Spring 2027 · Gifted Gabber
AI, App Development &
Cybersecurity Research
for High School Students
Conduct individual research in AI, app development, mathematics, or cybersecurity under expert university faculty.
Potential Areas of Research
Artificial Intelligence
Machine Learning
App Development
Deep Learning (RNN/CNN)
Computer Vision
Neural Networks
Data Science for Social Impact
AI Ethics & Fairness
Advanced Mathematics
Software Security
Network Security
Cryptography
Post-Quantum Cryptography
Intrusion Detection
Blockchain Security
Book a Free Call Now! →
Free · No commitment · 30 minutes
2
Research Directions
8
Research Sessions
5
Writing Sessions
2
Defense Sessions
4k+
Word Paper + Conference Presentation
Two Ways to Work
The AI & App Development track is entirely 1-on-1, scheduled directly between the student and their mentor. The Cybersecurity track is 8 live group sessions with an original project, with the option to add a research paper. Dates TBD.
Choose Your Track
Two expert mentors. One research direction.
Students select one research track — and are matched with the corresponding university faculty mentor.
Track A
AI, App Development & Mathematics
Assistant Professor of Mathematics
Tennessee Tech University
Tennessee Tech University
Track B
Cybersecurity
Assistant Teaching Professor
Villanova University
Villanova University
Is this right for you?
This program is for you if…
Your student checks at least one of these boxes:
✓
They're aiming for top CS, engineering, mathematics, data science, or cybersecurity programs — and need original work to stand apart from thousands of other applicants.✓
They're genuinely fascinated by how neural networks learn, how mathematics underpins modern AI, how hackers think, or how networks are secured.✓
They want to go beyond classroom theory and do real work alongside a university professor.✓
They want something real on their college application: a published paper or an original project, a defense before a faculty panel, and a faculty reference."A Published Paper, a Thesis Defense, and a Professor's Letter of Recommendation are the three most powerful things a high school student can have on a college application."
What students achieve
Here's exactly what your child will walk away with
Students move from zero research experience to completed, reviewed, and defended work — guided by an expert university faculty mentor. Track A produces a research paper over 12–15 weeks. Track B produces an original cybersecurity project over 8 sessions, with the option to add a research paper.
Research Paper or Original Project
A publication-ready 4,000+ word paper in Track A, or an original cybersecurity project signed off by the Villanova professor in Track B.
Oral Defense
Students present their findings to a faculty panel and answer expert questions — just like real graduate researchers.
Faculty Recommendation
A faculty Letter of Recommendation once the paper earns its Stamp of Quality, or a professional faculty reference for the project.
Journal & Conference Submission
Guided abstract writing and submission to academic journals and conferences worldwide.
Curriculum
Track A: the 7-track roadmap to publication
Every track is purpose-built. Together they take students from "I have an idea" to "I have a published paper" — on a fully flexible, 1-on-1 schedule.
Track 1
AI & App Development Research — The PI Method
📅 Flexible · Student & Professor Convenience
Orientation & Track SelectionSurvey the research directions; student selects primary track and initial research area with professor guidance.
Mathematical FoundationsCore mathematics underlying the chosen track: linear algebra, calculus, probability, and numerical methods.
Literature Review & Research QuestionSurvey peer-reviewed papers; identify a specific, testable research question and a gap in the existing literature.
Methodology, Models & ToolsPython and PyTorch setup; select the appropriate model architecture or mathematical framework for the research question.
Data Collection, Experiments & Model RunsData acquisition and cleaning; implement preliminary experiments, model training, or mathematical proofs.
Results Analysis & ValidationEvaluate model performance or mathematical findings; validate results against benchmarks or existing literature.
Implications, Ethics & LimitationsAddress real-world implications, algorithmic fairness, ethical considerations, and honest limitations of findings.
Full Paper Review & Defense PrepComplete paper review with professor; refine technical writing and mathematical precision; prepare for oral defense.
Track 2
Technical Writing & Publication
📅 Flexible · Student & Creative Writing Expert
The BlueprintSection-by-section outline of the paper; argument arc and evidence mapping.
The FrameworkDraft the hypothesis and introduction that justifies the study and previews the structure.
The NarrativeTranslate methodology and findings into clear academic prose with appropriate citations and evidence.
The ConclusionSynthesize findings, revisit the research question, and connect results back to the broader literature.
Full Draft PolishEnd-to-end revision: voice, citations, abstract, and journal formatting for submission.
Track 3Presentation Mastery & Thesis Defense
Visual StorytellingDesign professional slides and evidence charts that communicate research findings to a faculty panel.
The Capstone Oral DefenseLive defense before a faculty panel — present findings and respond to expert questioning under pressure.
Track 4
Private 1-on-1 Mentorship
📅 Flexible · Student & Professor Convenience
PI Deep Dive IPrivate session with the faculty mentor on research topic, methodology, and preliminary findings.
PI Deep Dive IIFollow-up to review the paper draft, sharpen the argument, and finalize the thesis defense approach.
Track 5The Creative Writing Pod — Stamp of Quality
DraftingWork 1:1 with a Pod Creative Writing Expert on every section of the paper.
Internal ReviewPod Expert checks the full draft against GG's professional academic writing standards.
