Offer Description

Centre for Hardware Security at the Department of Computer Systems in Tallinn University of Technology (TalTech) invites MSc holders in Computer Science or relevant fields to apply for a PhD position in secure hardware-efficient realization of lightweight cryptography algorithms.

Project Description

Lightweight cryptography plays an important role to ensure integrity, confidentiality, and security of sensitive information on devices with limited resources, such as internet of things (IoT) and wireless sensor networks. In our project, we aim to (i) explore hardware-efficient realizations of lightweight cryptography algorithms taking into account performance, power, and area (PPA) requirements; (ii) secure these implementations against well-known attacks, such as side-channel analysis and fault injection, considering the PPA overhead; and (iii) demonstrate promising designs in an application-specific integrated circuit and embed them in a real-world IoT environment.

Requirements

Education

MSc degree in Computer Science, Electrical Engineering, or Computer Engineering

Essential Knowledge and Experience

Knowledge of hardware description languages Verilog/VHDL

Knowledge of hardware design techniques targeting high performance and low power dissipation

Experience in digital system design at RTL using Verilog/VHDL on FPGA/ASIC

Knowledge of cryptography algorithms including block ciphers and hash functions

Knowledge of hardware security including side-channel analysis and fault injection attacks

Additional Knowledge and Experience

Experience in programming with C/C++

Experience in the design of cryptography algorithms in hardware

Experience in scripting languages, such as Perl, Tcl, and bash

How to Apply

Please submit your CV with a cover letter including your interest in this position to Dr. Levent Aksoy by e-mail (levent.aksoy@taltech.ee).

A 2-year post-doctoral research associate position is available at the Cyber Security & Privacy Research Group, Department of Computer Science, University of York, UK, to work on a research project at the intersection of cyber security and AI.
The ideal candidate will have expertise in security and privacy and familiarity with AI concepts. Experience in cryptographic design of privacy-enhancing technologies including zero-knowledge proofs, secure multi-party computation, or differential privacy is particularly welcome.
You will be working with a multi-disciplinary team spanning 7 universities across the UK and several industrial project partners (see project website: https://phawm.org).

Location: Clayton campus

Employment Type: Full-time

Duration: Continuing appointments

Remuneration:

$114,951 - $136,505 pa Level B (plus 17% employer superannuation)

$140,812 - $162,366 pa Level C (plus 17% employer superannuation)

Advance your career with cutting-edge Teaching and Research

World-class teaching facilities and research

Address real-world challenges and achieve impactful outcomes

Join the Future of IT at Monash University!

The Faculty of Information Technology at Monash University in Melbourne, Australia, is seeking dynamic and innovative individuals for multiple Level B Lecturer and Level C Senior Lecturer positions across three departments:

Department of Data Science and Artificial Intelligence (DSAI)

Department of Software Systems and Cybersecurity (SSC)

Department of Human-Centred Computing (HCC)

To find out more about career opportunities within the Faculty of IT visit our website.

The Department of Cybersecurity in the Golisano College of Computing and Information Sciences at RIT invites applications for a full-time tenure-track assistant professor position in the field of cybersecurity, beginning August 2025, with special interest in candidates whose research intersects with artificial intelligence, or which makes use of AI techniques.

Read more about the Department of Cybersecurity and the ESL Global Cybersecurity Institute at RIT here: https://csec.rit.edu/ and https://www.rit.edu/cybersecurity/

Please find more details regarding the position by following the Apply link below.

Required Minimum Qualifications

• Ph.D. in a computing or related discipline by date of appointment.
• Recent scholarly dissemination record that demonstrates exceptional potential in cybersecurity research; e.g. venues like IEEE Security & Privacy, USENIX Security, CCS, NDSS, etc.
• Demonstrated evidence of experience or potential to establish an independent, externally funded research program.
• Commitment and potential to teach effectively at the undergraduate and graduate levels, and the ability to mentor master/doctoral students.
• An interest in working in a collaborative, collegial department and among colleagues in the department, college, and institution.
• Ability to contribute in meaningful ways to the college's continuing commitment to cultural diversity, pluralism, and individual differences.
• Ability to communicate effectively in English.

Apply: Use Keyword Search 9160BR here: https://careers.rit.edu/faculty

Priority Deadline: Dec. 4

My name is Francis TSAKOU TEZEM, holder of a master 2 in the field of mathematical and computer sciences with a general weighted average of 3.51/4. As part of my research work in Master 2 in Algebra and Applications, I am focusing on a fascinating and crucial area of ​​modern cryptography: the resolution of the rank metric decoding problem. This specific branch of cryptography is essential to ensure the security of digital communications and transactions in an increasingly connected world. My research project aims to explore advanced rank metric decoding techniques, a crucial approach to securing sensitive information exchanged over computer networks. In particular, I am interested in understanding and improving the algorithms underlying the resolution of this complex problem. Working on this topic, I strive to develop new innovative methods and approaches to strengthen the security of cryptographic systems used in various fields, such as secure communication, online financial transactions and personal data protection. My goal is to expand current knowledge in cryptography and make meaningful contributions to this evolving field. By combining my skills in algebra with a deep understanding of the practical applications of cryptography, I seek to provide efficient and robust solutions to the rank metric decoding problem, thereby helping to strengthen the cybersecurity and privacy of digital exchanges at the same time era of digital transformation.

Candidates for applied cryptography domain must comprehend formal security analysis, secure coding, and effective security integration in the application domains. Candidates for ML/AI domain, must comprehend seach/optimization algorithms, classification, regression and other essential aspects.

A position for a PhD student is available for the Cryptography and Cyber Security Research Group in the Computer Science Research Centre at University of Surrey, UK. The research topic of the PhD program is Post-Quantum Cryptography.

The successful candidate will primarily be working on the following topics (but not limited to): classical and quantum cryptanalysis, cryptographic constructions based on lattice and other hard problems, and efficient algorithms for both attacks and secure implementations. The exact topics could be tailored to the candidate’s background and interests.

This position is based at the internationally renowned Surrey Cyber Security Centre, which regularly publishes in top security venues, and consists of an international, diverse, and inclusive team with expertise in various aspects of security, privacy, and their applications.

Apply through the link https://www.surrey.ac.uk/fees-and-funding/studentships/phd-post-quantum-cryptography

Applications are invited for the MS and PhD positions at the Department of Computer Science and Engineering, National Sun Yat-sen University, Kaohsiung, Taiwan. The successful candidate will work under the guidance of Dr. Arijit Karati on the diverse topics in applied cryptology and network security.

