Ignite@Michigan
2026 AI Research Program for High Schoolers
(Ann Arbor, MI)
More than a Camp. More than a Class. Real Research.
| Dates | June 29 – July 10, 2026 |
|---|---|
| Location | University of Michigan, Ann Arbor (on-campus residential housing and meals included) |
| Duration | 2 weeks (13 days) |
| Webinars |
1) Jan 20, Tue @ 10:00am ET — Register Here 2) Jan 20, Tue @ 09:30pm ET — Register Here 3) Feb 10, Tue @ 10:00am ET — Register Here 4) Feb 10, Tue @ 09:30pm ET — Register Here |
| Mentors | Full Professors of the University of Michigan System & principal investigators of active, externally funded research |
| Who (Candidates) | Rising Juniors & Seniors (11 & 12th grades), Exceptional Freshman and Sophomores (9 and 10th grades) may also qualify. |
| Research Thrusts | (1) AI & Machine Learning for Cybersecurity (2) Mathematical Foundations of Machine Learning |
| Program Fee | $7,990 |
| Safety | Regular supervision by trained staff |
| Outcomes |
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Space is strictly limited. Apply by March 2 for merit and need-based partial scholarships considerations.
Many summer programs focus on coursework, projects, or demonstrations. Ignite@Michigan is 
This emphasis on research thinking, rather than memorization or pre-packaged projects, is what prepares students for advanced academic work in college and beyond.
Ignite@Michigan is led by University of Michigan faculty with decades of experience in researc
- Published extensively in peer-reviewed venues
- Mentored hundreds of undergraduate researchers
- Guided elite high school students who later matriculated to top universities worldwide
Students are not taught by rotating instructors or short-term facilitators. They receive consistent, individualized mentorship from professors who understand both the rigor of academia and the developmental needs of high school students.
Rather than trying to cover everything, Ignite@Michigan concentrates on two carefully chosen themes that are both intellectually deep and highly relevant:
- AI & Machine Learning for Cybersecurity : exploring how data-driven methods are used to understand and mitigate real-world digital threats
- Mathematical Foundations of Machine Learning: focusing on the theory and structure that explain why modern learning algorithms work
This focused approach allows students to engage more deeply, ask better questions, and develop more thoughtful research proposals.
Ignite@Michigan is fully in-person and residential, hosted on the University of Michigan’s Ann Arbor campus. Students live in dorms, eat in dining halls, study in libraries, attend lectures in classrooms, and navigate daily life on a major university campus.
This immersive environment offers more than convenience; it provides students with a realistic preview of college-level expectations, independence, time management, and collaboration in a structured and supervised setting.
Admissions officers value authenticity
- A substantive research experience students can clearly explain
- A well-developed research proposal or extended academic draft
- Evidence of intellectual curiosity, initiative, and academic maturity
These are exactly the qualities colleges look for; and they are best demonstrated through experiences that are real, rigorous, and reflective.
Ignite@Michigan intentionally keeps its cohort small and selective. This ensures:
- High mentor-to-student interaction
- Meaningful feedback on each student’s work
- A collaborative peer group of equally motivated students
Students are not lost in a crowd. Their voices are heard, their ideas are challenged constructively, and their growth is closely supported.
While the program focuses on AI, ML, and cybersecurity, the skills students develop,
critical reading, 
Whether a student ultimately pursues computer science, engineering, economics, public policy, cognitive science, or interdisciplinary research, Ignite@Michigan equips them with tools that transfer well beyond a single subject area.
In addition to core faculty mentorship, students hear from invited guest speakers,
Ignite@Michigan is not a mass-market summer camp, a passive lecture series, or a checkbox credential. It is a carefully designed research immersion for students who want to think deeply, work seriously, and prepare thoughtfully for the academic challenges ahead.
For families seeking substance, mentorship, and credibility; and for students ready to stretch themselves intellectually; Ignite@Michigan offers an experience that is both demanding and transformative.
Who This Program Is For
Ignite@Michigan is designed for curious, motivated, and academically strong high school students who want to experience how university-level research works; well before college. The program is ideal for students who are ready to move beyond standard coursework and engage deeply with ideas.
