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AI Research

Conduct authentic AI research under expert mentorship. Develop your own techniques and publish your results in a research paper.

Improve state-of-the-art performance of large language models like GPT-4.

We are embarking on an ambitious goal of advancing the frontiers of large language model capabilities, rigorously evaluating their performance against industry-standard benchmarks. Leveraging open source LLMs such as Meta's Llama 2, our program is uniquely positioned to contribute to this cutting-edge field of research.

Fall 2023 Research Highlights

*Our NAACL submissions are not displayed here, as they are in the anonymity period. The works displayed here are still in progress and will be submitted to another *ACL conference. Authors listed in alphabetical order.

(New) NeurIPS 2024

In April 2024, NeurIPS, the most prominent AI conference in the world, announced their inaugural high-school conference due at the end of June. 

Our NeurIPS Track

  • Program Dates: May 12 - June 30.

    • Lectures on Sundays 1-2:30 pm PT

    • Two 20-30 minute check-ins per week on Tu/Th

  • AI for Social Impact: Aligning with the conference scope, our projects will focus on AI for social impact. Unlike our usual program, it will not be necessarily LLM-specific.

  • Learn AI fundamentals and publish a paper: Gain a foundation in AI/ML skills and conduct scientific research to be submitted to NeurIPS.

Program Overview


Research Experience: Immerse yourself in the process of real-world AI research by delving into literature review, formulating hypotheses, running experiments, communicating your results in a research publication, and submitting research to conferences.

Academic Contribution: Engage with the rapidly growing field of large language models by developing techniques that have the potential to make an actual impact.


Weekly Structure: The program has two weekly meetings, with optional office hours available. We expect you to dedicate 5-10 hours per week in total, with flexibility for further exploration.

Weekend Instructor Lecture (1.5 hours): Learn LLM and ML fundamentals and review relevant literature for research inspiration.

Mid-week Progress Update (20 minutes, scheduled by group): Share your weekly progress with your mentor and explore research directions.

Office Hours and Slack: Receive support from mentors throughout the week if you run into roadblocks debugging, want to bounce ideas, or deep dive into technical topics.


Hands-on Mentorship: Work in a close-knit team of 3-4, guided by a dedicated mentor who collaborates intimately with the team to facilitate progress and engages individually to enhance learning.

Streamlined Pedagogy: The program is tailored to allow you to engage in real AI research without prior research experience or AI expertise. We provide pre-structured code frameworks to minimize technical hurdles, and lessons on LLM fundamentals and meta-level research skills to ensure a solid foundation for all students.


Class Format: Meetings are fully online and held over Zoom.

Program Dates (times listed in Pacific Time):

(New) NeurIPS Track: May 12 - Jun 30. Lecture time: Sundays 1-2:30 pm PT

Summer A: Jun 1 - Aug 17. Lecture time: Saturdays 10-11:30 am PT

Summer B: Jun 23 - Sep 8. Lecture time: Sundays 10-11:30 am PT

Application Deadline: Admissions for all cohorts are currently on a rolling basis and will close as spaces fill. Summer A is almost at full capacity.

Program Fee: The total cost of the program is $1725 (~$60 per instructional hour). We are priced at a fraction of other research programs; unlike many research programs, we are genuinely committed to accessibility and an authentic AI research experience.


Scholarships: Need-based scholarships and a limited number of merit-based scholarships are available.

Words from our Fall 2023 Research Alumni

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Michael Naeim, Grade 12, Miami College Language High School

