Meta PhD Fellowship 2024

Meta PhD Fellowship
Deadline
2023-09-20
Fund type
Fully Funded
Type
Fellowship
Country
USA

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Are you an aspiring scholar seeking the golden opportunity to delve into advanced research while enjoying financial support? Look no further! The Meta PhD Fellowship is your gateway to a world of academic exploration and innovation. In this article, we will take you through everything you need to know about the Meta PhD Fellowship, from its benefits and application process to the impact it can have on your academic career.

Introduction:

Meta PhD Fellowship (Overview)

The Meta Research PhD Fellowship initiative welcomes applications from students at any stage of their doctoral studies. We strongly encourage individuals from a variety of backgrounds and life experiences to submit their applications, particularly those belonging to historically marginalized minority groups. The assessment of applications will consider the quality of the student's research statement, the influence of their research, and the content of their letters of recommendation, and You can read also: Khalifa University Scholarship for International Students 2024

What is the Meta PhD Fellowship?

The Meta PhD Fellowship stands as a prestigious and transformative opportunity for exceptional individuals aiming to pursue their doctoral studies in a variety of fields. This fellowship is offered by the Meta Foundation, an organization dedicated to fostering groundbreaking research and nurturing the next generation of scholars. If you have a burning passion for research and a desire to make a lasting impact on your chosen field, the Meta PhD Fellowship is tailor-made for you.

Benefits of the Meta PhD Fellowship

Embarking on a Meta PhD Fellowship journey comes with a plethora of benefits. Not only does it provide financial support throughout your doctoral studies, but it also opens doors to exclusive resources, mentorship, and a global network of like-minded scholars. Imagine having the freedom to focus entirely on your research, unburdened by financial concerns, while being part of a community that celebrates intellectual curiosity.

Application Process: How to Secure the Fellowship

Securing the Meta PhD Fellowship requires a meticulously crafted application. This typically involves submitting your academic transcripts, letters of recommendation, a research proposal, and a personal statement outlining your research interests and aspirations. The selection process is rigorous, reflecting the foundation's commitment to identifying candidates with the potential to redefine their respective fields.

The Fellowship Experience: A Glimpse into Advanced Research

Once you become a Meta Fellow, a world of transformative research opportunities opens up. You will have access to cutting-edge laboratories, state-of-the-art facilities, and a supportive academic environment that encourages interdisciplinary collaboration. This experience is not just about conducting research; it's about pushing the boundaries of human knowledge.

Transformative Research Areas

The Meta Foundation covers a wide array of research areas, ranging from life sciences and technology to social sciences and the arts. Whether you're passionate about unraveling the mysteries of the cosmos or addressing pressing societal challenges, there's a place for you within the Meta Fellowship community.

Funding and Stipend: Fueling Your Academic Pursuits

One of the most significant advantages of the Meta PhD Fellowship is the financial support it provides. Fellows receive a competitive stipend that enables them to focus entirely on their research, unburdened by financial constraints. This financial freedom is a catalyst for innovation, allowing you to dedicate your time and energy to pushing the boundaries of your field.

Collaborative Network: Connecting with Fellow Scholars

As a Meta Fellow, you're not just an individual researcher; you're part of a dynamic and diverse community. Regular seminars, workshops, and conferences provide ample opportunities to connect with fellow scholars, exchange ideas, and embark on interdisciplinary collaborations that can lead to groundbreaking discoveries.

Alumni Success Stories: Realizing the Potential

The impact of the Meta PhD Fellowship extends far beyond the years of doctoral study. Many Meta Fellows have gone on to become trailblazers in their fields, making significant contributions that shape industries, policies, and societies. These success stories are a testament to the transformative power of the Meta Fellowship.

How the Meta PhD Fellowship Impacts Your Career

Earning the title of a Meta Fellow can open doors to unparalleled career opportunities. Whether you choose to pursue a tenure-track academic position, contribute to industry innovation, or drive policy changes, the recognition and prestige associated with the fellowship can give you a competitive edge in your chosen path.

