Search the 112 jobs at Applied Intuition

As a Vehicle Systems Architect, you will lead the development of vehicle architecture, ensuring integration of software and hardware components. Responsibilities include overseeing vehicle architectures, collaborating with engineering teams and customers, utilizing MBSE tools for scalable architectures, and validating architecture through testing.

As a Software Engineer at Applied Intuition, you will work on designing solutions in the autonomy space. Responsibilities include developing new products and features across various domains like infrastructure and robotics, taking ownership of product decisions, and collaborating closely with users and team members.

As a Technical Sourcer at Applied Intuition, you will lead recruiting efforts, engaging with potential candidates, managing recruiting projects, and improving sourcing strategies in the autonomous vehicle industry.

The Systems Engineer will manage and define system requirements for perception in autonomous driving, evaluate performance, develop scripts for requirement evaluation, and collaborate with software and hardware teams in the automotive industry.

The Test Automation Engineer at Applied Intuition is responsible for creating test scripts to automate testing processes, collaborating with engineers to design detailed test programs, analyzing test results, prioritizing test execution, and owning the sign-off of test analyses and reports.

The IT Operations Engineer will design and build IT infrastructure, support help desk requests, and provide technical assistance across various platforms. The role requires experience in system administration, server support, and implementing IT processes.

The Research Engineer will conduct research on autonomous systems and develop scalable autonomy stacks. Responsibilities include designing and implementing advanced ADAS systems, working with driving data, and collaborating with the engineering team to deploy algorithms for mass production vehicles.

The Research Scientist will conduct research in autonomous systems and closed-loop simulation, developing scalable autonomy stacks and industry-leading models. They will collaborate with fellow researchers and engineers to publish high-quality research and deploy algorithms that enhance customer autonomy programs.

The role involves designing and implementing capabilities for perception systems within autonomous vehicles, focusing on software components that address real-world perception challenges. The engineer will collaborate closely with teams for sensor simulation and infrastructure to enhance the productivity of engineering and testing efforts.

The Leadership Sourcer at Applied Intuition will find and engage leadership talent across functions, especially in engineering. You'll partner with the leadership team, screen candidates, provide metrics on recruiting efforts, and help shape the company culture. This role is ideal for someone ambitious to grow in a high-growth startup.

The Technical Writer will create product documentation, including tutorials and user manuals for technical audiences, working closely with engineers and product specialists. Responsibilities include establishing documentation standards, meeting customer requirements, and contributing to technical blog posts.

As a Senior Software Engineer for Test Frameworks, you will design and implement automated testing solutions for applied intuition's software products, work closely with various teams to develop test programs, analyze results, and ensure the quality of feature releases while owning the testing processes and continuous improvements.

As a Machine Learning Engineering Manager, you will set the technical vision and lead a team of engineers to develop advanced machine learning systems for autonomy programs. Your role involves managing product development, collaborating with customers to tackle real-world challenges using simulation, and ensuring high-quality software delivery.

The Software Engineer will lead efforts to enhance product offerings on Windows and Linux, engage with domain experts, and collaborate with team members in the autonomy ecosystem to solve engineering challenges. Responsibilities include mentoring junior engineers and optimizing native applications.

The System Safety Engineer will define and manage safety requirements for automotive ADAS and autonomous driving systems, work with validation methods, promote safety culture, and collaborate with cross-functional teams. This role is critical in ensuring safety compliance and enhancing the safety case of the product.

The role involves creating test scripts to automate testing processes, collaborating with teams to build test programs, conducting and analyzing test results, and owning the sign-off of test results for software systems in the autonomy space.

As a HIL Product Application Engineer, you'll develop, integrate, and deploy real-time Hardware-In-the-Loop simulation solutions, working closely with customers to understand and fulfill their specific HIL use cases. You'll engage in testing and ensuring successful integrations while driving execution for HIL software projects.

As a Staff Software Engineer, you will design and implement complex solutions in the autonomy space, working across a full stack to develop new products and features. You are expected to lead implementation and influence technical strategies, while also mentoring software engineers.

The Functional Safety Engineer will create and manage safety requirements for software and hardware in automotive products. Responsibilities include leading hazard analysis, developing test specifications for safety requirements, and ensuring validation and verification of safety processes at multiple system levels.

The System Test Management Engineer will drive V&V efforts for Autonomous Driving, managing test campaigns, developing plans, and ensuring systems meet specifications. Key responsibilities include collaborating with teams, analyzing results, and documenting V&V activities. The role emphasizes compliance with standards and customer expectations, contributing significantly to software production for vehicles.