Final ApprovalLead Creative Writing Expert gives the formal Stamp of Quality — paper is publication-ready.
LOR TriggeredStamp of Quality automatically triggers the faculty Letter of Recommendation.
Unlimited EditingExpert feedback on every revision until the paper is definitively publication-perfect.
Track 6Research Internship
Mentor New ResearchersHigh-performing graduates return as Research Interns — mentoring the next cohort and building leadership credentials.
Track 7Academic Conference Strategy
Abstract Writing & Journal SubmissionGuided support to write and submit abstracts to academic conferences and peer-reviewed journals worldwide.
Curriculum
Track B: 8 sessions — foundations to post-quantum
Every session builds directly on the last. Students then apply it in an original project, defended before a faculty panel. No prior coding experience is required. An optional add-on brings 5 writing sessions, a 4,000+ word research paper, the Stamp of Quality process, a faculty Letter of Recommendation, and guided journal submission.
Track BCybersecurity
Introduction to CybersecurityCIA Triad · Threats & Attacks · Security Principles
Understanding Computer SystemsCPU · OS · Networking Components · LAN/WAN
Software Security: BasicsMalware · Insider Threats · Vulnerability Scanners
Software Security: Binary Exploits & Reverse EngineeringLow-Level Systems · Vulnerability Classes · Exploit Mechanisms
Network SecurityOSI Layers · TCP/IP · Firewalls · Intrusion Detection
Cryptography: Symmetric EncryptionHistoric Ciphers · Cryptanalysis · Secret Key Cryptography
Cryptography: Asymmetric EncryptionPublic-Key Infrastructure · MAC · Real-World Applications
Post-Quantum CryptographyQuantum Threats · Modular Arithmetic · Future of Secure Communications
Who teaches this
Meet the faculty
Students are matched with one of two expert faculty mentors based on their chosen research track.
🤖
Track A
Track A
Research Mentor — Assistant Professor of Mathematics
Tennessee Tech University · PhD in Mathematics, University of Kentucky · Postdoctoral Research, University of Notre Dame
A specialist in deep learning, neural networks, and mathematical modeling. PhD research focused on unitary and symmetric structures in deep neural networks. Postdoctoral work at Notre Dame focused on hyperparameter optimization in computer vision. Research interests include RNNs, CNNs, LSTM/GRU hybrid architectures, computer vision, numerical analysis, and Clifford algebra. 11 publications and 28+ citations — including papers at AAAI 2019 and in Springer's Neural Computing and Applications.
Deep LearningRNN / CNNComputer VisionAdvanced MathematicsPyTorch
🔐
Track B
Track B
Research Mentor — Assistant Teaching Professor, Cybersecurity
Villanova University · PhD in Communication Engineering, IISc Bangalore · Postdoctoral Research, University of Padova (SPRITZ Security Group)
A cybersecurity specialist with a PhD from the Indian Institute of Science (IISc) Bangalore and postdoctoral research at the University of Padova's SPRITZ (Security and Privacy Through Zeal) group. Research focuses on designing and developing secure, privacy-aware protocols for distributed networks and systems. Expertise spans blockchain security, IoT network security, cloud computing security, ToR network security, physical layer security, and cryptography. Co-edited a book published by Taylor & Francis and serves as Guest Editor for Springer and Taylor & Francis journals.
Blockchain SecurityIoT SecurityCloud SecurityCryptographyNetwork Security
CW
Creative Writing Expert
PhD in Literary Studies (In Progress) · MA in Literature · BA in English · College Professor since 2013
Published researcher and author. Expertise in academic writing, qualitative research, cultural studies, and literary analysis. Guides students to find their scholarly voice and write with precision, clarity, and genuine authority.
Academic WritingResearch PublishingScholarly Voice
⏱ Why you need to act now
Each mentor takes only a limited number of students per cohort. Spots in both tracks are strictly capped.
2Expert mentors
Spring 2027Program window
LimitedSpots per track
Common questions
Frequently asked questions
How does a student choose their track?
During the free call, we help match the student's interests to the right direction. The professor then helps narrow to a specific research question or project.
Do students need prior coding experience?
Basic familiarity with Python is helpful for Track A but not required — the professor teaches the tools alongside the research. Track B builds from the ground up, so curiosity is all that's required.
Are sessions group or individual?
Track A is entirely 1-on-1, on a schedule the student and professor agree together. Track B's 8 core sessions are group sessions. Students who add the research paper also receive individual writing sessions with the Creative Writing Expert.
What kind of project do Track B students build?
Projects are tailored to the student's chosen area of interest — from network security tools and cryptographic implementations to vulnerability analysis and blockchain applications. The professor helps each student identify the right scope.
How does this help my child's college application?
A published paper or a defended original project, backed by a university professor, is among the most distinctive STEM credentials a high school student can hold. Very few applicants have one.
Do you guarantee the paper gets published?
We don't guarantee publication — no one can. We do guarantee every student finishes a submission-ready paper with full guided submission support and a faculty review.
Is there support between sessions?
Yes. WhatsApp group for parents, Discord for students, and Program Coordinators, Research Interns, and Coach Jo available anytime via WhatsApp, Discord, email, or phone.