Research Engineer in Autonomous Robotics Systems – Stockholm, Sweden | Visa + Salary Insights

📍 Location: eu

🏷 Type: Full-time

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Job Overview

KTH Royal Institute of Technology is hiring a Mid-Level AI Robotics Research Engineer to support advanced autonomous systems research across aerial, surface, and underwater robotic domains. This role combines AI-enabled robotics engineering, embedded systems integration, field testing, and multi-vehicle autonomy within the I-SEE research initiative. Ideal candidates have strong experience in Python, C++, ROS2, and robotic system development. The position is highly practical and research-oriented, involving real-world deployments, simulation testing, and collaborative development in challenging marine and autonomous navigation environments.

📅 Job Timeline & Status

This opportunity appears to be in an early-to-mid hiring cycle, giving qualified applicants a strong chance to enter the review pipeline before interview scheduling accelerates. Because the role combines AI robotics, ROS2 engineering, and real-world autonomous systems testing, competition is expected from both robotics researchers and experienced embedded engineers across Europe. Applicants should apply immediately due to the relatively short application window and the specialized nature of the role. The project funding structure and fixed-term contract suggest the hiring team may move quickly once candidate screening begins.

🌍 Work Eligibility & Location

The role is structured primarily as an Onsite research engineering position because of extensive robotic hardware integration, field experiments, and marine testing requirements. International candidates with strong robotics expertise may still be competitive, especially within the European research ecosystem. KTH is internationally recognized and regularly recruits globally, making visa-friendly hiring plausible for highly qualified applicants. Candidates should also be prepared for travel within Sweden and Europe as part of research demonstrations and testing operations.

💰 Salary Intelligence

Although KTH did not publish compensation details, comparable Swedish research engineering positions involving AI robotics, autonomous systems, and embedded engineering typically fall within the estimated range above. Compensation competitiveness is strengthened by KTH’s international reputation, research exposure, and access to advanced robotics infrastructure. Candidates with prior experience in drones, multi-agent systems, or field robotics may negotiate toward the higher end of the range.

📊 Role Breakdown

This position blends applied research with production-style engineering across autonomous robotic platforms. Approximately 40% of the role focuses on robotics software engineering using Python, C++, and ROS2 for perception, autonomy, and distributed coordination systems. Another 30% centers on embedded hardware integration, sensor interfacing, and system-level testing across aerial and underwater environments. Around 20% involves real-world experimentation, field deployments, marine operations, and simulation validation. The remaining 10% includes collaboration, research documentation, and iterative prototyping activities.

The technical scope is unusually broad, combining AI-enabled autonomy, edge perception systems, multi-domain robotics, and operational testing under real environmental constraints. Candidates will likely work across drone systems, autonomous underwater vehicles, operator support systems, and distributed robotic decision-making pipelines. Unlike purely academic research roles, this opportunity heavily emphasizes hands-on engineering execution, practical testing, and cross-disciplinary integration. Engineers comfortable switching between coding, hardware troubleshooting, and field experimentation will perform best in this environment.

🧩 Required Skills & Fit

📈 Difficulty & Competitiveness

This is a technically demanding role because it requires both software and hardware fluency across autonomous systems domains. Applicants with only theoretical AI knowledge may struggle against candidates who already possess real-world robotics deployment experience. The strongest applicants will demonstrate project-based evidence involving ROS2, robotics integration, simulation workflows, or autonomous navigation systems. Competition is expected to be especially strong among candidates from European robotics labs and AI engineering programs.

🚀 Career Impact

This role provides strong exposure to cutting-edge autonomous robotics systems and applied AI engineering. Candidates who succeed here can position themselves for future careers in robotics AI startups, autonomous mobility companies, research labs, marine robotics organizations, and advanced defense technology programs. The combination of field robotics, embedded AI systems, and multi-vehicle autonomy is highly valuable in the evolving global robotics market.

📋 Key Responsibilities

You will develop, integrate, and test autonomous robotic systems across aerial and underwater operational environments. Core work includes building software pipelines in Python and C++, implementing robotic communication and coordination using ROS2, and supporting embedded hardware integration. Engineers will also validate robotic performance in simulation environments and participate in real-world field experiments involving unmanned vehicles and marine operations.

Additional responsibilities include collaborating with multidisciplinary researchers, contributing to iterative system prototyping, troubleshooting robotics hardware issues, and supporting demonstrations of AI-enabled autonomy technologies. Candidates may also assist with operator support systems, distributed autonomy workflows, perception pipelines, and robotic mission coordination under difficult environmental conditions.

🎯 Application Strategy

🧠 Application Optimization (Adaptive)

This section is personalized for Mid-Level Robotics AI Engineers applying to advanced research engineering environments.

How to use: Paste into ChatGPT, Claude, or Gemini

🧠 Fit & Positioning Analysis

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📅 Application Signals

This role is likely receiving high international competition because it combines AI robotics, autonomous systems, and a respected European research institution. The application window is relatively short, increasing application urgency for qualified candidates. Interview scheduling may begin shortly after the deadline due to project timelines and fixed-term research funding. Applicants should expect moderate-to-fast review speed for strong technical profiles. If hiring demand increases unexpectedly, applications may close without notice.

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✅ Job Source & Verification

This posting was sourced directly from the official KTH Royal Institute of Technology recruitment system, providing high credibility and reliable hiring information. Role requirements, responsibilities, and timelines were reviewed against the original employer listing. Last updated and verified on 21 May 2026. Applicants should still monitor the official posting regularly for potential deadline changes or additional recruitment updates.