Candidates for applied cryptography domain must comprehend formal security analysis, secure coding, and effective security integration in the application domains.

Candidates for ML/AI domain, must comprehend seach/optimization algorithms, classification, regression and other essential aspects.

Responsibilities: Apart from academic work, student must involve in several activities in a group or individually, such as (not limited to):

Design and implementation of safety protocol.

Assesment of the security and performance metric.

Research meeting with the supervisor.

Requirements: (02 MS and 02 PhD positions)
Apart from the university's basic admission policies (https://cse.nsysu.edu.tw/?Lang=en), students are desired to have following key requirements:

Strong motivation on cryptography or AI security.

Knowledge of modern technology.

Knowledge of basic mathematics.

Knowledge of at least two programming languages, such as Python/Java/C/C++.

Master's thesis must match respective research fields. (for Phd positions)

Scholarship:

Under the university policy.

Project funding (based on availability for MS/Ph.D. students).

What students can expect:

Cooperation from the supervisor and labmates.

The rich culture in research and related activities.

Flexibility in communication, e.g., English.

What the supervisor can expect:
Apart from academic and research works, students are expected to have

Good moral character.

Hardworking and dedication.

Deadline for online application: September 30, 2024

We are looking for motivated, bright, and hard-working student that wish to pursue a PhD in Cryptography. The candidate will work on cryptographic research topics such as:

• zero-knowledge proofs & SNARKs
• polynomial/vector commitments & lookup arguments
• searchable encryption
• encrypted database query evaluation
• TEE-assisted cryptography

Other areas are possible, the specific research topic will be determined based on the common interests of the candidate and the supervisor.

Applicant's profile

• MSc or BSc degree in Computer Science or related field.
• Excellent programming skills.
• Very good understanding of CS fundamentals: algorithm analysis, data structures, etc.
• Good understanding of cryptographic primitives: hashing, encryption, commitments, etc.
• Strong enthusiasm for research.

Ideal candidates have prior knowledge in implementing cryptographic primitives or a relevant project. Solid background in theoretical computer science (complexity analysis, reduction proofs, etc.), or experience in programming for trusted-hardware environments (Intel SGX, ARM TrustZone, etc.) is also a big plus.

Work environment

HKUST offers guaranteed funding for the PhD duration with competitive stipends. Our CSE department consistently ranks very high in global Computer Science and Engineering rankings. Our graduates typically produce research output of the highest quality and consistently staff world-class institutions. The lab offers a creative work environment that is ideal for excellent research.

Interested applicants, please send your CV and a short research statement to Prof. Dimitrios Papadopoulos.

This PhD studentship offers an exciting opportunity to delve into the rapidly evolving fields of Cybersecurity and Artificial Intelligence (AI). As AI technologies become increasingly integrated into enterprise systems, the need to secure these systems against sophisticated cyber threats has never been more critical. This research project at the University of Sheffield is focused on addressing these challenges by developing advanced methods to protect AI systems from cyber attacks, ensuring their reliability, integrity, and resilience in real-world environments. As a PhD candidate, you will join the Security of Advanced Systems Research Group, working on cutting-edge research that bridges the gap between AI innovation and cybersecurity. Your work will involve identifying and analyzing vulnerabilities in AI systems, creating robust models capable of withstanding adversarial attacks, and implementing state-of-the-art security measures to safeguard AI infrastructures. Additionally, you will have the opportunity to collaborate with industry leaders, contributing to the development of new cybersecurity standards for AI. This studentship is ideal for individuals passionate about AI and cybersecurity who are eager to contribute to the protection of critical technologies. The position is open to candidates worldwide, offering a unique chance to make a significant impact in a high-demand field. Research Themes Include: Analyzing vulnerabilities in AI systems Developing robust AI models resistant to adversarial attacks Implementing advanced security measures within AI infrastructures Collaborating with industry leaders to set new cybersecurity standards for AI Position Details: Starting Date: Flexible, with preferred start dates in September 2024 or January 2025. Location: Department of Computer Science, University of Sheffield, UK. Duration: 3 years Additional Note: International candidates are encouraged to apply. Please note that supplementary funding may be required to cover the tuition fee differential.

The Institute of Science and Technology Austria (ISTA) invites for faculty applications in all areas of computer science including security, cryptography and privacy, candidates working in systems and more applied topics are especially encouraged to apply.

Interdisciplinary applications bridging between areas are particularly encouraged to apply.

Assistant professors start with independent group leader positions for six years, progressing to tenured positions after a positive evaluation by international peers.

Tenured positions welcome distinguished scientists with proven leadership in research.

At ISTA, we promote a diverse and inclusive working environment and are committed to the principle of equal employment opportunities for all applicants, free of discrimination. We strongly encourage individuals from underrepresented groups to apply.

ISTA is an interdisciplinary research institution that combines basic science research with graduate education in theoretical and experimental research in Mathematical and Physical Sciences, Life Sciences, and Information and System Sciences.

Why ISTA

• Impactful research in a vibrant, international, and interdisciplinary research environment.

• Advanced facilities and comprehensive scientific support.

• Attractive salaries and generous resources.

• Guaranteed annual funding, including support for PhD students and postdocs.

• Graduate school with highly selective admissions.

• Professional development opportunities and employee support services.

• On-campus childcare facilities.

• Inclusive working environment.

• Proximity to Vienna, consistently ranked among the most livable cities worldwide.

The closing date for applications is November 28, 2024.

Tsinghua University in China and Nanyang Technological University in Singapore are jointly seeking for candidates to fill several post-doctoral research fellow positions on symmetric-key cryptography with a tentative duration of 2 years. Topics include but are not limited to the following sub-areas:

• tool aided cryptanalysis, such as MILP, CP, STP, and SAT
• machine learning aided cryptanalysis and designs
• privacy-preserving friendly symmetric-key designs
• quantum cryptanalysis
• provable security
• cryptanalysis against SHA-2, SHA-3, and AES
• threshold cryptography

Candidates will have the chance to spend half of the time with Assoc Prof Xiaoyang Dong at Tsinghua University, China, and the other half with Assoc Prof Jian Guo at Nanyang Technological University in Singapore. Candidates with strong record of publications in IACR conferences (Asiacrypt, Crypto, Eurocrypt, FSE) are encouraged to apply. These positions are available immediately until filled.