Ideal participants typically:
- Are current high school students (grades 9–12) with strong academic preparation
- Have a demonstrated interest in computer science, mathematics, or technology, particularly areas connected to artificial intelligence, machine learning, or cybersecurity
- Are intellectually curious and motivated
- to explore questions independently, even when answers are not immediately clear
- Enjoy reading, discussing, and writing about complex ideas, and are open to learning how academic research is conducted
- Value collaboration and are eager to exchange ideas
with peers from diverse backgrounds
- Are preparing for competitive college applications and want an authentic academic experience they can meaningfully reflect on
Importantly, prior research experience is not required. Students considering majors beyond STEM—such as economics, cognitive science, public policy, philosophy, or interdisciplinary fields—also benefit from learning how research questions are formulated, evaluated, and communicated at the university level.
International students are welcome; proficiency in English is required to participate fully in discussions and writing activities.
If you enjoy being challenged, asking thoughtful questions, and engaging deeply with learning, Ignite@Michigan offers a supportive, intellectually rigorous environment where you can grow as a thinker;regardless of your eventual major.
By the end of the Ignite Achievers Summer Research Program, students will leave with a set of meaningful academic outcomes that reflect real intellectual growth and preparation for college-level work:
Students develop a structured research proposal grounded in academic literature, including a clearly defined research question and a feasible methodology. This proposal serves as a strong foundation for continued research beyond the program and, with further development, may evolve into a research paper suitable for appropriate student or academic venues.
Participants gain firsthand insight into how research is conducted in a university setting, through seminars, guided research activities, and structured discussions, learning how scholars ask questions, evaluate evidence, and communicate ideas.
Students receive individualized guidance and feedback from experienced academic mentors, helping them refine their thinking, writing, and problem-solving skills while learning how to respond constructively to critique.
Research experience is widely recognized by admissions officers as a marker of intellectual curiosity and academic maturity. Completing this program equips students with concrete experiences they can meaningfully discuss in applications, essays, and interviews, and may support strong letters of recommendation where appropriate.
Participants form connections with motivated peers and mentors who share academic interests, becoming part of a growing Ignite Achievers community that supports continued learning and collaboration beyond the summer.
Ignite@Michigan follows a carefully designed two-week academic schedule that balances intellectual rigor, structured research training, and a full residential summer experience. Each day is intentionally organized to help students progress steadily from foundational concepts to a well-developed research proposal, while also allowing time for collaboration, mentorship, and community-building.
Daily Academic Structure
Each weekday follows a consistent rhythm that mirrors how research-oriented academic programs operate:
Mornings focus on interactive lectures led by program faculty and instructors. These sessions introduce core ideas relevant to each theme, providing students with the conceptual grounding needed to engage meaningfully with research-level questions. Topics vary by track but emphasize both technical understanding and critical thinking, rather than rote learning.
Students participate in guided workshops that focus on the process of academic research. These sessions are shared across both themes and emphasize transferable skills that are valuable across disciplines, including:
- How to read and evaluate academic papers
- Conducting structured literature reviews
- Developing and refining research questions
- Academic integrity, citations, and responsible use of AI tools
- Communicating technical ideas clearly in writing and presentations
These workshops directly support students as they develop their own research proposals.
Afternoons are dedicated to mentored research labs, where students work on their individual projects. During this time, students:
- Refine their research direction with mentor guidance
- Review relevant academic literature
- Outline and draft sections of a research proposal
- Receive individualized feedback during scheduled one-on-one or small-group check-ins
Rather than rushing to complete a full paper, the emphasis is on producing a thoughtful, well-structured research proposal that reflects sound academic reasoning and feasibility beyond the two-week program.
Throughout the program, students participate in round-table discussions and informal presentations. These sessions encourage:
- Peer learning and idea exchange
- Practice articulating complex ideas
- Constructive feedback in a supportive environment
They also help students build confidence in communicating research-oriented thinking.
