You will drive academic excellence by conducting cutting-edge economics research and leading core courses, playing a pivotal role in expanding the Digital Economics program.
In this role, you will keep the data center running smoothly by installing systems, repairing IT equipment, and managing hardware disposal while supporting the team's daily operations.
You will bridge the gap between simulation and reality by building high-fidelity physical models. Your work involves developing spatial algorithms and software to predict complex machine behavior.
You will shape the future of energy trading by building high-performance cloud infrastructure. Your day-to-day involves using Terraform and Kubernetes to drive automation and reliability across the company's platform.
You will help shape the future of in-car experiences by evaluating agentic AI systems and building robust datasets to ensure the company's NLP features are reliable and ready for the road.
You will drive growth by identifying new market opportunities and building strategic partnerships, ensuring the company’s AI-powered dismantling technology reaches its full commercial potential.
You will bridge the gap between science and industry by developing advanced electrolyser models, using data assimilation and Bayesian tools to ensure high-quality performance and design studies.
You will lead the development of next-generation detector systems while driving international research collaborations and shaping the future of particle physics through dedicated university teaching.
As a tenure-track professor, you will drive innovation in circular materials by researching microstructure design and physical metallurgy while teaching the next generation of engineers.
You will drive the future of industrial automation by building a holistic tech stack. From real-time machine integration to feature ownership, your work ensures high-performance software systems.
You will play a key role in evolving a cutting-edge trading platform by designing secure cloud infrastructure and implementing automated, code-driven solutions within an agile engineering team.
You will play a vital role in expanding a cutting-edge trading platform by designing secure cloud infrastructure and driving automation through code within a collaborative, agile team.
You will drive product success by bridging the gap between customer needs and technical execution, ensuring every stakeholder understands the vision while you refine the backlog and track key metrics.
You will drive business success by crafting technically sound and profitable proposals, bridging the gap between client needs and the company's strategic goals through expert negotiation and collaboration.
You will play a vital role in the company's logistics by handling, sorting, and loading packages. Your day-to-day involves active physical work and machinery operation in a high-energy environment.
You will lead cutting-edge research in compressible flows while shaping the institute's strategic future. Your days will balance high-level industry collaboration with teaching the next generation of engineers.
You will drive green chemistry forward by using OpenFOAM to model electrosynthetic processes, helping to optimize electrode structures and develop sustainable, energy-efficient chemical production methods.
You will empower engineering teams by building scalable self-service platforms and automated infrastructure, ensuring the company’s critical systems remain reliable for millions of daily users.
You will drive technical excellence by automating AWS database infrastructure and migrating systems to Aurora. Your day-to-day involves using Terraform and Python to build scalable cloud solutions.
You will bring the brand to life by providing personalized styling advice and exceptional service, while managing daily store operations to ensure every customer finds their perfect fit.
As a Junior Quant Analyst Intern, you will dive into the analysis of European carbon markets, collaborating with experienced analysts to decode trading behaviors and develop impactful insights for clients.
As a Junior Quant Analyst Intern, you will dive into the analysis of European carbon markets, collaborating with experienced analysts to decode trading behaviors and develop impactful insights for clients.
As a Machine Learning Engineer, you will be at the forefront of developing cutting-edge AI solutions, collaborating with diverse teams to enhance machine translation services and ensure seamless integration into products that impact billions.
In this role, you will lead the design of innovative SaaS and IoT solutions, collaborating with various teams to create scalable and user-friendly products. Your expertise will guide development practices and enhance the overall architecture of the offerings.
As an Operations Support Agent, you will play a crucial role in ensuring that urgent packages reach their destinations on time. Your daily tasks will involve handling customer inquiries, resolving delivery issues, and maintaining clear communication with the team and management.
As a Senior Machine Learning Engineer focused on pose estimation, you will enhance the Replica platform by developing advanced pipelines and models that ensure accurate and efficient camera pose estimation. You will collaborate with a team to drive innovation in autonomous systems.
As a Senior Machine Learning Engineer, you will focus on creating cutting-edge ML models for 3D reconstruction, optimizing performance, and collaborating with various engineering teams to deliver comprehensive solutions.
As a Machine Learning Data Engineer, you will focus on building and scaling data pipelines, ensuring efficient data flow from raw inputs to structured formats that support the development and evaluation of ML models.
In this role, you will engage in cutting-edge research, developing and optimizing machine learning models for nanophotonics. Your responsibilities include reviewing literature, enhancing model performance, and documenting findings to contribute to innovative imaging systems.
In this role, you will dive into the exciting world of metasurface polarization optics, conducting literature reviews, running simulations, and developing models that push the boundaries of computational imaging.