The College of Science seeks a diverse and inclusive workforce and is committed to equality of opportunity. We welcome applications from all and recruit on the basis of merit, regardless of age, race, gender, religion, marital status and family responsibilities, or disability. The Division of Mathematical Sciences in the School of Physical and Mathematical Sciences at NTU provides a multidisciplinary academic program that provides students with a wide-ranging and up-to-date education. The Division of Mathematical Sciences invites applications for an Asst/Assoc Prof (Tenure Track/Tenured) position specializing in Post-Quantum Cryptography (PQC). This position focuses on advancing the field of PQC, which is critical in the era of quantum computing. Key Responsibilities Conduct pioneering research in post-quantum cryptography. ·Publish high-impact papers in leading journals and conferences. ·Secure research funding from competitive grants and industry partnerships. ·Mentor and supervise graduate students and postdoctoral researchers. ·Collaborate with interdisciplinary teams within the university and with external partners. ·Deliver engaging and effective teaching to both undergraduate and graduate students. ·Undertake essential administrative responsibilities within the School. Qualifications ·Doctoral degree in Mathematics, Computing Science, or a closely related field with a specialization in Post-Quantum Cryptography. ·Demonstrated excellence in research, evidenced by a strong publication record in reputable journals and conferences. ·Recognition in the research community, such as invited talks, awards, or memberships in professional societies. ·Proven ability to secure research funding (for Assoc Prof). ·Strong commitment to teaching and mentoring students. ·Excellent communication and collaboration skills. Application Procedure Required application documents: ·Cover letter ·Curriculum Vitae including a full publication list ·Statement of current and future research interest ·Teaching statement ·Names of at least three referees

Applications are invited for the position of Assistant Professor. We are looking for applicants with a strong research record in either cryptographic engineering or machine learning in cryptography. In particular, we are looking for candidates with experience in security evaluation of cryptographic hardware or hardware/software co-design for cryptography.

The position is within the Digital Security (DiS) section of the Institute for Computing and Information Science (iCIS). As an Assistant Professor you will be responsible for the development and coordination of security courses at the Bachelor’s and Master’s levels. You will be expected to develop connections within our institute and Radboud University and beyond and contribute to administrative tasks and outreach activities. This position has a good balance between teaching, research and administration, giving the candidate time to write research proposals and further develop their research lines and career.

Profile:

Your expertise is in good synergy with the current expertise of the Digital Security group and is supported by publications at high-profile venues, invitations to scientific conferences, and/or research grants. You have good teaching skills and experience, a clear vision on teaching, and the willingness to teach a broad variety of Bachelor’s degree courses, as well as courses related to your research expertise in the Master’s programme in Cyber Security. You are a team player who is eager to collaborate with other academics and build bridges between different research areas within and outside DiS and Radboud University, and within and outside academia, nationally and internationally. You have good communication skills. You are interested, and preferably have experience, in security research for industry and real-world applications. You have the ability to successfully apply for external funding.

Deadline: September 15, 2014

Lancaster University invites applications for one post of Assistant Professor (Lecturer) in Computer Science to join at its exciting new campus in Leipzig, Germany. Located in one of Germany’s most vibrant, livable, and attractive cities, the Leipzig campus offers the same high academic quality and fully rounded student experience as in the UK, with a strong strategic vision of excellence in teaching, research, and engagement.

The position is to support the upcoming MSc programme in Cyber Security, and to complement the department’s current research strengths. You are expected to have solid research foundations and a strong commitment in teaching Cyber Security topics such as Cybercrime, Information System Risk Management, or Information System Security Management.

You should have a completed PhD degree and demonstrated capabilities in teaching, research, and engagement in the areas of Cyber Security. You should be able to deliver excellent teaching at graduate and undergraduate level, pursue your own independent research, and develop publications in high quality academic journals or conferences. You are expected to have a suitable research track record of targeting high quality journals or a record of equivalent high-quality research outputs.

Colleagues joining LU Leipzig’s computer science department will benefit from a very active research team, but will also have access to the research environment at the School of Computing and Communications in the UK. We offer a collegial and multidisciplinary environment with enormous potential for collaboration and work on challenging real-world problems especially.

German language skills are not a prerequisite for the role, though we are seeking applicants with an interest in making a long-term commitment to Lancaster University in Leipzig.

We’re looking for a PhD student (4 years, full position) to work with us on the NWO project EPOCHAL (Extensions of POst-quantum CryptograpHy and ALgorithms). The last years have seen a lot of focus on building encryption systems and signature schemes that are secure against quantum attacks. This involves analyzing them in a security model where the attacker has a quantum computer. While the replacement schemes are not perfect fits in terms of speed or size, the community has reached some workable solutions. However, there is a lot of usage of public-key cryptography that goes beyond these core building blocks – many real-world solutions need to establish related public keys, which involves using the structure of elliptic curves, or to verify the validity of public keys. Currently deployed protocols often inherently use properties of the pre-quantum building blocks. For those, we do not (yet) have matching or sufficiently efficient replacements among systems that can resist attacks with quantum computers. The goal of this project is to develop exactly such solutions and to analyze their security. The PhD position is embedded in the Coding Theory and Cryptology group in the Discrete Mathematics (DM) cluster with Tanja Lange as main supervisor. We work closely with the Applied and Provable Security group (also part of DM) and Kathrin Hövelmanns is part of the project team. Please note that applications must be received via the TU/e application site https://jobs.tue.nl/en/vacancy/phd-on-postquantum-cryptography-1101449.html and the "APPLY NOW" button on that page. The page also has some general information about the employment conditions.

We are looking for a candidate with proven scientific expertise in the field of Security & Privacy. The following areas are of particular interest:

• AI Safety and Security
• Privacy
• Cryptography
• Formal Methods for Security
• System Security
• Digital Identities
• Usable Security

The successful candidate will cover one of these fields or any other field in Security & Privacy that complements the existing strengths in the department. The professorship will be part of the Institute of Applied Information Processing and Communications, which is an internationally highly visible research environment with more than 60 researchers in information security. It has been active in this field for more than 30 years and performs research in the following four areas: Cryptology & Privacy, Formal Methods, System Security, and Secure Applications.

The new professor will build an internationally visible group, and will be an engaged teacher in the Computer Science programs at the Bachelor’s, Master’s, and PhD level, and will actively participate in academic self-administration. At Graz University of Technology, undergraduate courses are taught in German or English and graduate courses are taught in English.

