KTH Royal Institute of Technology in Stockholm, Sweden, invites applications for a doctoral student position in AI-native Edge Computing for 6G. This research project is situated within the third-cycle subject of computer science and aims to design next-generation edge computing systems that are deeply integrated with future 6G wireless networks. The project will address the challenges of delivering massive improvements in speed, responsiveness, and energy efficiency by developing smart, distributed computing architectures built directly into the network infrastructure. Research will focus on combining heterogeneous computing platforms with distributed MIMO architectures to support both real-time AI workloads and traditional signal processing. The overarching goal is to create intelligent, scalable, and sustainable network nodes capable of handling a wide range of tasks, from user services to advanced coordination. A significant emphasis will be placed on the development of optimization algorithms that incorporate machine learning components, with opportunities for collaboration with industrial partners such as Ericsson, Atlas Copco, and Telenor, as well as the TECoSA competence center at KTH. The Division of Network and Systems Engineering at KTH conducts fundamental research in networked systems, wireless communications, and cyber security. The research environment is highly collaborative, with connections to leading academic institutions including MIT, UIUC, and EPFL. The position is part of major research initiatives such as the Wallenberg AI, Autonomous Systems and Software Program and Digital Futures, providing a vibrant and innovative setting for doctoral studies. Supervision will be provided by Professors György Dán, Emil Björnson, and Cicek Cavdar, offering expertise in networked systems, wireless communications, and optimization. The position is full-time, temporary, and funded with a monthly salary according to KTH's doctoral student salary agreement, including employee benefits. The employment period is up to four years, with possible renewals as per KTH regulations. Eligibility requirements include a second cycle degree (e.g., master's) or equivalent, with at least 240 higher education credits (60 at the second-cycle level), and English proficiency equivalent to English B/6. Selection criteria emphasize academic excellence, relevant coursework, personal skills, and specialization in optimization, mathematical statistics, or machine learning. Applicants should be goal-oriented, able to work independently and collaboratively, and possess strong analytical abilities. Applications must be submitted via KTH's recruitment system by January 11, 2026. Required documents include a CV, diplomas, grades, language certificates, certified translations if applicable, and representative publications or technical reports. KTH is committed to equality, diversity, and providing a creative and dynamic environment for growth and development. For further information, contact Professor György Dán at [email protected]. Join KTH and contribute to shaping the future of wireless infrastructure and AI-driven edge computing in a leading international technical university.

This postdoctoral position is offered by the Communication Systems (COS) Division at KTH Royal Institute of Technology, under the leadership of Prof. Emil Björnson, as part of the international 6GSTAR research project. The project is a collaboration between KTH, Northeastern University (USA), and the Singapore University of Technology and Design (SUTD), and is closely linked with major European research initiatives such as DICE-6G, SMART-6GSAT, and SweWIN. The successful candidate will join the TERANET@KTH research lab and work with a diverse team of academic and industrial partners, including Ericsson. The research focus is on the design and development of next-generation Low Earth Orbit (LEO) satellite communication systems that utilize the sub-terahertz (100 GHz – 300 GHz) spectrum for extremely high-rate mobile wireless links. The postdoc will have opportunities for international collaboration, including research visits to partner labs in Europe, the USA, and Singapore. The role involves coordinating research activities within the 6GSTAR project, leading international collaborations, publishing in top-tier journals and conferences, and mentoring MSc and PhD students. The position is for up to two years, full-time, and offers a monthly salary. Applicants must have a PhD in Electrical Engineering, Computer Science, Communications Engineering, or a closely related field, with a strong research record in wireless communications, networking, or optimization. Preferred candidates will have obtained their PhD within the last three years, possess strong English communication skills, and demonstrate the ability to work both independently and collaboratively. Experience in industry R&D and mentoring students is a plus. Expertise in areas such as LEO satellite communications, beamforming, MIMO algorithms, millimeter wave and terahertz communications, channel modeling, and network coexistence is highly valued. KTH is committed to equality, diversity, and providing a supportive environment for professional growth. The application deadline is November 26, 2025. For more information and to apply, visit the provided application link or contact Prof. Vitaly Petrov at [email protected].

