This postdoctoral position at KTH Royal Institute of Technology is part of Centre X, a collaborative initiative involving leading academic and industrial partners such as Chalmers University of Technology, Scania CV AB, and AB Volvo. The research focuses on surface texture control and characterization for advanced manufacturing systems, with a particular emphasis on precision machining for next-generation powertrain applications. The successful candidate will conduct both experimental and theoretical research on the control and characterization of surface integrity in high-performance machining processes. Key responsibilities include studying and applying ISO standards (ISO 25178, ISO 21920, ISO 16610) for 2D and 3D surface roughness and waviness parameters, and investigating their impact on component performance and reliability. The research will link machining parameters—such as tool geometry, cutting speed, feed rate, and lubrication—to resulting surface characteristics, with a strong focus on how process-induced surface features affect functional performance, including fatigue and wear. The postdoc will utilize advanced 3D metrology techniques, such as focus variation microscopy and white light interferometry, to quantitatively assess surface texture and integrity. Experience with computational modelling and simulation of surface generation processes (e.g., FEM-based simulations) is essential. The position offers the opportunity to work within a multidisciplinary team, collaborating closely with international and industrial partners to translate research findings into practical solutions for advanced manufacturing. The postdoc may also participate in teaching activities at various academic levels. Applicants must have a recent doctoral degree in Production Engineering, Mechanical Engineering, or a closely related field, with documented expertise in surface texture control and precision machining. Proficiency in English and a strong publication record in peer-reviewed journals are required. Preferred qualifications include experience in industrial collaboration, computational modelling, teamwork, communication, project management, and teaching. The position is full-time, for up to two years, and offers a monthly salary with attractive benefits. KTH is committed to equality, diversity, and providing a creative and dynamic environment for professional growth. Applications must be submitted online through KTH's recruitment system by the specified deadline, including all required documents and references.

KTH Royal Institute of Technology invites applications for a fully funded doctoral student position in Precision Robotics and Control. This research opportunity is situated within the Precision Engineering and Metrology (PEM) research group, a vibrant team of around 15 researchers and doctoral students working on reliability, measurement instrument design, robot calibration, integrated sensor systems, simulations, and advanced control strategies for industrial and biomedical robot applications. The project focuses on the advanced control of industrial robots for high-precision applications, including machining, robot-assisted surgery, orthopedics, and scientific investigations. The main objective is to develop new capabilities in industrial robots, particularly self-verifying systems that can detect deviations and autonomously adapt their control strategies. Research activities will involve developing methods to understand how the mechanical and dynamic properties of robots change under varying conditions, utilizing advanced signal analysis, artificial intelligence, metrology, calibration, and digital twins. A central aspect of the project is the creation of virtual environments for simulating, testing, and validating calibration methods before real-world implementation. These environments will facilitate the generation of synthetic sensor data, safe evaluation of calibration algorithms, and improved accuracy of digital twins. The project is funded by KTH and XPRES and is conducted in close collaboration with a university in Tokyo, with supervision by Professor Kanako Harada and Professor Andreas Archenti. Parts of the doctoral studies will take place in Japan, offering a unique international research experience. Applicants should have a strong background in computer science, mechatronics, robotics, or related fields, and an interest in both model-based and data-driven approaches. The position is open to candidates who have completed a second cycle degree (e.g., master's) or equivalent, with proficiency in English (English B/6 or equivalent) required. Selection will emphasize the ability to work independently, collaborate, analyze complex issues, and demonstrate scientific writing skills. Personal qualities are highly valued. The position offers full-time employment for up to four years, with a monthly salary according to KTH’s Doctoral student salary agreement and comprehensive employee benefits. The successful candidate will join a leading international technical university committed to advancing sustainable society through education, research, and innovation. Applications must be submitted through KTH's recruitment system and include certified copies of diplomas, grades, language certificates, CV, application letter, and representative publications or technical reports. The application deadline is March 21, 2026.