Research Support Curriculum (7 Sessions)
Running alongside the daily schedule is a dedicated research support curriculum, specifically designed for high-achieving high school students who are new to academic research:
Learning styles, ambiguity tolerance, and developing a growth-oriented research mindset
Understanding labs, conferences vs. journals, peer review, and research roles
Ethics, citations, data use, and appropriate AI tool usage
Scope, feasibility, hypotheses, and constraints
Skimming vs. deep reading, slide design, and handling questions
Empirical approaches in AI/ML and theory-driven mathematical research
Identifying gaps, citation chaining, and building a research roadmap
Students select one of two academic themes, which shape their lectures, breakout sessions, and research focus:
Students explore how data-driven methods are used to understand and mitigate digital threats. Topics introduced across the two weeks may include:
- Foundations of cybersecurity and network security concepts
- Cryptographic ideas and mathematical underpinnings
- Machine learning approaches for classification, clustering, and anomaly detection
- Network analysis and security data interpretation
- High-level perspectives on deep learning in cybersecurity
The emphasis is on understanding how and why these methods are used, and how to frame research questions responsibly.
This theme focuses on the mathematical ideas that underpin modern learning algorithms. Topics may include:
- Linear algebra concepts relevant to ML
- Optimization intuition and loss functions
- Probability, uncertainty, and generalization
- Assumptions behind models and theoretical limitations
- Connecting mathematical structure to practical learning behavior
Students in this track are encouraged to think rigorously about foundations, abstraction, and proof-based reasoning.
Weekly Highlights & Enrichment
The Ignite@Michigan experience extends beyond the classroom:
Scheduled visits to local museums, such as the University of Michigan Museum of Natural History and the Ann Arbor Hands-On Museum, provide enriching breaks from academic work while reinforcing curiosity and exploration.
Students participate in select cultural and seasonal activities, including a planned Independence Day fireworks outing, offering a shared experience for both domestic and international students.
Weekends follow a lighter academic pace, with time for excursions, optional workshops (such as discussing how research is communicated in college applications), and opportunities to catch up on writing or explore campus under supervision.
Culminating Experience
By the final days of the program, students complete and present their research proposals (or papers) in a structured mini-symposium format. This capstone experience emphasizes:
- Clear communication of ideas
- Reflection on research process
- Constructive feedback and celebration of growth
The focus is not on producing a finished paper, but on leaving students with a solid research foundation they can build upon in future academic work.
One of the greatest strengths of Ignite Achievers is our world-class mentorship. You will be guided by three University of Michigan professors who specialize in AI and cybersecurity and are passionate about teaching:
Prof. Suleyman Uludag
Professor of Computer Science, Accreditation Director, Special Assistant to Provost in Assessment, University of Michigan–Flint
Cybersecurity, data privacy, and computer networks. Prof. Uludag’s research focuses on security and privacy challenges in modern and emerging systems, ranging from Smart Grids to Internet-of-Things (IoT) infrastructures. He has published extensively on protecting sensitive data and strengthening the security of critical cyber-physical systems.
- Prof. Uludag brings over 30 years of college-level teaching and research experience. He has mentored more than 100 undergraduate students, many of whom have served as co-authors on peer-reviewed academic publications, reflecting his strong commitment to hands-on, research-driven education.
Over the past five years, Prof. Uludag has also mentored elite high school students in advanced research projects. Many of these students were later admitted to highly selective universities, including MIT, UC Berkeley, University of Pennsylvania, Carnegie Mellon, Brown, Georgetown, Cornell, UIUC, University of Michigan, University of Cambridge, UCLA, New York University, Stanford, and Northwestern, among others. He is widely recognized for making sophisticated cybersecurity concepts accessible, rigorous, and engaging for motivated young scholars.
Prof. Uludag leads the Cybersecurity and Networking components of the Ignite@Michigan program. He supports students interested in security-focused research, such as analyzing cyber attack case studies, privacy-preserving algorithms, or secure network design, and provides individualized guidance tailored to each student’s interests and background. His goal is to help students develop the mindset of a security researcher: thinking critically about real-world digital threats and learning how to design principled, research-informed solutions.
Prof. Halil Bisgin
Professor of Computer Science, University of Michigan–Flint
Artificial intelligence, machine learning, and data mining. Prof. Bisgin’s research covers a wide range from computational social science to bioinformatics, using machine learning to solve complex problems[3]. He has worked on projects involving social network analysis, metabolomics, disease prediction, Android security and app intrusiveness, open-set image classification, and public health.