The Applied Security and Information Assurance (APSIA) research group invites applications from highly-motivated candidates holding a PhD with a strong track record to contribute to the research specialities, see topics below. The APSIA team of SnT is a dynamic research group, some 15 strong, conducting research on the design and analysis of crypto primitives and protocols, security-critical systems, information assurance, and privacy. Specialities of the group include quantum and post-quantum (quantum resistant) cryptography, secure voting systems. For further information you may check: www.uni.lu/snt-en/research-groups/apsia/

Do you want to be part of QuSoft, the world-leading centre for quantum software in Amsterdam? The University of Amsterdam (UvA) and the Centrum Wiskunde & Informatica (CWI) each have an opening for a tenure-track or tenured position in the area of quantum computing. We are seeking applications from both early-career researchers (as early as final year of PhD) and highly experienced researchers (comparable to associate or full professor level). Depending on the level of seniority, a tenure-track or a tenured position will be offered to you.

Both positions will be part of QuSoft, the Dutch research centre for quantum software, launched in 2015 to combine the quantum computing research of CWI and of the University of Amsterdam. QuSoft’s mission is to use the extraordinary properties of quantum mechanics, such as superposition, interference and entanglement, to develop new algorithms, communication protocols, and applications for small and medium-sized prototypes as well as larger quantum computers. QuSoft values diversity and inclusion, and improving the gender representation within QuSoft is an urgent concern. To this end, we will, among equally qualified candidates, prioritise applications from women researchers (including identifying as).

The positions are in the area of quantum computing, particularly in one or more of the following subareas:

• quantum algorithms,
• quantum complexity theory,
• quantum error-correction and fault-tolerance,
• quantum cryptography,
• quantum simulation of molecules and materials,
• quantum information theory.

The Quantum Information (QI) and PolSys teams at LIP6, Sorbonne University, are looking for a postdoctoral researcher to work on research topics at the intersection of modern, post-quantum, and quantum cryptography. The potential topics include, but are not limited to, secure quantum multi-party computation, Hybrid Authenticated Authenticated Key Exchange, ....

The post-doc will conduct research at the intersection of theoretical cryptography and practical experiments on a quantum optical testbed to demonstrate a practical quantum advantage in terms of security and/or efficiency for advanced quantum cryptographic protocols.

The post-doc will be jointly supervised by Alex B. Grilo (CNRS, Sorbonne University), Eleni Diamanti (CNRS, Sorbonne University), and Ludovic Perret (EPITA & Sorbonne University). The ideal candidate will hold a PhD in quantum cryptography or cryptography with a strong motivation to work at the intersection of these two domains. Programming skills are a plus.

The position is for 12 months, renewable for up to 24 months, with a flexible start date. It is offered in the framework of the QSNP project, a European Quantum Flagship project aiming to develop quantum cryptography technology.

The PolSys team has strong expertise in post-quantum-cryptography whilst the QI team is an interdisciplinary research group covering computer science, theoretical physics and experimental quantum optics. We are based in LIP6, Sorbonne Université, in central Paris, and are founding members of interdisciplinary centers the Quantum Information Centre Sorbonne and the Paris Centre for Quantum Technologies. We strive to promote equality, diversity, inclusion and tolerance.

Applicants should send their CV, and a cover letter and arrange for at least two references to be sent to the contact person given below. The deadline for applications is 30/09/2024.

Summary

As a Cryptographic Engineer in Applied Cryptography, you will play a vital role in developing and implementing cryptographic solutions. You'll work alongside a team of talented individuals, contributing to various projects ranging from prototyping new cryptographic products to optimizing existing ones. You will collaborate closely with software architects, product managers, and other team members to successfully deliver high-quality cryptographic solutions that meet market demands.

You will need to have a strong foundation in engineering principles and a keen interest in cryptography. This role offers an exciting opportunity to work on cutting-edge technologies while continuously learning and growing in applied cryptography.

Duties

As a Cryptographic Engineer, you'll play a pivotal role in implementing Zero-Knowledge (ZK) circuits tailored for integration within the Midnight chain. Your focus will involve leveraging recursive proof technologies, particularly those based on Halo2, to create proofs regarding the Midnight state. These proofs are designed to interface with other ecosystems, such as Cardano, providing a secure and efficient means to interact and exchange information across platforms. Your duties will include:

Working with teams across time zones

Working independently on software development tasks

Being proactive and requiring minimal supervision or mentoring to complete tasks

Contribute to the development and delivery of cryptographic products

Assist in prototyping new cryptographic solutions

Implement cryptographic primitives according to established specifications

Collaborate with team members to review cryptographic protocols and proposed primitives

Document code and APIs clearly and comprehensively

Adhere to software engineering best practices during the development process

Ready to join the future of innovation in our team at NXP in Gratkorn/Graz? Owing to the success of our business, our department is growing and we are looking for a talented student, who would like to gain experience in parallel to their studies. In this exciting role, you will be part of a highly talented team developing secure high performance crypto software for next generation products in different market segments (payment, identification, mobile, IoT, Automotive, …)

Your responsibilities:

Supporting the Crypto Library development and maintenance

Embedded software development in C

Implementation of cryptographic algorithms

Maintenance of quality KPIs

Your profile:

Ongoing studies in mathematics, computer science, electronic/ electrical engineering, information technology or similar

First experience in embedded software development, using C and assembly is an advantage

A solid understanding of microcontroller architecture

First experience in implementing crypto algorithms such as DES, AES, RSA, ECC, SHA is appreciated

You are a team player and you have initiative

Availability around 16 hours per week (on average)

The minimum salary for this position is EUR 17 gross/hour.

We offer:

Flexible working time

On-site free beverages and fresh fruit

Social events (student get-togethers, networking opportunities, etc)

and many other benefits!

We offer internships with a variety of lengths.

We are proud to have received the Leading Employer Award for the 5th time in a row 2023, which is presented exclusively only to the top 1% of employers in Austria. Furthermore, we have recently been certified as Family Friendly Employer and received the EqualitA label.

We seek to hire an outstanding PhD candidate to start in December 2024. The successful candidate will participate in the activities of the CRISES research group, which focuses on theoretical advances for computer security and data privacy.

The University offers:

A 4-year PhD scholarship to work in an exciting international environment located at the sunny and mediterranean city of Tarragona, Spain.