KTH Royal Institute of Technology invites applications for a PhD position in Production Engineering, with a focus on advanced machining systems, machine tools, and control systems. The project aims to enhance the efficiency, accuracy, and productivity of modern manufacturing by advancing the integration of high-performance machine tools and intelligent control systems. These mechatronic systems utilize sensors, real-time metrology, and advanced control to monitor and optimize machine dynamics, thermal behavior, and positioning. The doctoral research will involve analyzing mechanical, thermal, and dynamic properties of machine tools, as well as developing and calibrating digital models that combine physics-based and data-driven approaches. The goal is to improve process predictability and overall machine performance. The project offers a balance of experimental and theoretical work, and is conducted in close collaboration with international research partners and industry, providing excellent opportunities for advanced experimental research. The successful candidate will join the Manufacturing and Metrology Systems unit and the Precision Engineering and Metrology (PEM) group at the Department of Production Engineering. The group, comprising around 15 researchers, collaborates closely with industry through Centre X – Advanced Manufacturing Solutions for Next-Generation Powertrains at KTH. Supervision will be provided by Professor Andreas Archenti, a leading expert in the field. Applicants must hold a second cycle degree (such as a master's) or have completed at least 240 higher education credits (with at least 60 at the second-cycle level), or possess equivalent qualifications. Proficiency in English (equivalent to English B/6) is required. A background in mechatronics, mechanical engineering, or related fields is essential, and experience in control systems, metrology, or machine tools is advantageous. Selection will emphasize personal skills, including the ability to work independently and collaboratively, a professional approach, and strong analytical abilities. The position is full-time, with employment up to four years, renewable annually or biannually, and includes a monthly salary according to KTH's doctoral student salary agreement and employee benefits. The workplace offers a creative and dynamic environment, with a commitment to equality, diversity, and professional development. Applications must be submitted through KTH's recruitment system and include certified copies of diplomas and grades, proof of language proficiency, a CV, an application letter (max 2 pages), and representative publications or technical reports. The deadline for applications is March 21, 2026. For further information, contact Professor Andreas Archenti at [email protected].

KTH Royal Institute of Technology invites applications for a doctoral position in Production Engineering, focusing on advanced machining and functional surfaces. This research area is pivotal for modern component manufacturing, emphasizing high precision, controlled surface properties, energy efficiency, and short cycle times. The project aims to deepen the understanding of the interactions between machine tools, cutting tools, materials, and process parameters. By integrating experimental metrology, high-resolution sensor data, process modelling, simulation, and data-driven methods, the research seeks to achieve significant process optimisation. The doctoral research will cover advanced machining processes such as gear machining, turning, milling, and grinding. Integrated metrology will be used to characterize dimensions, form, and surface properties, with a particular focus on functional surfaces. The work also involves modelling machine tools and machining dynamics, as well as conducting advanced experiments on process stability, tool wear, and material removal mechanisms. Real-time measurement methods will be applied to complex operations such as skiving. The successful candidate will join the Manufacturing and Metrology Systems unit and the Precision Engineering and Metrology (PEM) group at the Department of Production Engineering. The group consists of around 15 researchers and doctoral students and collaborates closely with industry through Centre X – Advanced Manufacturing Solutions for Next-Generation Powertrains at KTH. The project offers excellent opportunities for experimental work in advanced laboratory environments and close collaboration with international research partners and industry. Supervision will be provided by Professor Andreas Archenti. The position is full-time and based in Stockholm, Sweden. The employment is for up to four years, with a monthly salary according to KTH’s Doctoral student salary agreement and access to employee benefits. The position is open to applicants with a strong background in mechanical engineering, machine design, or related fields, and an interest in both experimental and theoretical work. Experience in control systems, metrology, or machine tools is considered beneficial. Applicants must have a second cycle degree (such as a master's degree) or have completed at least 240 higher education credits, including at least 60 at the second-cycle level, or possess equivalent knowledge. Proficiency in English equivalent to English B/6 is mandatory. Selection will be based on academic qualifications, relevant experience, and personal skills such as goal orientation, independence, collaboration, and analytical ability. Applications must be submitted through KTH's recruitment system by April 30, 2026. Required documents include certified copies of diplomas and grades, proof of language requirements, CV, application letter, and representative publications or technical reports. For further information, contact Professor Andreas Archenti at [email protected].