KTH Royal Institute of Technology invites applications for two fully funded PhD positions in integrated TN-NTN 6G and future networks. These positions are part of the SMART-6GSAT and 3D-NET research initiatives, which aim to develop the next generation of wireless networks by integrating terrestrial and non-terrestrial segments. The projects focus on creating energy-efficient, resilient, and cost-effective 6G infrastructures that support advanced digital services and seamless connectivity across ground, aerial, and satellite domains. As a doctoral student, you will join a large international collaboration involving leading academic, industry, and public partners. The research will address both fundamental and applied questions relevant to the design and optimization of future networks. The SMART-6GSAT project emphasizes TN–NTN integration and network design, with a focus on architectures and protocols for seamless connectivity and energy efficiency. The 3D-NET project explores AI-assisted network control and resource management, targeting joint optimization of radio, cloud, and network resources to enable resilient, energy-efficient 6G connectivity. Supervision will be provided by Professors Cicek Cavdar and Emil Björnson at the Division of Communication Systems. The research is fully funded, and results will be published in top-level journals, preparing you for a research career in academia or industry. The positions offer opportunities to contribute to standardization, demonstrators, and Europe’s leadership in future connectivity. Eligibility requires a second cycle degree (master’s or equivalent), or completion of at least 240 higher education credits (including 60 second-cycle credits), or substantially equivalent knowledge. English proficiency equivalent to English B/6 is mandatory. Candidates should demonstrate goal orientation, perseverance, independence, collaboration skills, professional approach, analytical ability, and effective English communication. Personal skills are highly valued in the selection process. Security clearance may be required for some positions. The positions are full-time, temporary, and based in Stockholm, Sweden. Employment is for a maximum of four years, with possible renewals. Doctoral students are entitled to a workplace, employee benefits, and a monthly salary according to KTH’s doctoral student salary agreement. Applications must be submitted through KTH’s recruitment system by March 11, 2026. Required documents include a CV, application letter, certified copies of diplomas and grades, proof of language requirements, and representative publications or technical reports. Documents not in English or Swedish must be translated and certified. KTH is a leading international technical university committed to advancing sustainable society through education, research, and innovation. The university offers a creative and dynamic environment, good working conditions, and attractive benefits. Equality, diversity, and equal opportunities are integral to KTH’s core values.

The Department of Communication Systems at the EECS school, KTH Royal Institute of Technology, invites applications for a doctoral student position in Signal Processing for 6G Communications. This research opportunity is part of the DICE-6G research environment grant funded by the Swedish Research Council, focusing on advancing the physical layer of next-generation wireless networks. The project centers on multi-antenna MIMO technology, which is foundational to both 5G and emerging 6G networks. While 5G utilizes 64 antennas per base station and 4 per device, 6G is expected to scale these numbers significantly, enabling advanced beamforming, spatial multiplexing, and integrated communication and sensing (ISAC). As a doctoral student, you will contribute to theoretical research in 6G MIMO technology, developing new communication theory, signal processing algorithms, and network architectural concepts. The project aims to deliver ubiquitous network services by leveraging cell-free MIMO technology, integrating ground-based distributed base stations with low-earth-orbit satellites. Key methods include MIMO communication theory, array signal processing, optimization, and machine learning. The research is primarily theoretical, with access to KTH's testbeds for potential experimental validation. Note that the position does not involve hardware or antenna design; the focus is on algorithmic and theoretical advancements. You will join a world-leading research group led by Prof. Emil Björnson (IEEE Fellow, Clarivate Highly Cited Researcher), with supervision also proposed from Cicek Cavdar, Vitaly Petrov, or Gabor Fodor. The group is renowned for its contributions to wireless communications and signal processing. The position offers full-time employment, a monthly salary according to KTH's doctoral student salary agreement, and access to excellent employee benefits. The research environment is creative, dynamic, and international, with a strong commitment to equality, diversity, and sustainability. Eligibility requires a second cycle degree (master's or equivalent), or completion of at least 240 higher education credits (with at least 60 at second-cycle level), or substantially equivalent knowledge. English proficiency equivalent to English B/6 is mandatory. Successful candidates will demonstrate goal orientation, perseverance, independence, collaboration skills, professional approach, analytical ability, and effective English communication. Applications must include a CV, application letter, diplomas and grades, certificates of language proficiency, certified translations if needed, and representative publications or technical reports. Apply online through KTH's recruitment system by the deadline of March 12, 2026. For further information, contact Prof. Emil Björnson at [email protected]. Join KTH to shape the future of wireless communications and contribute to global connectivity and innovation.