Generous travel funds for participation in conferences, summer schools, and research stays.

An automatic switch to a postdoctoral contract once the candidate defends the PhD thesis.

Profile:

A First Class Honours degree (or equivalent) or Master degree (with research component) in computer science or mathematics

Strong academic performance, programming and mathematical skills

A proven interest in computer security and/or related topics

Excellent written and oral English skills

Commitment, team worker, self-motivated and a critical mind

Applications should be written in English and include the following documents:

Curriculum Vitae

A short description of your Master work or Honours thesis (max 1 page)

Transcript of grades from all university-level courses taken

Contact information for 3 referees

We have a fully funded Ph.D. position about Deep Learning (DL) and secure multi-party computation (MPC) applied to medical systems beginning from Fall 2025 (August 2025) or Spring 2025 (January 2025) at University of South Florida (USF). Students receive a yearly package worth approximately $65,000, which covers all the tuition, health insurance, fringe benefits, and a competitive monthly salary. The project offers an excellent multi-disciplinary opportunity involving flagship medical centers, and top machine learning experts, all with MPC and applied cryptography. The candidate will work on private diagnosis with DL and federated learning, developing specially designed MPC protocols for medical applications. USF is a Rank-1 Research University, AAU University, and USF CSE is in the top 15% among Computer Science departments in public universities based on Academic Analytics data based on Scholarly Research Index (and top 8th for patents in the USA). Requirements:

• A BS degree in ECE/CS with a high GPA
• Excellent programming skills (e.g., C, C++), familiarity with Linux
• MS degree in ECE/CS/Math is a big plus. Publications will be regarded as a plus but not required.
• Please send your CV, transcripts, TOEFL/IELTS scores (required), publications (optional), and GRE (highly preferred).

Help us build the leading wallet infrastructure for the multi-trillion-dollar digital asset industry. Work closely with our top leadership, including the CTO, CPO, and Head of Security, and collaborate with a talented team of Cryptographers, Security Engineers and Protocol Engineers. We’re looking for a Lead Cryptographer with expertise in developing secure, efficient cryptographic protocols focused namely on multi-party computation, threshold cryptography, and post-quantum cryptography. You will collaborate with library developers and solutions architects to enhance our cryptographic solutions, aligning them with the company’s needs and objectives.

As a Lead Cryptographer, you will:
• Carry out fundamental and applied research with the research team.
• Act as a powerhouse of ideas on all cryptographic and research issues.
• Collaborate with the research and engineering team on technical research tasks.

  More information on Dfns Labs and its affiliated projects: dfns.co/labs

As a system developer, you will contribute to the creation of a complex decentralized system involving smart contract technology, offchain communication protocols, and identity management. CIMA.Science is a startup company whose mission is the innovative application of decentralized consensus protocols through both horizontal and vertical integration across a wide range of technologies. A key initiative is the creation of an autonomous transaction platform that allows individuals to securely conduct transactions with others across jurisdictional boundaries, establishing trust and legal certainty without the need for intermediaries. Additionally, individuals can opt for a decentralized identity, facilitating their proper integration into the commerce stream. Our goal is to bring the blockchain technology to people in an inclusive manner, with little environment impact, and with high security and resilience objectives. The plan is to build up a R&D team. We will release open source software and nurture expertise. We follow and contribute to cutting edge research. We work on the Unlimitrust Campus in Prilly with tight connections with academic partners.

Summary

As a Cryptographic Engineer in Applied Cryptography, you will play a vital role in developing and implementing cryptographic solutions. You'll work alongside a team of talented individuals, contributing to various projects ranging from prototyping new cryptographic products to optimizing existing ones. You will collaborate closely with software architects, product managers, and other team members to successfully deliver high-quality cryptographic solutions that meet market demands.

You will need to have a strong foundation in engineering principles and a keen interest in cryptography. This role offers an exciting opportunity to work on cutting-edge technologies while continuously learning and growing in applied cryptography.

Duties

As a Cryptographic Engineer, you'll play a pivotal role in implementing Zero-Knowledge (ZK) circuits tailored for integration within the Midnight chain. Your focus will involve leveraging recursive proof technologies, particularly those based on Halo2, to create proofs regarding the Midnight state. These proofs are designed to interface with other ecosystems, such as Cardano, providing a secure and efficient means to interact and exchange information across platforms. Your duties will include:

Working with teams across time zones

Working independently on software development tasks

Being proactive and requiring minimal supervision or mentoring to complete tasks

Contribute to the development and delivery of cryptographic products

Assist in prototyping new cryptographic solutions

Implement cryptographic primitives according to established specifications

Collaborate with team members to review cryptographic protocols and proposed primitives

Document code and APIs clearly and comprehensively

Adhere to software engineering best practices during the development process

We are looking for 1-2 bright researchers with strong interest and suitable experience in any of these research areas:

• Distributed cryptography: DKG, decentralised credentials with privacy properties
• Advanced encryption: algorithmic techniques for FHE and SNARKs, updatable encryption
• Secure computation: MPC techniques and protocol design, PSI
• PQC techniques for any of the aforementioned areas

Candidates will lead our research in funded projects across the domains of decentralized digital identity, computing over encrypted data, and advanced post-quantum secure encryption, and can work with existing PhD students.

They will work closely with members of the Privacy and Applied Cryptography (PACY) lab, led by Prof. Mark Manulis, and the Quantum-Safe and Advanced Cryptography (QuSAC) lab, led by Prof. Daniel Slamanig. Candidates will benefit from our modern infrastructure and availability of funds to support own research. Also, Munich is amongst best places to live in Germany.

Positions are available for immediate start but no later than 01.01.2025 with ~58k to 74k EUR p.a. depending on qualifications and experience. Initial contracts are for 1.5 - 2 years. (Due to the nature of funding restrictions on the eligibility may apply.)

Requirements:

• Master's degree (or equivalent) or PhD in Mathematics, Cryptography, or Computer Science with excellent grades
• Solid knowledge and demonstrable experience in respective research area
• Post-doc candidates must have a strong track record (ideally with publications at IACR conferences and/or the top 4 security conferences) and good academic writing and presentation skills
• Experience with cryptographic implementations (desirable)
• Proficiency in English (essential) and German (desirable but not essential)

Applications (cover letter, CV, transcripts, references) can be sent by email.

