Doctoral Student in Neuromorphic Computing Using Memristors at KTH Royal Institute of Technology, Sweden, offers a unique opportunity to contribute to cutting-edge research in the field of neuromorphic architectures as part of the Marie Curie ITN project REACT. The project centers on developing memristor-based neuromorphic systems, with a particular focus on the BCPNN model pioneered at KTH, while also exploring other neuromorphic models. The successful candidate will enhance simulation frameworks to validate memristor-based models, accounting for device variability and non-idealities, and will develop memristor fabric fragments as SiLago blocks to enable rapid composition of computational structures. Supervision will be provided by Professor Ahmed Hemani, a leading expert in the field. The position is based in Stockholm and offers full-time employment for up to four years, with a monthly salary starting at 33,000 SEK (approx 2,991 EUR), in accordance with KTH’s doctoral student salary agreement. Additional Marie Curie allowances, including mobility and possible family allowance, are included. KTH provides a creative and dynamic research environment, attractive benefits, and a commitment to equality and diversity. Eligibility and Requirements: Applicants must hold a Master’s degree in Electrical Engineering, completed by the employment start date, and must not have resided or conducted their main activity in Sweden for more than 12 months in the past three years. Required skills include proficiency in analog/mixed-signal IC design flows, hardware description languages (Verilog-A/Verilog), preferably using Cadence or similar EDA tools, and strong programming skills in Python, MATLAB, or C++ for neural network simulation, data analysis, and modeling. Proven research experience in neuromorphic computing, memristive devices, or brain-inspired architectures is essential. Familiarity with machine learning, analog/mixed-signal circuit design, and/or memristive devices is expected. Strong written and spoken English communication skills are mandatory, with English proficiency equivalent to English B/6. Selection will be based on academic qualifications, relevant experience, and personal skills such as independence, collaboration, professionalism, and the ability to analyze complex issues. Only those admitted to postgraduate education may be employed as a doctoral student. The position may require a security clearance in accordance with Swedish law. Application Process: Applications must be submitted through KTH’s recruitment system by January 15, 2026. Required documents include a CV, application letter (max 2 pages), certified copies of diplomas and grades, proof of language requirements, representative publications or technical reports, and contact details for two academic references. All documents must be in English or Swedish, with certified translations if necessary. For further information, contact Professor Ahmed Hemani at [email protected]. Learn more and apply at KTH’s recruitment portal . KTH is a leading international technical university shaping the future through education, research, and innovation. Join a vibrant community dedicated to advancing sustainable society and personal growth.

KTH Royal Institute of Technology invites applications for a doctoral student position in Electronics Systems Design, focusing on the development of the SiLago (Silicon Lego) VLSI design framework as part of the CMOS 2.0 consortium. The project aims to advance robust VLSI design methodologies, emphasizing composition by abutment for inherently timing- and DRC-clean designs. SiLago will also underpin Design Space Exploration (DSE) at multiple levels, contributing to both EU and national research initiatives, with funding from IMEC and collaboration among leading European universities. The successful candidate will join a dynamic research environment in Stockholm, Sweden, under the supervision of Professor Ahmed Hemani. The position offers full-time employment for up to four years, with a monthly salary and comprehensive employee benefits as per KTH's doctoral student salary agreement. The doctoral student will have access to a creative and supportive workplace, with opportunities for professional growth and participation in training and administrative tasks (up to 20% of the role). Eligibility requires a master's degree or equivalent in Electrical Engineering or Computer Science/Engineering, or at least 240 higher education credits (with 60 at second-cycle level), or equivalent knowledge. Applicants must demonstrate proficiency in digital systems design and verification in HDL, a strong background in computer architecture, and experience with EDA tools for logic and physical synthesis, full custom design, circuit level design, analysis, and SPICE simulation. Candidates must not already hold a doctoral degree. Excellent communication and presentation skills in English (spoken and written) are mandatory, with English proficiency equivalent to English B/6. Personal attributes such as goal orientation, perseverance, collaboration, professionalism, and analytical skills are highly valued. Applications must be submitted via KTH's recruitment system by 25 February 2026. Required documents include a CV, application letter (max 2 pages), diplomas, grades, certificates of language requirements, certified translations if applicable, and representative publications or technical reports (with abstracts and web links for longer documents). Security clearance may be required for certain positions. KTH is committed to equality, diversity, and equal opportunities, offering a vibrant academic community dedicated to research, innovation, and sustainability. For further information, contact Professor Ahmed Hemani at [email protected]. Apply online at KTH's recruitment portal .