Prof. Bisgin will introduce the fundamentals of AI and ML. He will mentor students working on AI-driven research topics (e.g. training a simple model on a public dataset, building a small image-classification pipeline, comparing text-embedding models on a retrieval task, implementing a basic recommendation algorithm). During the labs, he’ll provide individual feedback on methodology, whether you’re building a small predictive model or writing about AI applications. He is dedicated to helping you rigorously analyze data and draw meaningful conclusions in your paper.
Prof. Uludag leads the Cybersecurity and Networking components of the Ignite@Michigan program. He supports students interested in security-focused research, such as analyzing cyber attack case studies, privacy-preserving algorithms, or secure network design, and provides individualized guidance tailored to each student’s interests and background. His goal is to help students develop the mindset of a security researcher: thinking critically about real-world digital threats and learning how to design principled, research-informed solutions.
Both professors are approachable and committed educators. They will be present throughout the program, teaching classes, hosting office hours, and even joining some casual activities. Our student-to-mentor ratio is very low (we intentionally keep the cohort small), so you’ll get to know your mentors well. Don’t be surprised if they share their own college and career stories or if you find yourself discussing the latest tech news with them over lunch. By the end of two weeks, you’ll have two great mentors who you can stay connected with as you continue your journey in research.
Prof. Yunus Zeytuncu
Professor of Mathematics, University of Michigan–Dearborn
Mathematical analysis, functional analysis, geometry, and the mathematical foundations underlying modern machine learning. Prof. Zeytuncu’s research focuses on deep theoretical questions in analysis, including operator theory and function spaces, with broader connections to optimization and mathematical structures that inform learning algorithms. His work emphasizes rigor, abstraction, and clarity in mathematical reasoning.
Prof. Zeytuncu brings extensive experience teaching advanced undergraduate and graduate-level mathematics. He has directed the NSF- and NSA-funded summer research program, the REU Site in Mathematical Analysis and Applications, for more than 10 years. The former researchers in this program pursued graduate degrees in top institutions, including Stanford, Berkeley, MIT, Harvard, and Princeton. He is known for guiding students from intuitive understanding to formal mathematical thinking and for mentoring them in developing proof-based reasoning and independent research skills. His teaching style emphasizes precision, logical structure, and intellectual curiosity.
Prof. Zeytuncu will lead the Mathematical Foundations of Machine Learning theme. He will support students interested in the theoretical underpinnings of ML by helping them explore core mathematical ideas such as linear algebra, optimization, probability, and assumptions behind learning models. He will mentor students in developing mathematically grounded research proposals, particularly those focused on theory-driven questions, and encourage them to think rigorously about why algorithms work—not just how they are implemented.
All three professors are approachable and committed educators. They will be present throughout the program, teaching classes, hosting office hours, and even joining some casual activities. Our student-to-mentor ratio is very low (we intentionally keep the cohort small), so you’ll get to know your mentors well. Don’t be surprised if they share their own college and career stories or if you find yourself discussing the latest tech news with them over lunch. By the end of two weeks, you’ll have two great mentors who you can stay connected with as you continue your journey in research.
Applications will open here by January 19
We are committed to being transparent about the program cost and financial policies. Below is an overview of tuition, payment schedules, available scholarships, and our refund policy. (All amounts are in US Dollars.)
- Tuition:
The total tuition for the two-week 2026 Ignite@Michigan Summer Research Program is $7,990. This comprehensive fee covers all academic instruction, on-campus housing, meals, and all program-related activities outlined above. There are no hidden or additional mandatory costs; a detailed list of inclusions is provided in the Inclusions section for reference. We recognize that this represents a meaningful investment. Tuition is structured to support a high-quality academic experience, including small-group instruction, individualized mentorship, residential programming, and access to campus resources throughout the two weeks.
- Deposit & Payment Schedule:
To confirm enrollment after acceptance, a $1,000 non-refundable deposit is required. This deposit is applied toward the total tuition (it is not an additional charge) and must be submitted within 7 days of receiving an offer of admission. The remaining balance of $6,990 is due by April 30, 2026. Payments will be processed through a secure online portal for convenience. If the remaining balance is not received by the deadline and no prior arrangements have been made, the student’s spot may be released to a waitlisted applicant, and the deposit will be forfeited.
