Online AI program for students aged 14-18
Best for
Students building foundational AI knowledge first

by Veritas AI
A specialist program where students explore how AI is used in healthcare and build an applied group project using medical data and neural networks.
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Current status
Upcoming
Eligibility
Grades 8-12; coding background
Age range / Year group
Ages 13-18
Location / Region
Online
Cost
$2,490
Duration
10 weeks
Format
Online
This specialist program connects artificial intelligence with medicine through theory, coding demonstrations and practical work using medical data.
Students progress through exploratory data analysis, neural networks, medical image classification and segmentation, clinical evaluation and ethics.
It suits students who already have coding or AI foundations and want to apply them in a collaborative healthcare project.
Deep Dive: AI + Medicine is a specialist Veritas AI program about the use of artificial intelligence in medicine and healthcare. It combines conceptual teaching with code walk-throughs and hands-on work across medical data analysis, neural networks and computer vision.
Students develop from foundational medical AI concepts into image classification, segmentation, model evaluation and clinical ethics. The experience culminates in an applied project completed with a small student group and presented at the end of the program.
The syllabus links technical AI methods to concrete medical-data and healthcare applications.
Students practise both theory and coding through lectures, walk-throughs and hands-on sessions.
The project sequence moves from exploratory analysis to baseline and advanced models.
Clinical evaluation and ethics broaden the program beyond model building alone.
Small project groups provide a structured setting for collaboration and feedback.
Students interested in both computing and healthcare who already understand coding, Python or core AI concepts.
You want a beginner coding course, an individual research project or a program centred on clinical work rather than computational methods.
This program can be worthwhile for students who want a structured bridge between AI foundations and a specialist healthcare application. Its staged syllabus and team project offer more depth than a short introductory workshop.
The main limitation is that the final work is collaborative, so it may provide less individual ownership than a one-to-one research program. The fee is also substantial, although need-based aid is available and can cover up to 100%.

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Cost and what is included
$2,490; includes 1.5-hour live lecture per session, One-hour small-group session per session, Materials provided through Google Classroom, Recordings available after missed sessions.
Dates and time commitment
10 weeks; 10 x 2.5-hour weekend sessions.
Provider details
Review the Veritas AI provider page and official sources before making a final decision.
What the student gains
Potential output: The main deliverable is an applied group project completed with three to five other students.. Check whether feedback, certificate, recommendation or application evidence is included.
Online support and safeguarding
Yes. Deep Dive applicants can request need-based aid through the application form, with support of up to 100% available through a competitive process.
What to check before committing
Confirm current dates, session schedule, payment terms, cancellation rules, support expectations and what output or certificate is included with the provider.
Compare this program with similar options before deciding on dates, cost, format and fit.
Compare with similar programsEffort level
Moderate to high.
Best started
Refresh Python and core AI concepts two to four weeks before your intended cohort.
Main challenge
Applying neural-network techniques to medical data within a group project.
Review basic Python syntax and data handling.
Revisit foundational neural-network concepts before the first session.
Plan reliable weekend availability because make-up classes are not offered.
Prepare to explain ideas, divide project tasks and present shared work.
Useful if
You have completed AI Scholars or already know coding or Python.
Students follow a ten-session progression from introductory medical AI to applied model development, evaluation and presentation.
Learn how AI is used in medicine and healthcare.
Prepare and explore medical datasets.
Study neural networks for regression and classification.
Build image-classification and image-segmentation models.
Improve models through regularization and transfer learning.
Examine clinical evaluation methods and AI ethics.
Develop baseline and advanced models with a small group.
Present the completed project and take part in the closing ceremony.
Next cycle not announced yet. These dates are from the latest verified cycle and should be used as a reference only.
Succeed does not have a separately listed public date for this cycle yet.
Students in Grades 8-12
Completion of AI Scholars or coding background
Prior AI concepts or Python experience accepted
Interest in applying AI to medicine
Program fee
$2,490 — Listed price for Deep Dives
Funding or discounts
What's included
1.5-hour live lecture per session, One-hour small-group session per session, Materials provided through Google Classroom, Recordings available after missed sessions
Open the Veritas AI online application form.
Choose your intended cohort and select Bootcamp for a Deep Dive application.
Provide your contact details, school, grade, graduation year and time zone.
Describe your programming experience and mathematics background.
Answer the AI-interest and candidate questions in no more than 300 words each.
Indicate whether you want consideration for need-based financial aid.
Review the information and submit the application.
Next step with Succeed
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Succeed replies first, usually within a working day
The program is delivered live online through Zoom, with materials uploaded to Google Classroom. Each weekend session combines a 1.5-hour section lecture with a one-hour group session, creating 2.5 hours of structured learning.
Recordings are available when a student misses a session, but make-up classes are not offered.
Live lectures use a published 15:1 student-to-mentor ratio.
Group-project sessions use a published 5:1 ratio.
Project topics are chosen collaboratively within small groups.
Students can request transfer if another group selects their preferred topic.
Hands-on sessions support staged baseline and advanced model development.
Progress is demonstrated through hands-on coding, staged model development, collaborative project work and a final presentation.
Main deliverable / output
The main deliverable is an applied group project completed with three to five other students.
Exploratory data analysis for a medical dataset
Baseline and upgraded AI model work
Final presentation of the project
Compare options based on whether you want broader AI foundations, independent medicine research, interdisciplinary discussion or an in-person healthcare experience.
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Sean works at the intersection of academic enrichment, program quality and university preparation, with expertise in evaluating pre-university experiences for ambitious secondary school students.
Succeed uses official provider information where available, but keeps this public page focused on comparison and planning inside Succeed.
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Deep Dive: AI + Medicine
by Veritas AI
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