk as a Data Scientist II, where you will leverage your analytical skills to drive meaningful insights from data. You will be responsible for developing models and algorithms that enhance our advertising solutions. Collaborate with cross-functional teams to influence product development and improve customer experiences. Your expertise in data science will be pivotal in shaping our data-driven strategies.

We are looking for a passionate and driven Research Scientist specializing in Smart Sensing and Prediction to spearhead innovation at the convergence of advanced sensing technologies, artificial intelligence, and comprehensive system integration. This position requires not only extensive technical expertise but also exceptional collaboration skills, aimed at accelerating research outcomes through strategic partnerships with universities, start-ups, and research institutions.The ideal candidate will be at the forefront of smart sensing technology advancements while also serving as a vital link between academia, emerging enterprises in China, and our internal R&D teams.Key ResponsibilitiesConduct applied research and development focused on intelligent monitoring, prediction, and sensing solutions.Develop signal processing, modeling, and algorithmic solutions tailored for environmental and sensor-related applications.Support projects that involve environmental risk assessments, condition monitoring, and classification tasks within indoor environments.Investigate how multi-source sensing information—including environmental and wireless signals—can enhance system performance and reliability.Contribute to the design of prediction and classification functionalities for real-world sensing applications, including risk detection and presence/absence recognition.Prototype and assess sensing solutions in applicable scenarios.Create and implement embedded solutions for data acquisition, processing, and algorithm deployment.Collaborate with cross-functional teams to turn technical concepts into effective solutions and product features.Assist in data collection, testing, performance evaluation, and ongoing enhancement of algorithms and prototypes.Engage in the preparation of technical documentation, internal knowledge sharing, and project communications.

At Similarweb, we are dedicated to providing unparalleled insights into the digital landscape. Our Data for AI team in China is a specialized, client-facing unit that collaborates directly with the nation's foremost AI organizations. Our mission is to empower these companies by harnessing the potential of Similarweb's data, translating our assets into tangible, measurable impacts for real-world AI applications. This role requires you to engage closely with client AI, data, and business teams, conveying the value of our data, developing data and model-driven solutions throughout the deal process, and ensuring successful implementation after the deal is signed. Our team thrives in a high-ownership environment, playing a crucial role in fostering strategic partnerships and maximizing customer value in cutting-edge AI products. Why is this position vital at Similarweb? As a data-driven organization, our AI and machine learning capabilities are central to our expansion. In China, the Data for AI team partners with the most advanced AI firms, enabling them to integrate Similarweb’s data to enhance their models and AI products in competitive, real-world settings. This role is pivotal in these collaborations. You will articulate the data and model perspective in strategic customer interactions, clearly communicating the value of our extensive behavioral and digital datasets. By shaping data-driven solutions during the deal cycle, you will align our capabilities with customer model objectives and directly contribute to winning and expanding AI partnerships. Post-deal, you will ensure value realization as a client-facing data scientist, transforming complex datasets into actionable insights, leading technical integration discussions, supporting model evaluation efforts, and helping clients achieve quantifiable performance improvements. Your work will connect data, models, revenue, and long-term strategic relationships in one of the most significant AI markets worldwide. What will your daily tasks involve? Collaborating directly with leading AI companies in China, both onsite and remotely, in a dynamic and impactful environment. Conducting technical workshops with client AI and data teams to thoroughly understand their modeling challenges, data gaps, and performance constraints. Translating client challenges into clear data-driven solutions, crafting use cases that showcase measurable model and business impacts. Supporting the deal process from a data and model standpoint, ensuring robust technical alignment and clear value demonstration.

Join Bosch Group as a Research Scientist specializing in IoT and Computing. In this role, you will be integral to advancing innovative solutions in the Internet of Things (IoT) domain, contributing to cutting-edge research and development projects.

Join Bosch Group as an End-to-End Large Model Algorithm Engineer/Expert. In this dynamic role, you will lead the development of cutting-edge algorithms for large model systems, enhancing our capabilities in artificial intelligence and machine learning. Your expertise will contribute significantly to innovative projects that push the boundaries of technology.

Join Bosch Group as a Research Scientist specializing in Radar Technology, where innovation meets excellence. In this role, you will engage in cutting-edge research, develop algorithms, and contribute to projects that push the boundaries of radar applications.

Join Bosch Group as an Intelligent Driving Research Scientist and contribute to the development of cutting-edge technologies in the autonomous driving sector. You will leverage your expertise to innovate and enhance intelligent driving systems, working collaboratively with a team of skilled professionals.

Join our innovative team at Bosch Group as a Multimodal AOI Algorithm Scientist. In this role, you will develop and implement cutting-edge algorithms for automated optical inspection, utilizing multimodal data to enhance product quality and reliability. You will collaborate with cross-functional teams to drive advancements in technology and improve processes.

Join Bosch Group as a Thermal Management System Research Scientist and contribute to groundbreaking innovations in thermal management technologies. You will be part of a dynamic team focused on developing advanced thermal solutions for a variety of applications.