Solutions & Deployment Engineer (m/f/d) at driveblocks GmbH

Munich, Bavaria, Germany -

Full Time

Start Date

Immediate

Expiry Date

09 Sep, 26

Salary

0.0

Posted On

11 Jun, 26

Experience

2 year(s) or above

Remote Job

Yes

Telecommute

Yes

Sponsor Visa

Skills

C++, C, Linux, Docker, Autonomous Vehicles, Robotics, Real-time Embedded Systems, ROS2, Micro-ROS, System Simulation, Software Testing, System-level Thinking, Analytical Skills, Technical Communication, Embedded Compute Units, Version Control

Industry

Software Development

Description

Your Role We are seeking a Solutions & Deployment Engineer to deploy the driveblocks off-road autonomy stack to a broad variety of target vehicle platforms. A core responsibility of this role is to apply, monitor, and benchmark the driveblocks software in customer and internal development vehicles to achieve maximum performance. Planning and conducting investor and customer product demos is a key part of this role. As a Solutions & Deployment Engineer, you are responsible for the full journey of our customers – from drafting the first technical concept to configuring, testing and deploying the software. You ensure that the driveblocks software meets the application requirements in an embedded, real time-critical environment. You ensure high performance and quality through system simulations and software component testing on-site under real-world conditions across multiple domains and countries. Your Background Must-Have Qualifications Strong analytical skills to quickly understand customer requirements, debug application software, and familiarize with new vehicle and deployment platforms. Hands-on expertise in autonomous vehicles, robotics, or real-time embedded systems, with strong coding skills in C and C++. Experience with dockerized deployments and Linux-based operating systems Ability to work in a fast-paced and dynamic environment with complex technical challenges and requirements. Strong team-player and the ability to communicate complex technology in a clear and straight-forward way to match customer and project expectations. Willingness to travel on short notice to support customer pilots and deployments across domains and countries. Strong system-level thinking and ability to execute feature development in a fast-paced environment Valid German driver's license class B. Nice-to-Have Qualifications Familiarity with ROS2 or micro-ROS. Familiarity with different embedded compute units including edge accelerators. Experience with modern software engineering tools, including version control, continuous integration and testing as well as cloud-based development processes. Degree in computer science, informatics, engineering or related (Bachelor, Master, or PhD). About Us driveblocks develops off-road ground autonomy that works under harsh and challenging conditions. We build systems designed for operation in 3D terrain, vegetation, and heavy dust and dirt, where 100% reliability is core to success, even in GNSS-denied environments. Working with multiple OEM partners across agriculture, construction, and defense, our focus is to deliver value to vehicle operators and solve the toughest challenges when deploying Physical AI in real world applications. Every deployment helps us to gather the operational data required to build the next generation of reliable and safe autonomous driving systems. From our office in Munich, we operate as a focused, highly ambitious team with deep expertise in autonomy, Physical AI, and embedded software engineering. We move quickly and set high standards. If you want to build autonomy that is deployed, tested, and operated in the field - we’d love to hear from you! Working at driveblocks Ownership of your work – Take responsibility for the full value chain Competitive Compensation & Benefits Participate in driveblocks’ success via a Virtual Stock Option Plan Flexible working hours How To Apply Upload your CV and additional documents directly through our platform Show your unique motivation

Responsibilities

Deploy and benchmark the off-road autonomy stack across various vehicle platforms to ensure maximum performance in real-time critical environments. Manage the full customer journey from technical concept drafting to configuration, testing, and on-site deployment.