"I am thrilled to share my experience with the Algoverse research program. The lectures were exceptionally well-crafted, providing invaluable insights. The support I received throughout the program was nothing short of amazing. In comparison to other research programs, Algoverse stands out as I found myself learning a lot from lectures to office hours and weekly meetings. Embarking on a research project focused on BERT was a daunting task for me and my team, but the unwavering support from the program made it achievable. The mentors were not just knowledgeable, but also perfect in their guidance. Their friendliness and constant support made the learning journey truly enjoyable. One aspect that truly impressed me was the clarity of the plan provided and the abundance of resources at our disposal. The program's commitment to following up with teams and fostering a sense of community was outstanding. I not only gained valuable knowledge but also forged connections with like-minded individuals, creating a network of friends who share my interests. Above all, the mentors were the highlight of the program for me. Their daily support was instrumental in my success. I am grateful for the experience, the community, and the exceptional guidance I received from the Algoverse research program. Definitely, I am going to recommend this program to anyone who is both excited to learn about machine learning from amazing mentors and have a goal to publish his paper at a huge conference like NAACL but also interested in having fun and friendly experience. I would say mentors and the team you will have is the best part in the program. Support that you will get from the mentors and how much time they dedicate to helping you is definitely amazing."

Our Research Team

We are a dedicated team of graduate student researchers from leading AI universities and AI researchers in the industry, with an extensive background in teaching.


Sean O'Brien

AI Research Director

AI Research at UCSD | Former AI Resident at Meta | Berkeley AI Research

Sean conducts research on large language models like GPT-4 as a PhD researcher at UCSD. While an AI resident at Meta, he researched language model decoding methods and co-authored Shepherd, a small language model that generates critiques matching the quality of ChatGPT. Previously, at Berkeley AI Research (BAIR), he specialized in transformer architectures for strategy learning. Sean was also a 7-time GSI at Berkeley, teaching introductory programming, discrete mathematics, and upper-division machine learning, while triple majoring in EECS, math, and cognitive science.

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Kevin Zhu

Program Director

Former UC Berkeley Instructor | Software Engineer at Palantir | Quant at Citadel

Kevin taught 3000+ Berkeley students during his tenure as a lecturer for CS198-112 and 5-time Head GSI, specializing in upper-division algorithms. He has also taken software engineering roles at Palantir and various startups, and ML research roles at Citadel, Goldman Sachs, and Berkeley RISE Lab, where he applied traditional machine learning techniques to the stock market and researched techniques for improving convolutional neural network inference efficiency. Kevin now serves as the lead director for the Algoverse programs, as well as an instructor.


Andy Chung

AI Research Director

AI Research at UMich | Former Software Engineer at Amazon

Andy Chung conducts research on large language models as a PhD researcher at the University of Michigan. His research focuses on leveraging large language models to build autonomous agents. Previously, he worked as a software engineer at Amazon. As the tech lead of Amazon Made for You, featured on TechCrunch, Vogue, CNBC, and other major news outlets, he designed the machine learning architecture and implemented the infrastructure needed to deploy the model at scale in a production environment. Andy received his bachelor’s degree in Computer Science from Georgia Tech.


Kevin Han

Research Mentor

AI Research at CMU | Lawrence National Berkeley Laboratory

Kevin is a PhD student researcher at Carnegie Mellon University studying AI for materials and drug discovery. He did his undergraduate at UC Berkeley in majoring in CS and was Head GSI for CS61A, Berkeley's 2000 student intro course, creating LLM-based infrastructure. He has previously researched at Lawrence Berkeley National Laboratory for 2 years and interned on the AI team at JP Morgan Commercial Bank for a summer.

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Thomas Lu

Research Mentor

AI Research at CMU | Former AI Research at Tiktok | Berkeley AI Research

Thomas conducts AI research at Carnegie Mellon University as a Master's student in machine learning. He is a co-author of "Learned Incremental Representations for Parsing", which earned the highest distinction of Best Paper at ACL 2022, the premier NLP conference (reference). He has previously researched at Berkeley AI Research, MDI, and Tiktok. Thomas completed his bachelor's at UC Berkeley, triple majoring in CS, data science, and linguistics with a 4.0 GPA.


Michael Lam

Research Mentor

Research Engineer at aiXplain | Former AI Research at Berkeley

Michael is an AI/ML research engineer at aiXplain and holds his Masters and Bachelors degrees from Berkeley. He was one of seven Berkeley recipients of the highly selective Siebel Scholarship for his research modeling cancer populations using generalized Lotka-Volterra equations. Michael has extensive research experience applying machine learning to medical domains and has also served on the course staff for Berkeley's algorithms course.

Applications for Spring and Summer 2024 are now open.