KTH Royal Institute of Technology invites applications for a doctoral student position in High-Level Synthesis for Electronic Systems Design. The project centers on the development of a robust High-Level Synthesis (HLS) tool within the innovative SiLago framework, which is inspired by Lego-like modularity and is actively used in EU and national projects as well as industrial applications. The HLS tool will target CGRA (Coarse-Grained Reconfigurable Array) fabrics and leverage SiLago’s unique capability to incorporate physical design-aware cost metrics during design space exploration, aiming to build a library and implement commonly used functions for next-generation CMOS technologies. The position is supervised by Professor Ahmed Hemani and is part of multiple Chips JU projects. The research environment at KTH is dynamic, creative, and internationally recognized, offering excellent working conditions, employee benefits, and opportunities for professional growth. As a doctoral student, you will be employed full-time for up to four years, with a monthly salary according to KTH’s doctoral student salary agreement. You will also have access to a workplace with many employee benefits and may perform certain tasks such as training and administration up to 20% of your role. Eligibility requires a second cycle degree (such as a master's) or equivalent, or at least 240 higher education credits with at least 60 at second-cycle level. Applicants must demonstrate proficiency in digital systems design and verification in HDL, a strong background in computer architecture, programming, data structures, and compilation techniques, and competence or potential to acquire competence in optimization in discrete space. Candidates must not already hold a doctoral degree. Strong communication and presentation skills in English (spoken and written) are mandatory, with English B/6 or equivalent required. Personal skills such as goal orientation, perseverance, collaboration, professional approach, and analytical ability are highly valued. Applications must be submitted through KTH’s recruitment system by the deadline of 21 February 2026. Required documents include a CV, application letter (max 2 pages), certified copies of diplomas and grades, proof of language proficiency, and representative publications or technical reports. Documents not in English or Swedish must be translated and certified. Security clearance may be required for some positions. KTH values equality, diversity, and equal opportunities as integral to its core values. For further information, contact Professor Ahmed Hemani at [email protected]. Apply online at KTH's recruitment portal .

KTH Royal Institute of Technology invites applications for a doctoral student position in Application-Level Synthesis for Electronic Systems Design. The project focuses on developing a robust Application-Level Synthesis (ALS) tool to compose applications from pre-synthesised Algorithm Implementations using High-level Synthesis. A key innovation is targeting a Coarse Grain Reconfigurable fabric based on Silicon Lego (SiLago) bricks, which enables calculation of physical design-aware cost metrics during design space exploration. The SiLago framework is actively used in EU, IMEC, and national projects, supporting real-life industrial applications and next-generation CMOS technologies. The successful candidate will be supervised by Professor Ahmed Hemani and will join a dynamic research environment at KTH, a leading international technical university in Stockholm, Sweden. The position is full-time, with a monthly salary according to KTH's doctoral student salary agreement, and includes attractive employee benefits. The employment is for up to four years, with possible renewal, and offers opportunities for professional development, training, and participation in administrative tasks (up to 20%). Eligibility requires a second cycle degree (master's or equivalent) in Electrical Engineering or Computer Science/Engineering, or completion of at least 240 higher education credits (including 60 second-cycle credits). Applicants must demonstrate proficiency in digital systems design and verification in HDL, a strong background in computer architecture, programming, data structures, and compilation techniques. English proficiency equivalent to English B/6 is mandatory, along with strong communication and presentation skills. Candidates must not already hold a doctoral degree. Personal attributes such as goal orientation, perseverance, collaboration, and analytical skills are highly valued during the selection process. Applications must be submitted through KTH's recruitment system by 5 March 2026. Required documents include a CV, application letter (max 2 pages), certified copies of diplomas and grades, proof of language proficiency, and representative publications or technical reports. Translations into English or Swedish are needed if documents are not originally issued in these languages. The recruitment process may involve security clearance if the position is classified as security-sensitive. KTH is committed to equality, diversity, and equal opportunities, offering a creative and dynamic environment for research and innovation. Join KTH to contribute to advancing sustainable society and benefit from excellent working conditions and support for personal growth.