- Scholarships: We believe cost should not be a barrier for exceptional students. Ignite Achievers offers merit and need-based scholarships to help offset tuition for those who qualify. For 2026, top applicants to the Ann Arbor program may be considered for partial scholarships, based on the strength of their application and financial need. To apply for a scholarship, you’ll have a section in the application form to indicate interest and possibly an additional short essay about your goals/need. We encourage all students who might need assistance to apply. Our goal is to assemble the best cohort possible, regardless of financial background.
- Refund Policy: We understand that unforeseeable circumstances can arise. Our refund policy is as follows:
- The \$1,000 deposit is non-refundable under all circumstances (except if the program were cancelled by us, in which case deposits would be returned). This is because we incur costs and commit resources once you enroll.
- Cancellation by Program: If Ignite Achievers were to cancel the program (for example, due to insufficient enrollment or other unforeseen issues), all payments including the deposit would be refunded in full. We would notify you as early as possible in such an event. (Note: we have a strong track record and do not anticipate cancellation, but this is for peace of mind.)
- We strongly recommend families consider purchasing trip cancellation insurance if you are booking flights or if you want additional protection for your program investment. This type of insurance may reimburse you in situations where we cannot (for example, if you have to cancel last-minute due to a family emergency).
If anything is unclear or you have concerns about the financial commitment, please reach out. We are happy to discuss payment plans or other solutions in special cases. Our aim is to be fair and upfront so you can plan with confidence.
(All scholarship details and refund policies above are subject to the terms and conditions provided in the enrollment agreement. The above summary is for convenience and the official policy in the agreement will govern.)
We accept current high school students typically ages 14–18. Generally, this includes students who will be entering 10th, 11th, or 12th grade in Fall 2026, as well as seniors graduating in Spring 2026 (for example, a current 12th grader can attend in the summer after graduation). Exceptional 9th graders may be considered if they have strong backgrounds. You should have completed at least one year of high school by the time the program starts. There is no strict GPA cutoff, but successful applicants usually have mostly A’s in relevant subjects. The key requirement is that you are prepared for a challenge and excited about research.
No specific prior research experience is required, but a foundation in math and science will help. You do not need to be a programming whiz or have a published paper already – we’re here to teach you those skills! Our curriculum starts with fundamentals. That said, you should have genuine interest in AI, machine learning, or cybersecurity. Basic familiarity with high school-level science and math is assumed. For instance, knowing algebra and having some exposure to statistics or computer science (even just a beginner programming class or self-taught coding) will make the material more accessible. If you’ve never coded before, you can still do a literature-review-based project rather than a coding project. The most important trait is willingness to learn. Many of our students come in with no research experience; by the end, they are comfortable with the research process. We adapt to your starting level – if you’re advanced, we’ll challenge you further; if you’re a novice, we’ll provide extra support.
Early in the program, you will begin discussing potential research directions with your mentors. Students are encouraged to explore topics that genuinely interest them within AI and Machine Learning for Cybersecurity or Mathematical Foundations of Machine Learning. Some students may arrive with a specific question in mind (for example, exploring bias in facial recognition systems or examining assumptions behind a learning model), while others may prefer to explore ideas during the first few days of the program. Both approaches are welcomed.
With guidance from mentors, students will refine a research direction that is appropriate for a two-week academic program, aligns with their interests, and emphasizes sound research thinking. Given the limited timeframe, the focus is on learning how research begins: understanding existing work, identifying meaningful questions, and planning a feasible approach—rather than completing large-scale original experiments.
In most cases, students will work toward developing a structured research proposal, supported by a literature review and, where appropriate, preliminary analysis using existing datasets or simplified models. For example, a student might outline a proposal that builds on prior studies in malware detection, or analyze an open dataset to motivate a future research question. The written work typically takes the form of a proposal-style document or extended review draft, rather than a finalized research paper.
The emphasis is on clarity of thinking, academic integrity, and learning how researchers frame problems. Mentors break the process into manageable steps and provide continuous support. By the end of the program, students will have a well-developed piece of academic writing and a clear research plan—something they can confidently build upon in future research experiences.
Ignite@Michigan is designed to prepare students for research, not to guarantee publication or competition outcomes. During the program, students learn how academic research progresses—from identifying a meaningful question and reviewing existing literature to outlining a clear research plan and communicating ideas effectively.