Insights from Current Fellows: A Peek into Their Journey

We had the privilege of speaking with current Meta Fellows, and their stories are nothing short of inspiring. From unraveling the complexities of neural networks to devising sustainable urban planning solutions, these scholars are at the forefront of their fields. Their journey demonstrates that the Meta Fellowship is not just about financial support; it's about being part of a transformative community.

Mentorship and Guidance: Nurturing Brilliance

Guidance from experienced mentors can be invaluable on your research journey. The Meta Fellowship pairs each fellow with mentors who are established experts in their respective domains. This mentorship ensures that you receive the support and insights needed to navigate the challenges of advanced research.

Details:

Scholarship Field: PhD

Study Duration: 2 years

Funding: Fully funded Official Scholarship

Name: Meta Research PhD Fellowship Funding

Institution: Meta/ Facebook

Study Location: United States

Targeted Countries: Egypt, United Arab Emirates, Bahrain, Djibouti, Algeria, Iraq, Jordan, Comoros, Kuwait, Lebanon, Libya, Morocco, Mauritania, Oman, Palestine, Qatar, Saudi Arabia, Sudan, Somalia, Syria, Tunisia, Yemen, All countries worldwide.

Benefits:

  • Fellowship will receive two years of paid tuition and fees, a $42,000 annual stipend to cover living and conference travel costs and a paid visit to Meta headquarters for the annual Fellowship Summit.
  • various opportunities to engage with meta-researchers.

Eligibility Criteria:

  1. A PhD student at a recognized university.
  2. Your research area should be related to computer science or engineering in a point related to Meta.

Requirements:

  1. Curriculum Vitae (CV) - (No specific page limit).
  2. Research Statement: Consisting of 500 words or fewer, it should elucidate the research point, its significance, and applicability with Meta.
  3. Two recommendation letters are required, with at least one from a university professor.

How to Apply:

You can apply directly from the link below. 

Notes:

  1. Cutting-edge Battery Research for AR/VR Applications We are keen on engaging students who are exploring novel battery geometries and cell architectures for AR/VR applications. This includes research into flexible and stretchable batteries, along with diagnostic techniques to assess battery degradation such as plating, internal shorts, and manufacturing defects. Moreover, we are interested in projects focused on improving battery management systems, including protection, gauging, and charging for small capacity batteries. We encourage studies aimed at enhancing battery performance, minimizing degradation, and delving into the potential of Li-metal batteries, solid-state batteries, and silicon anodes. We are open to innovative proposals within the realm of consumer electronics batteries.
  2. Wireless Technologies for the Future of AR/VR Our interest lies in supporting students dedicated to pioneering Antenna, RF, and Wireless Communication technologies for the next generation of AR/VR. Areas of exploration encompass Transparent Antennas, Millimeter-wave Antennas, Metamaterials, and Millimeter-Wave Integrated Circuits and Systems. Furthermore, we encourage studies on topics such as RF Coexistence, Wireless Energy, Wireless Sensing, MIMO, 5G and Beyond, and Wireless Architecture. Applicants with a strong research background and a self-driven attitude are encouraged to apply.
  3. Shaping Technology Policy for a Democratic Future We are looking to back PhD students engaged in technology policy research. We value critical thinking about policies that will shape technology's long-term impact on society. Research inquiries might involve the collaboration between governments, technology developers, and academia to promote democratic technological advancements. This extends to research into open Internet principles, privacy-enhancing technologies, and technology's societal impact. Interdisciplinary perspectives from fields such as social sciences, science and technology studies, history, and humanities are welcome.
  4. Understanding the Social Impact of Social Media through HCI We aim to support PhD students pursuing research in Human-Computer Interaction (HCI), social computing, or related domains, with a focus on the influence of social media on society and individuals. Key areas include the study of well-being, equity, civic engagement, and health outcomes. Methodologies can encompass qualitative (ethnographic, interview) and quantitative (survey, computational) approaches, with an emphasis on marginalized groups or non-Western markets.
  5. Advancing HCI in the Realm of AR/VR We're interested in endorsing PhD students specializing in Human-Computer Interaction (HCI) who have established research tracks in areas like intelligent and adaptive interfaces, sensing, and interaction design. While not exclusive, we're especially enthusiastic about candidates whose research addresses significant HCI challenges in AR/VR. We seek to foster diverse talent in the realm of HCI.
  6. Elevating Human Understanding in AR/VR We are excited about supporting students focused on advancing human understanding in the context of AR/VR. This encompasses areas such as human and object tracking, action and gesture recognition, non-rigid fusion and reconstruction methods, image synthesis, and novel input techniques. Research into efficient ML techniques for AR/VR devices is also of interest.
  7. Co-Designing AI Systems for High-Performance We encourage applications from students engaged in high-performance software and hardware research for AI at datacenter scale. We're particularly interested in the convergence of algorithms, benchmarking, and distributed systems for efficient and effective AI implementation. Special attention is given to software-hardware co-design for distributed inference and training, especially in the realm of low precision and quantized models.
  8. Advancing Real-Time Rendering for AR/VR Graphics We're eager to support students driving advancements in real-time rendering and computer graphics for augmented and virtual reality. Our interest spans topics like ray tracing hardware, neural rendering, compression, geometry processing, perceptual rendering, avatars, and rendering complexity reduction.
  9. Innovations in Database Systems We're open to applications from students exploring novel approaches to data systems architecture and usage. This includes enhancing efficiency and reliability of data processing, optimizing database software interaction with hardware, novel query processing techniques, and innovative privacy and security strategies.
  10. Exploring the Horizons of Distributed Systems We're seeking students working on diverse aspects of distributed systems, encompassing fault tolerance, system management, performance, security, and more.
  11. Promoting Privacy through Data Practices We invite students studying people's digital privacy experiences, aiming to enhance privacy through improved data practices, transparency, education, and controls, especially in social media and messaging contexts.
  12. Advancing Networking Infrastructures We're interested in students researching scalable, reliable, and secure wired network infrastructure, spanning AI/Machine Learning, data centers, wide area networks, and Internet peering. This covers networking stack layers, hardware design, distributed systems, and applications of optimization and machine learning.
  13. Design and Implementation of Programming Languages Applications are encouraged from students exploring programming languages and related tools, including program synthesis, type systems, static analysis, optimization, and support for concurrency, privacy, and probabilistic programming.
  14. Revolutionizing Audio Technologies for AR/VR We're keen to support students working on speech and audio processing in challenging scenarios for human communication, including sound perception, speech enhancement, auditory scene analysis, and sentiment analysis.
  15. Pushing the Boundaries of Sound Capture and Rendering We're interested in students researching sound capture and rendering systems, encompassing virtual audio, spatial audio, acoustic event detection, HRTF personalization, and optimizing user experience in virtual contexts.
  16. Advancing Applied Statistics and Modeling We're seeking students advancing statistics and modeling, including models for bias correction, uncertainty quantification, graph representation learning, data collection, and network science.
  17. Exploring Social Sciences through Computational Approaches We're excited about students merging computational approaches with social science research, covering online communities, information diffusion, social vulnerability, equity, economic mobility, and more.
  18. Merging Economics and Computation We welcome students passionate about game theory, optimization, and econometrics applications in digital technologies, addressing ad auction design, mechanism design, optimization, and the intersection of econometrics and machine learning.
  19. Pioneering Security and Privacy-Enhancing Technologies We're interested in students with expertise in privacy-enhancing technologies, tackling topics like federated learning, differential privacy, trusted execution, and multi-party computation to enhance utility while addressing consumer privacy needs.
  20. Exploring the Impact of Future AR/VR Technologies We aim to support students researching the integration of emerging AR/VR technologies into daily life, considering areas like individual wellness, workplaces, and diversity and inclusion. A diverse range of disciplinary backgrounds is welcome.
  21. Harnessing Photonics and Optics for AR/VR We're looking to engage innovative students who can make strides in optical physics, computational optimization, and material science. Research areas span source development, optical materials, diffractive optics, metasurfaces, and machine learning algorithm development.

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