  • Why choose Algoverse over other programs?
    Our program uniquely enriches your project portfolio and develops your skills due to the superior mentorship from our instructors. We are genuinely invested in your success and will go the extra mile. Our mentors are not just alumni at top colleges; we are seasoned educators who have delivered a world-class computer science education at UC Berkeley and Stanford. We are committed to pedagogy, and have designed our curriculum for intuitive learning and real-world results. For program-specific details, check the respective FAQ sections.
  • What is the time commitment for these programs?
    Bootcamps (Spring & Fall): Weekly: 2 hours of live sessions. Optional: Additional exercises / projects available each week, manageable according to your schedule. Bootcamps (Summer): Daily (Mon-Thurs): 2 hours of live sessions. Optional: Additional exercises / projects available each week, manageable according to your schedule. AI Research Program: Weekly: 2 hours of live research group meetings. Independent Work: Recommended 3-7 hours per week, adjustable based on your pace and availability for deeper research engagement. We've designed our programs to fit into a student's busy life, ensuring that you can gain a comprehensive learning experience with or without the optional homework.
  • I'm not sure which program to enroll in, can you help me decide?
    Absolutely! Each of our programs is meticulously crafted to deliver a high-quality, real-world learning experience. Regardless of your choice, you'll gain valuable skills that benefit your future and academic goals. The best program for you aligns with your interests and ambitions. Feel free to reach out for a personalized discussion on your goals and how our programs align with them. Our team is here to provide insights and guide you on the path to success in competitive college admissions or specific career trajectories. If you're new to coding, our Python Bootcamp is ideal for building a solid foundation, while our AI Fundamentals Bootcamp delves deeper into artificial intelligence. Considering multiple programs? Enroll in more than one and receive a courtesy discount, detailed in the next FAQ question. Many of our students enroll in several programs across several semesters, progressively enhancing their skills and portfolios each semester.
  • Can I enroll in multiple bootcamps or programs simultaneously?
    Yes, as long as their schedules do not overlap. Additionally, for those committed to expanding their learning with us, we offer a courtesy discount for multiple enrollments within 24 hours: Enroll in two programs: Receive a 50% discount on the second program. Enroll in three programs: Receive a 90% discount on the third program. Our system automatically applies these discounts when billing begins - no additional action is required on your end.
  • Can international students enroll in the program?
    Yes! We have students from every continent except Antarctica. Historically, our international students have mentioned that they found great value in our college and career advice in addition to our programs.
  • Can middle schoolers enroll in these programs?
    Yes, our bootcamps are open to ambitious middle schoolers. Middle school is a perfect time to start coding or develop coding skills further! However, our research program is primarily for high school or college students.
  • Will I get a certificate for completing the program?
    Yes, upon program completion, you'll be awarded with a Certificate of Completion, celebrating the mastery of your new skills. More than just a certificate, you'll emerge with a robust portfolio of projects or a substantive research paper, depending on your chosen program, to demonstrate your hands-on experience and accomplishments to potential colleges and employers.
  • How can I keep track of my student’s progress as a parent?
    As a parent, you can easily track your student's progress. Completed projects are stored on Github, accessible via your web browser. You may opt in for regular progress updates through a dedicated document, emailed to you roughly once per month for the Spring program, or once per week for the Summer program. Also, feel free to contact us anytime by email or text; some parents appreciate periodic check-ins via text for ongoing updates.
  • I have a schedule conflict (e.g traveling, exams) for a few of the program dates. Can I still enroll in the program?
    Yes, no worries - all classes are recorded. We will send you the materials for those days so you can study them on your own time and not miss out on any of the content. You can also email our instructors any questions you may have on the content. Please let us know in advance if possible and we can work with you to keep you up to speed.
  • Do I need a certain type of computer?
    Any computer should be fine, as long as it has stable internet connection. There is no need for a certain operating system or GPU. For our AI programs, we use third-party compute resources (i.e Google Colab) that you can access on your browser.
  • How likely is it that I get off the waitlist?
    It will depend on what position you are on the waitlist and some other factors, but feel free to contact us for more information on your specific situation!
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