While publication or competition submission is not part of the two-week program itself, students will be introduced to the research and review process and learn about common pathways that researchers (including high school researchers) may pursue after a project is further developed. Mentors may discuss examples of appropriate venues—such as student research journals or research competitions—and explain what additional work is typically required beyond an initial proposal.
After the program, select students may choose to continue refining their research through additional independent work or future mentorship. In limited cases, mentors may be available for high-level guidance on next steps, such as clarifying a research direction or suggesting how a proposal might be extended into a more complete study. Any continued work or submission decisions are made individually and depend on the student’s initiative, available time, and the quality of extended research.
Even if a project is not submitted to a journal or competition, students leave Ignite@Michigan with something highly valuable: a well-developed research proposal, experience with academic thinking, and a concrete example of intellectual curiosity and initiative—all of which can be meaningfully discussed in college applications and interviews.
Participating in this research camp can significantly strengthen your college applications. Admissions officers love to see authentic research experience because it demonstrates intellectual curiosity, initiative, and the ability to handle college-level work. By completing our program, you’ll have a unique story to tell – writing about your research journey or findings can make for a compelling personal statement or supplemental essay. You’ll also develop skills (critical thinking, academic writing) that are valuable for college success. In terms of recommendation letters: If you engage fully and produce quality work, it’s very likely that our mentors will be willing to write you a strong recommendation for college or scholarships. (We’ve had many students receive glowing letters from their Ignite mentors.) We do not “guarantee” a letter, as it must be earned through your effort and respectful participation – it wouldn’t be ethical to promise one regardless of performance. But historically, mentors have been happy to endorse students who showed commitment and growth. Additionally, after the program, you’ll receive a certificate of completion and an evaluation report summarizing your achievements, which you can share with colleges. And remember the stat we mentioned: research experience is something many Ivy League admits have[1]. We believe that the confidence and credentials you gain at Ignite Achievers will serve you well in the competitive admissions process.
International students are welcome to apply. Ignite@Michigan values global perspectives, and past participants have come from a wide range of countries across North America, Europe, Asia, and beyond. The language of instruction is English, so students should be comfortable reading, writing, and participating in discussions in English. While no formal English proficiency test (such as TOEFL) is required, an intermediate to fluent level is expected in order to engage fully with the academic curriculum.
Visa Considerations:
Ignite@Michigan is a short-term, non-credit, summer enrichment program. According to guidance from the U.S. Department of State, participation in a recreational or avocational course of study is generally permitted under a B-2 (visitor/tourist) visa or, where applicable, through the Visa Waiver Program (ESTA), provided the program is short in duration and does not confer academic credit.
(See: U.S. Department of State – Visitor Visa Information:
https://travel.state.gov/content/travel/en/us-visas/tourism-visit/visitor.html/visa)
Ignite Achievers is not an accredited degree-granting institution and therefore cannot issue F-1 or other student visa documentation. However, upon acceptance, we can provide an official invitation and enrollment letter confirming participation in a short-term educational camp, including program dates, housing arrangements, and confirmation of return plans. This documentation may be helpful when applying for a visa or when presenting information to immigration officials.
It is the responsibility of each student and family to secure the appropriate visa or travel authorization. We strongly recommend beginning the visa process at least three months in advance. While we cannot intervene in government visa decisions, we are happy to support families by providing timely documentation and answering program-related questions.
Arrival & Transportation:
Airport transportation is not provided. Most international students arrive via Detroit Metropolitan Airport (DTW) and travel to Ann Arbor by shuttle, taxi, or rideshare (approximately 25 minutes). Detailed transportation guidance will be included in the pre-arrival materials.
We are committed to supporting our international students and families throughout the preparation process. If you have questions or uncertainties about travel logistics or documentation, please feel free to contact our team.