The research group Applied Cyber Security Darmstadt (ACSD) at Darmstadt University of Applied Sciences (h_da) is currently seeking Ph.D. students for various exciting research opportunities. We are looking for motivated individuals interested in Automotive Security, Smart Energy Network Security, Offensive Security, Post-Quantum Cryptography (PQC), and Cryptographic Protocol Design. Our group is engaged in several ongoing and upcoming projects funded by prominent agencies such as the DFG (German Research Foundation), BMBF (Federal Ministry of Education and Research), and the state of Hesse. Among the positions are two PhD positions for a BMBF-funded project commencing in September, focused on cryptoagility and the integration of PQC in modern vehicles. This project addresses critical challenges in future-proofing automotive security against emerging quantum threats. If you are passionate about cutting-edge cyber security research and wish to contribute to the advancement of secure automotive technologies, we encourage you to apply.

Your profile:

• Master’s degree with very good grades in IT security, computer science, or a similar field
• Extensive knowledge in IT security and applied cryptography
• Proficient programming skills in Python, C/C++
• Knowledge in cryptographic protocols, post-quantum cryptography, automotive technologies, offensive security, or energy networks is beneficial (depending on the project)
• Experience and interest to engage in teaching
• Very good English skills, German skills are beneficial
• Motivated, reliable, creative, and able to work independently

Are you fascinated by the theoretical underpinnings of security that allow for protecting privacy in an ever more interconnected world? Are you willing to take on the challenge of upgrading cryptography to deal with the threat posed by quantum computation? Do you enjoy working in a team of young and motivated researchers? The TCS Group from the Informatics Institute of the University of Amsterdam is seeking a PhD student to carry out cutting-edge research in theoretical computer science, with an expected focus on code-based cryptography.

We are seeking two highly motivated and talented students to join our research group to pursue a Ph.D in the field of cryptography at School of Computer Science, University of Sydney. The student will work on cutting-edge research in topics such as

security and fairness in multi-party computation

distributed payment protocols

privacy-preserving blockchains and cryptocurrencies

Security and game-theoretic aspects in blockchains

and other topics in cryptographic theory and applications.

Qualifications:

An UG or Master’s degree in CS, Mathematics, Electrical Engineering, or a related field, with one year of research experience (For eg., research-based thesis).

Strong background in theoretical computer science, number theory, probability.

Proficiency in English, both written and spoken

Good communication and teamwork skills.

Optional skills:

Excellent programming skills and experience with cryptographic libraries is a plus.

Benefits:

Competitive salary and benefits package.

Work in a dynamic and international research environment.

Support for international collaborations and travel.

About University of Sydney:

The University of Sydney is one of the world's leading universities, known for its outstanding research and teaching excellence (ranked 18 in the world - QS rankings 2025 ). Our vibrant campus is located in the heart of Sydney (one of the top livable cities of the world), offering an exceptional environment for both academic and personal growth and the perfect work-life balance. The School of Computer Science is among the top ranked in the world ( ranked 22 in the world for CS - US news and world report 2024-25 ) constantly expanding year-on-year with strong faculty and students.

Application Process: Interested candidates should contact via email with

a detailed CV, including list of publications (if any)

Transcript, degree certificate

Contact of two references

https://aztec.network/

We’re creating a general-purpose private smart contract layer for Ethereum, affectionately dubbed ‘Aztec 3’.

We utilise bleeding-edge cryptography in our tech stack to realise private transactions on a public blockchain network, particularly in the realm of zero-knowledge cryptography.

As a result we possess a world-class R&D team that has co-authored the Plonk, Plookup and Zeromorph protocols. Plonk in particular is rapidly becoming an industry standard ZK-SNARK technology.

We are looking for experienced cryptographers to expand our R&D team and allow us to further enhance the state-of-the-art when it comes to generating proofs of private computation.

Role focus:

* Research techniques to improve both the constant and asymptotic performance of our cryptographic protocols

* Perform literature reviews to identify new developments that could improve the Prover/Verifier efficiency of our cryptographic protocols (or replace them entirely)

* Develop security proofs for our ZK-SNARK circuit architectures

* Liaise with our applied cryptographers to assist them with implementing our cryptographic protocols in software

Required experience:

* PhD-level qualification in cryptography or a related field

* Named author in one or more papers in the field of zero-knowledge cryptography

* Ability to read and understand software implementations of cryptographic protocols written in C++

* Familiarity with algorithms, data structures and basic programming concepts

* Able to provide clear and constructive feedback for more junior cryptographers / applied cryptographers, mentoring where necessary

What we offer:

* A highly competitive compensation package (including equity)

* Flexible and remote work environment

* 25 days holiday + bank holidays annually

* An opportunity to work at the cutting edge of blockchain and FinTech with a world class cryptography and engineering team

Full Time =nil; Foundation has been at the forefront of Ethereum scalability solutions since 2018. With a mission to overcome the Ethereum scalability challenge, the team has been working on cutting-edge products such as =nil;’s native Proof Market, zkLLVM, and Placeholder, combining advanced cryptography, zero-knowledge technology, and database management systems. Now we are looking for an experienced Cryptographer, who has an experience or a strong interest in developing zkProof systems. Responsibilities - Developing cryptography algorithms design including proof system design. - Design circuits for protocols’ state proofs for a proof system. - Academic writing. - Security analysis. - Research other solutions related to proof-system\circuits\other cryptography tasks. Qualifications - MS with major in Applied Math or equivalent experience. - Deep expertise in cryptographic algorithms and primitives. - Peer-reviewed publications in cryptography, distributed systems, proof systems. - Proven experience in ZK proof techniques (for example, Groth16, Plonk, STARKs, Marlin). - The language is English, so you’re supposed to be at least B2 level. As part of our hiring process, one of the key stages involves completing a test assignment. You can familiarize yourself with it by following this link https://nilfoundation.notion.site/Applicant-Challenge-Cryptography-Researcher-at-nil-Foundation-2dd2b4535ac14847a69ea46091b78442?pvs=74 Should you be interested, you are welcome to undertake this task and submit the link to your completed assignment along with your application. Alternatively, you may respond with your resume and opt to commence the assignment after engaging with our team. Benefits Apply to discuss your benefit package, including health insurance, language courses, relocation support or other care the company may provide.

We are seeking a highly motivated candidate for a PhD in Cybersecurity at the University of South-Eastern Norway (USN). The research focuses on enhancing the security and privacy of healthcare systems through the development of innovative, scalable solutions. The candidate will work on developing decentralized, secure, and privacy-preserving methods for health data sharing, protecting sensitive healthcare information from emerging cyber threats, and ensuring secure data sharing while safeguarding patient privacy.