Three fully funded PhD positions are available at KTH Royal Institute of Technology in Stockholm, Sweden, focusing on AI-driven wireless networks and 6G systems. The research is part of two major initiatives, SMART-6GSAT and 6G DICE, aiming to develop next-generation wireless infrastructures that integrate terrestrial and non-terrestrial segments for advanced digital services. Projects include distributed MIMO in space, TN–NTN integration and network design, and joint management of cloud, processing, and radio resources for future AI applications. Students will work in a dynamic, international environment with leading academic, industry, and public partners, and will be supervised by Professors Cicek Cavdar and Emil Björnson. The positions offer a starting monthly salary of 32,000 SEK, full benefits, and eligibility for permanent residence in Sweden after completion. Applicants must have a master's degree or equivalent, strong English skills, and the ability to work independently and collaboratively. The application requires a CV, motivation letter, diplomas, proof of language proficiency, and relevant publications. The deadline to apply is November 13, 2025. For more details and to apply, visit the official KTH job posting or contact the supervisors directly.

KTH Royal Institute of Technology in Sweden is offering three fully funded PhD positions in the field of AI-driven wireless networks and 6G systems. The positions are part of two major research initiatives, SMART-6GSAT and 6G DICE, which focus on developing next-generation wireless infrastructures integrating terrestrial and non-terrestrial networks. Research topics include distributed MIMO in space, TN–NTN integration and network design, and joint management of cloud, processing, and radio resources for future AI-driven applications. The projects offer collaboration with leading academic, industry, and public partners, and the research will be supervised by Professors Cicek Cavdar and Emil Björnson. Successful candidates will receive a starting monthly salary of 32,000 SEK, full student and employee benefits, and eligibility for permanent residence in Sweden upon completion of the PhD. Applicants must hold a master's degree or equivalent, demonstrate English proficiency, and possess strong analytical and collaborative skills. The application process requires submission of a CV, application letter, diplomas, language certificates, and publications through KTH's recruitment system by November 13, 2025. The positions provide a unique opportunity to contribute to cutting-edge research in wireless networks, AI, and 6G technologies, and to prepare for a career in academia or industry in a world-class research environment.

KTH Royal Institute of Technology is offering three fully funded PhD positions in the field of integrated terrestrial and non-terrestrial (TN-NTN) 6G and beyond networks. These positions are part of two major research initiatives: SMART-6GSAT and 6G DICE. The projects aim to develop the next generation of wireless networks by focusing on energy efficiency, resilience, and cost-effectiveness, integrating terrestrial and satellite segments to support advanced digital services. Students will join a dynamic, international research environment, collaborating with leading academic, industry, and public partners. The research topics include distributed MIMO in space, novel antenna cooperation and beamforming in satellite constellations, seamless TN-NTN integration, network architecture and protocols, and the orchestration of cloud, processing, and radio resources in space for AI-driven applications. The work will contribute to both theoretical advancements and practical demonstrators, supporting Europe’s leadership in future connectivity and standardization efforts. The positions are based at the Division of Communication Systems at KTH, under the supervision of Professors Cicek Cavdar and Emil Björnson. The research is expected to be published in top-level journals and will prepare students for careers in academia and industry. The positions offer a monthly salary according to KTH’s doctoral student salary agreement, employee benefits, and support for relocation to Stockholm. Applicants must have a relevant master’s degree or equivalent, proficiency in English, and demonstrate qualities such as independence, collaboration, and analytical skills. Applications must be submitted through KTH’s recruitment system and include a CV, application letter, diplomas, grades, language certificates, and representative publications. The deadline for applications is November 13, 2025. KTH is committed to equality, diversity, and a supportive study environment, offering opportunities for professional and personal growth in a leading technical university.