Your safety is our utmost priority. We maintain a round-the-clock supervision model: our staff and residential counselors live in the dorms alongside students and conduct regular check-ins (morning, evening, and night). There will be clear rules regarding curfew, leaving campus, and conduct (for example, students cannot leave the dorm at night except in emergencies, and any off-campus trips are always chaperoned). The University of Michigan’s campus itself has its own police and security services; our program liaises with campus security to make them aware of our group. The dormitory has secured entry (keycard access) and we group our students in adjacent rooms for a community feel. We also collect health information in advance (dietary needs, allergies, medications, emergency contacts) so we can accommodate and respond to any health issues. At least one staff member trained in first aid will be on site at all times. In case a student feels unwell, we have access to nearby clinics and the university health center. We enforce a buddy system during any outings – no student goes anywhere alone. Additionally, we conduct an orientation on Day 1 to go over safety guidelines, including who to call 24/7 for help (we have a program hotline parents can also use). All staff undergo background checks and are experienced in working with teens. Finally, we emphasize a culture of mutual respect and inclusion – bullying, discrimination, or any form of harassment is not tolerated, and any behavioral issues are addressed immediately. Parents will be promptly informed of any serious concerns. Our track record is excellent; we strive to create a warm, secure “home away from home” so you can focus on learning and having fun.
We use rolling admissions, which means we evaluate applications as they come in until the program is full. There is no hard cutoff date, but we expect the cohort to fill up by late spring. We strongly encourage you to apply by March or April 2026 to have the best chance, as offers may start going out as early as January for strong candidates. If you apply later (May/June), you might be placed on a waitlist if all spots are tentatively filled. As for competitiveness, we anticipate around 15–20 spots and typically receive many more applications. We consider each application holistically – looking at your grades, essay, recommendation, and interview. We aren’t solely test-score driven; passion and willingness to learn weigh a lot in our decision. If you have a strong academic background (especially in STEM classes) and convey enthusiasm for research, you have a good shot. We also strive for a diverse cohort, including representation from different schools, regions, and backgrounds. If you’re worried about not having prior accolades, don’t be – we care more about potential. The best advice is: put effort into your application responses, be yourself in the interview, and apply early. We do our best to notify applicants of their status within a few weeks of each stage. If you ever need an expedited decision due to other program deadlines, let us know and we’ll try to accommodate.
We will send a detailed packing list to enrolled students, but here are some essentials and tips: – Laptop Computer: Each student should bring a laptop for writing and research (this is crucial, as much of your work will be done digitally). Make sure it’s in good working order; we provide Wi-Fi and charging stations. If you don’t have a personal laptop, please inform us in advance so we can arrange a loaner.
– Clothing: Late June/early July in Ann Arbor is warm (around 75–85°F / 24–29°C). Pack casual summer attire for class (T-shirts, shorts, jeans) and comfortable shoes for walking around campus. Include one or two nicer outfits if you want (we have a small closing ceremony where some like to dress up, though not formal). Also bring a light jacket or hoodie for air-conditioned rooms or cooler evenings, and maybe one set of workout clothes if you plan to do sports. Don’t forget pajamas and enough undergarments/socks for two weeks (laundry facilities are available if needed).
– Bedding & Toiletries: We will provide basic linens (pillow, bed sheets, blanket) at the dorm, but you can bring your own favorite pillow or a extra blanket if you like. Bring your own towels, toiletries (toothbrush, toothpaste, shampoo, soap, etc.), and any personal care items. Shower sandals and a caddy can be handy since bathrooms are shared.
– School/Study Supplies: We’ll give you a notebook and pen, but you might want to bring your preferred notebook, stationery, or a textbook/reference if there’s something you use often. A calculator might be useful for any math in research. We will have printing access if you need to print drafts.
– Medications: If you take any prescription medications, bring enough for the entire stay (in original pharmacy bottles if possible). Also pack any needed over-the-counter meds (like allergy medicine) that you commonly use. We have basic first aid and some OTC meds available, but it’s good to have your own in case. Make sure to note all this on your health form so staff can assist if needed.
– Miscellaneous: A reusable water bottle (stay hydrated!), a backpack or tote bag for carrying your things around campus, and maybe a small amount of cash for incidental purchases (though cards are widely accepted in Ann Arbor). If you play a musical instrument (portable ones like a guitar or violin) and want to bring it, you can – we sometimes have talent shows or jam sessions! Likewise, if you have a favorite board game or something that can be enjoyed in a group, you’re welcome to bring it. Keep valuables minimal – expensive jewelry or unnecessary gadgets are best left at home.