Starting date: January 1, 2025 (or as earlier as possible)

Application deadline: October 7, 2024.

We offer:

• Fully funded PhD position for three years
• Competitive salary starting from NOK 532,200 per annum
• No teaching obligations, allowing full focus on research
• A stimulating research environment

How to Apply: For more information and to apply, please visit the official job posting at: https://www.jobbnorge.no/en/available-jobs/job/266271/phd-research-fellow-in-cybersecurity.

We have an Engineering consultancy position available at SandboxAQ [1]. We seek people interested in software development of research results in the areas of (post-quantum) cryptography or privacy. In particular, we are looking for a developer with experience in C/C++, Rust and/or Go, preferably with experience in cryptographic development or privacy enhancing technologies. The ideal candidate would also have experience with embedded systems, cryptographic protocols, Bazel, Docker, OCaml or GraphQL. Typical projects include but are not limited to: including/modifying cryptography in existing protocols (e.g. FIDO2) and ensuring the result is production grade, implementing cryptography in constrained environments or dedicated hardware, implementing advanced cryptographic primitives, etc. Learn more about what we’ve been doing so far by checking out our publications page [2]. The position is remote, but allows for travel to collaborate with team members. The position is available as part-time (minimum 20 hours week) or full-time. If you are interested please contact nina.bindel@sandboxaq.com (including your CV). We are committed to creating an inclusive culture where we have zero tolerance for discrimination. [1] www.sandboxaq.com [2] pub.sandboxaq.com

Are you interested in devising private-enhancing technologies and cryptographic protocols?

Privacy-enhancing technologies (PETs), such as Secure Multi-party Computation (MPC) and Federated Learning (FL) allow parties to collaboratively analyze a collection of data partitions where each data partition is contributed by a different party (such as banks, or law enforcement agencies).

Two facts about most PETs exist: (i) often the output of PETs reveals some information about the parties’ private input sets (i.e., the computation result in FL or MPC), and (ii) various variants of PETs do not output the result to all parties, even in those PETs that do, not all of the parties are necessarily interested in it. Given these facts, a natural question arises: How can we incentivize parties that do not receive the result or do not express interest in it to participate in PETs?

This project aims to develop new PETs that incentivize participants to share their sensitive data by fairly rewarding them. Additionally, the project aims to ensure these PETs remain secure even when adversaries compromise some parties. The Secure and Resilient Systems research group (and possibly Edge AI Hub) will host the successful candidate at the Urban Science Building, Newcastle University.

Eligibility Criteria:

The studentship covers fees at the UK rate. International applicants are welcome to apply but will be required to cover the difference between UK and International fees.

Candidate must have a strong background in math and computer programming (e.g., C++, Python, or Java).

You must have, or expect to gain, a minimum 2:1 Honours degree or international equivalent in computer science, cybersecurity, mathematics, or software engineering.

Further Information: For more information and instructions on how to apply take a look at this webpage:

https://shorturl.at/PGX3Z

The Center for Security and Privacy at the School of Computer Science of the University of Birmingham has an open PhD position in post-quantum cryptography. The supervision will be shared by Rishiraj Bhattacharyya and Christophe Petit. We invite applications from candidates with interests in Cryptography and Computer Algebra. The ideal candidate will have a strong background in Mathematics, Computer Science, Physics or a related area.

The primary research theme for the call is in the foundations and cryptanalysis of post-quantum cryptosystems. The exact projects could be tailored to match the candidate's background and interests.

The review of applications will start immediately and the call remains open until September 2024. For more information, please reach out to Rishiraj (r.bhattacharyya@bham.ac.uk) and Christophe (c.petit.1@bham.ac.uk).

My research group at the Department of Electrical and Computer Engineering (ECE) at the University at Albany, SUNY, is hiring Ph.D. students on the Security of AI Hardware. Responsibilities: We are seeking students who are passionate about research, motivated to explore new ideas, and willing to work in a team environment. You will be expected to work diligently, communicate your results in writing, and publish research papers in top conferences/journals in the field of hardware security. Qualifications: A strong background in one or more of the following topics is required: linear algebra, probability theory, cryptography, or digital hardware design. Prior experience with Verilog hardware description language (HDL), electronic design automation (EDA) tools for application-specific integrated circuit (ASIC) design, or/and field programmable gate arrays (FPGAs) is preferred. The candidate is expected to have excellent verbal and written communication skills. If you're interested, please reach out to me (spotluri@albany.edu) with your resume and transcripts.

A postdoctoral position is open in the Computer Science Department at Sapienza University of Rome, in Italy, hosted by Prof. Daniele Venturi.

The position involves performing research in theoretical and applied cryptography, particularly on public-key cryptography and secure multi-party computation. The successful candidate will start as soon as possible, and in any case not later than December 2024.

The position is offered for 1 year and can be extended contingent upon funding and satisfactory performance. The salary is competitive with similar positions at top institutions in Europe.

Applicants should ideally have a strong background in provable security, and are expected to be highly motivated and mathematically mature. Applications should be sent by email at venturi@di.uniroma1.it and must include: (i) a CV with a list of publications, (ii) a short research statement, (iii) names and contact information of 2-3 potential references.

Xiamen University Malaysia is now seeking highly motivated, committed and qualified individuals for academic teaching positions in computer science and cyber security.

Candidates in computer science and cyber security are welcome to apply. The ideal candidate is expected to be able to support general computing subjects, as well as cyber security specialization subjects. Applicants must possess a PhD degree in a related discipline.

Applicants with specific teaching and research interests in TWO OR MORE of the following areas are encouraged to apply:

• Digital Forensics and Investigation
• Network Traffic Monitoring and Analysis
• Advanced Network Attack and Defence Technology
• Malware Analysis
• Cryptanalysis
• Biometrics
• Blockchain Technology

HOW TO APPLY
Applicants are invited to submit a digital application packet to: recruit_academic@xmu.edu.my and iftekhar.salam@xmu.edu.my

The subject line of your email must include: your name, relevant academic discipline, and the specific position for which you are applying for. All application packets must include the following attachments:

1. Your detailed and current CV with publication (*Asterisk to indicate corresponding author, include Indexing & Quartile);
2. Cover letter;
3. List of courses from the above that the candidate can support;
4. Evidence of academic qualifications (Bachelor, Master & PhD Certificate; Bachelor, Master & PhD Transcripts and Professional Certificates);
5. 3-5 Full-Text publications (if applicable);
6. Teaching evaluation (if applicable);
7. Two academic references (at least one of them is the applicant’s current/most recent employer).