– For the Fireworks/outings: Bring a casual outfit in red, white, or blue if you want to be festive for the fireworks event (optional). Comfortable walking shoes are a must for museum trips. A small daypack or drawstring bag is useful on excursion days to carry your water, sunscreen, etc.
Rest assured, if you forget something essential, stores are nearby and staff can help you obtain it. We want you to be comfortable, so we’ll double-check packing lists with everyone at orientation.
Because our program is so short and intensive, we highly discourage any absences. Each day builds on the previous one, both academically and socially. Missing even one or two days means you might fall behind on your research or miss a key experience. That said, we understand emergencies or major conflicts can occur. If you have a known conflict (e.g., a required school exam or family event), please inform us as early as possible – we handle these on a case-by-case basis. In some instances, we might approve arriving one day late or leaving one day early, but you would be responsible for catching up on what you missed (and no discount can be given for partial attendance). Unfortunately, we cannot accommodate mid-program vacations or breaks; students are expected to remain in the program for the full duration once it starts. If an emergency or illness arises that causes you to miss time, our staff will work with you to provide notes or makeup work so you can continue your project. We do not have a remote participation option – it’s in-person only. In summary, plan to commit fully to June 28 – July 10, 2026. That’s part of the dedication to doing real research. If you foresee a significant conflict, it may be better to consider a different session or year. We’re happy to discuss your situation if you’re unsure. Our ultimate goal is for each student to have a complete and unfragmented experience.
Have other questions not covered here? Feel free to reach out via email or phone (see below). We’re always ready to provide more information to help you make an informed decision!
We understand that choosing a summer program is a big decision. Here are a few reasons you can trust Ignite Achievers to deliver a top-quality experience:
- Proven Track Record: Ignite Achievers was founded by University of Michigan academicians with a mission to empower high school students through research. We have successfully run mentorship programs (both online and in hybrid formats) with excellent outcomes. Many of our alumni have gone on to attend Ivy League and top-tier universities, and credit their research experience as a key factor. Our approach has been validated by the achievements of our students and positive feedback from families over the years.
- Academic Rigor and Integrity: Our curriculum is carefully designed by experts and is continuously updated to reflect the latest developments in AI and cybersecurity. We emphasize doing research the right way – with proper methods and ethics. You can be confident that you’re getting an authentic academic experience, not a watered-down camp. We also keep our student selection selective so that you’ll be surrounded by peers who are serious and passionate, creating an environment that pushes everyone to excel in a supportive way.
- High Mentor-to-Student Ratio: With two professors and additional teaching assistants or camp staff for a small cohort, our mentor-to-student ratio is extremely favorable. This is not a massive lecture hall experience. It’s more like an honors seminar combined with an advising lab. Each student gets a lot of face time and personalized mentorship. We stake our reputation on providing individualized attention – something large programs can’t do.
- Safety and Supervision: Parents can trust that students will be well looked after. From secure dorms to staff presence, we run the program with the same level of care as we would for our own children. We carry liability insurance and have emergency protocols in place. Ignite Achievers LLC is a registered organization, and we adhere to all required regulations for youth programs. We prioritize creating a safe, inclusive environment free from discrimination or harassment. Students consistently report feeling safe, welcomed, and supported throughout the program.
- Recognition and Partnerships: Ignite Achievers has garnered attention in the education community. For instance, our Ignite Excellence Scholarship initiative (offering $180,000 in awards) was featured in industry news, highlighting our commitment to accessibility. We collaborate with education consultants and school counselors who recognize the value of our program. While relatively young, our brand is growing due to our quality – which means when you mention “Ignite Achievers” on an application or in an interview, it carries weight as a serious academic endeavor.
- Continued Support: Our relationship doesn’t end on August 10. We offer alumni opportunities like advanced research internships, volunteer roles in future programs, and a network you can tap into. Need advice on a science fair? Want feedback on your college essays? Many students shoot us an email even a year later, and we gladly help. When you join Ignite Achievers, you’re part of our community for the long run. We genuinely care about each student’s journey beyond the program.
Choosing Ignite Achievers means choosing a program that is deeply invested in your growth. We know you have many options, and we’re honored to be considered. Our promise is to deliver an experience that is enriching, rewarding, and inspiring – one that lives up to the trust you place in us.
