The positions will remain open until filled, but priority will be given to applications received by 23rd May 2024.

A postdoctoral position is open in the faculty of engineering at Bar-Ilan University, hosted by Prof. Carmit Hazay and Prof. Ran Gelles.

The position involves performing theoretical research in cryptography, particularly on secure computation over unreliable channels and networks where the adversary controls the communication channels.

The position is offered for 1 year and can be extended by an additional year contingent upon funding and satisfactory performance.

Applicants should ideally have a background in information-theoretic secure computation as well as a general background in cryptography. Knowledge of coding theory and information theory is an advantage. Candidates are expected to be highly motivated and mathematically capable.

Applications should include
(1) a CV including a list of publications,
(2) a short research statement,
(3) names and contact information of 2-3 potential references.

We are looking for one PhD student who will work on cryptography and privacy-preserving machine learning. The position is a fully funded PhD position. The candidate must hold a Master's degree in Computer Science, Electrical and Computer Engineering, or a related area, and a have a strong background in mathematics and cryptography and good programming skills. The application materials should contain a curriculum vitae, a research statement, transcripts of Bachelor's and Master's, and the name and contact information of two references. The starting date is September 2024 or January 2025, but applications will be accepted until the position is filled.

Quantstamp is looking for an applied cryptographer. Quantstamp often deals with a wide range of cryptographic problems, including reviewing implementations and tackling new theoretical problems using cryptography. For example, Quantstamp regularly receives requests to review code bases which either invoke or implement (custom) cryptography, as part of an audit.

Requirments

Mastery of at least one zk-SNARK/zk-STARK proof system, or a strong enough technical background to understand one (and this should have some direct connection to cryptography)

Strong ability to code and develop software. You should have experience with at least one major language, like Python, Java, or C; the exact language is not too important. You should be familiar with versioning software (specifically, GitHub), testing, and a familiarity with algorithms and data structures.

Ability to read and interpret academic papers

Ability to communicate ideas

Partial availability (2-6h) during EST work hours

Familiarity with existing ZK Rollup designs and multiple ZK proof systems

Knowledge of software development in Solidity, including testing and various development frameworks like Hardhat

Familiarity with blockchain ecosystems, particularly Ethereum

Familiarity with Circom for writing zero knowledge circuits

Monash cybersecurity group has an opening for a PhD position. The topic of interest is Lattice-Based Privacy Enhancing Technologies (such as advanced forms of cryptographic tools and zero-knowledge proofs). We provide

1. highly competitive scholarships to cover tuition fees, health insurance and living expenses (as stipend),
2. opportunities to collaborate with leading academic and industry experts in the related areas,
3. opportunities to participate in international grant-funded projects,
4. collaborative and friendly research environment,
5. an opportunity to live/study in one of the most liveable and safest cities in the world.

The position will be filled as soon as suitable candidates are found.

Requirements. A strong mathematical and cryptography background is required. Some knowledge/experience in coding (for example, Python, C/C++, SageMath) is a plus. Candidates must have completed (or be about to complete within the next 8 months) a significant research component either as part of their undergraduate (honours) degree or masters degree. They should have excellent English verbal and written communication skills.

How to apply. please first refer to mfesgin.github.io/supervision/ for more information. Then, please fill out the following form (also clickable from the advertisement title): https://docs.google.com/forms/d/e/1FAIpQLScOvp0w397TQMTjTa6T7TKqri703Z-c3en0aS654w6nl4_EFg/viewform

We have several open PhD internship positions in Bell Labs (Belgium) for PhD students or Postdocs.

At Bell Labs, the research arm of Nokia, we are currently designing and building systems that offer (1) computational integrity, (2) confidentiality, and (3) low-latency operations.

Internship Details:

As an intern in our lab, you'll have the opportunity to contribute to applied research in one of these areas, including:

Zero-Knowledge Proofs: Dive into topics like SNARKs, STARKs, and MPC-in-the-Head to enhance computational integrity. Computing on Encrypted Data: Explore homomorphic encryption (FHE) and secure multiparty computation (MPC) to address confidentiality challenges.
Acceleration: Investigate optimized implementations, software architecture, novel ZKP/FHE/MPC circuits, systems and friendly primitives.

Any other relevant subjects in this area are also welcome, such as zkML, FHE+ML, verifiable FHE, applications of MPC, and beyond.


Candidate Profile:

• You are currently doing a PhD or PostDoc
• Some familiarity with one of the areas: FHE, MPC or ZKP
• Both applied and theoretical researchers are welcome

What we offer:

• Fully funded internship with benefits (based on Belgian income standards)
• Internship any time from now until the end of 2024
• Possibility to visit local university crypto groups (e.g. COSIC KU Leuven)
• A wonderful desk with a view of the Zoo of Antwerp (elephants and bisons visible)
• Having access to the best beers and chocolates in the world

At the Department of Software Systems and Cybersecurity (SSC) at Monash, we have several openings for PhD positions. The topics of interest are post-quantum cryptography (based on lattices and/or hash), their applications, and their secure and efficient software and hardware implementations.

• Amongst the benefits:
  • We provide highly competitive scholarships opportunities to collaborate with leading academic and industry experts in the above-mentioned areas.
  • There will be opportunities to participate in (inter)nationally funded projects.
  • We have a highly collaborative and friendly research environment.
  • You will have an opportunity to live/study in one of the most liveable and safest cities in the world.

The positions will be filled as soon as suitable candidates are found.

• Entry requirements include:
  • Some mathematical and cryptography backgrounds.
  • Some knowledge/experience in coding (for example, Python, C/C++, and/or SageMath) is a plus.
  • Must have completed (or be about to complete within the next 6 months) a significant research component either as part of their undergraduate (honours) degree or masters degree.
  • Should have excellent verbal and written communication skills in English.

How to apply. Please fill out the following form (also clickable from the advertisement title): https://docs.google.com/forms/d/e/1FAIpQLSetFZLvDNug5SzzE-iH97P9TGzFGkZB-ly_EBGOrAYe3zUYBw/viewform?usp=sf_link