# Nanoschool

> Online education in artificial intelligence, nanotechnology and biotechnology —
> courses, mentor-led workshops and flagship programmes for students, PhD
> researchers, faculty and industry professionals, delivered from India.

Nanoschool publishes two distinct things, and they answer different questions:

1. A paid catalogue of courses, workshops and flagship programmes.
2. A free knowledge hub at /resources — explainers, working definitions and
   research context, written to be read rather than to sell.

Every price is shown in INR and USD. Programmes are delivered online.

## Subject domains

- [Artificial Intelligence](https://products.nanoschool.in/domains/ai): 634 programmes — 363 courses, 5 flagships, 266 workshops
- [Nanotechnology](https://products.nanoschool.in/domains/nano): 140 programmes — 84 courses, 56 workshops
- [Biotechnology](https://products.nanoschool.in/domains/bio): 350 programmes — 175 courses, 10 flagships, 165 workshops

## Programme types

- [courses](https://products.nanoschool.in/programs/courses): 622 listed
- [workshops](https://products.nanoschool.in/programs/workshops): 487 listed

## Flagship programmes

Eight-week, mentor-led programmes with a capstone project. Each has its own
page carrying modules, pricing tiers and FAQ.

- [DrugAI Pro — AI-Driven Drug Discovery & Cheminformatics](https://products.nanoschool.in/programs/flagship-programs/drugai-pro): Artificial Intelligence. Target identification, molecular modelling and cheminformatics workflows for computational drug discovery.
- [GenomeInsight Pro — NGS Data Analysis & Multi-Omics](https://products.nanoschool.in/programs/flagship-programs/genomeinsight-pro): Artificial Intelligence. Genomic workflows, RNA-seq and variant interpretation across next-generation sequencing data.
- [ClinBio Pro — Clinical Bioinformatics & Genomic Medicine](https://products.nanoschool.in/programs/flagship-programs/clinbio-pro): Biotechnology. Variant interpretation and ACMG guidelines, bridging genomics and clinical care.
- [OmicsLab Pro — Single-Cell & Spatial Transcriptomics](https://products.nanoschool.in/programs/flagship-programs/omicslab-pro): Biotechnology. Single-cell RNA-seq and spatial transcriptomics, from experimental design to analysis.
- [BioManufactureX Pro — Biologics GMP Manufacturing](https://products.nanoschool.in/programs/flagship-programs/biomanufacturex-pro): Biotechnology. Upstream processing, downstream purification and quality systems in biologics manufacturing.
- [RegLaunch Bio Pro — Global Regulatory Affairs & CMC Writing](https://products.nanoschool.in/programs/flagship-programs/reglaunch-bio-pro): Biotechnology. Regulatory strategy, CMC writing and eCTD submissions for biologics.
- [TrialOps Pro — Clinical Research & GCP Operations](https://products.nanoschool.in/programs/flagship-programs/trialops-pro): Biotechnology. GCP, participant management and decentralised trial operations for clinical research.
- [LabAdvance Pro — Medical Laboratory Quality & Molecular Diagnostics](https://products.nanoschool.in/programs/flagship-programs/labadvance-pro): Biotechnology. Laboratory quality systems and molecular diagnostics in a modern diagnostic lab.
- [QualitySafe Pro — Patient Safety & Hospital Accreditation](https://products.nanoschool.in/programs/flagship-programs/qualitysafe-pro): Biotechnology. How hospitals manage safety, prevent harm and meet accreditation standards.
- [CareInformatics Pro — Digital Health & AI Workflow Design](https://products.nanoschool.in/programs/flagship-programs/careinformatics-pro): Artificial Intelligence. EHR interoperability and clinical workflow design across digital health systems.
- [ImagingFlow Pro — Diagnostic Imaging Operations & Teleradiology](https://products.nanoschool.in/programs/flagship-programs/imagingflow-pro): Artificial Intelligence. Imaging workflows, protocol optimisation and teleradiology operations.
- [RehabPath Pro — Rehabilitation Care Pathways & Telerehab](https://products.nanoschool.in/programs/flagship-programs/rehabpath-pro): Biotechnology. Telerehab workflows, functional assessment and assistive technology in rehabilitation care.
- [BioForensics Pro — Forensic DNA & Biological Evidence](https://products.nanoschool.in/programs/flagship-programs/bioforensics-pro): Biotechnology. Evidence collection, PCR amplification and DNA profiling in forensic biology.
- [CrimeSceneX Pro — Crime Scene Investigation & Reconstruction](https://products.nanoschool.in/programs/flagship-programs/crimescenex-pro): Biotechnology. Scene security, evidence collection and pattern analysis for scene reconstruction.
- [CyberTrace Pro — Digital Forensics & Cybercrime Investigation](https://products.nanoschool.in/programs/flagship-programs/cybertrace-pro): Artificial Intelligence. Evidence handling and memory forensics for cybercrime investigation.

## Resources — explainers and reference

Free, cited, and written to answer the question in the title outright. The
pillar topics are the broad explainers; the articles go narrower.

- [Resources hub](https://products.nanoschool.in/resources): all articles, topics and definitions
- [Glossary](https://products.nanoschool.in/resources/glossary): working definitions of technical terms

### Pillar topics

- [What is Artificial Intelligence?](https://products.nanoschool.in/resources/topics/what-is-artificial-intelligence): AI, machine learning, deep learning and generative models are nested, not synonymous. Here is what distinguishes each layer, and which one people now mean when they say AI.
- [What is Nanotechnology?](https://products.nanoschool.in/resources/topics/what-is-nanotechnology): Nanotechnology is defined by scale rather than substance. Here is what changes between 1 and 100 nanometres, why it changes, and why a nanoparticle of a familiar material can be a genuinely new one.
- [What is Biotechnology?](https://products.nanoschool.in/resources/topics/what-is-biotechnology): Biotechnology explained through the four things you can now do to a genome, the order the field acquired them, and what each one unlocked.
- [Careers in deep science](https://products.nanoschool.in/resources/topics/careers-in-deep-science): What eight real deep-science roles involve day to day, what qualification each actually needs, and the two axes — bench time and code time — that decide which will suit you.
- [Nanomedicine, explained](https://products.nanoschool.in/resources/topics/nanomedicine-explained): Why a drug-delivery nanoparticle has a core, a shell, a polymer coat and a targeting ligand — told as the sequence of failures each layer was added to solve.
- [Where AI and biology meet](https://products.nanoschool.in/resources/topics/where-ai-and-biology-meet): What machine learning has actually changed in biology, what it has not, and why the loop between a prediction and a measurement is still the part that takes months.
- [Where nanotechnology research stands today](https://products.nanoschool.in/resources/topics/nanotechnology-research-today): Discovery, characterisation, pilot line, product. What each stage measures, what kills projects at each one, and why most of the field is permanently in the first two.
- [Is Artificial General Intelligence possible?](https://products.nanoschool.in/resources/topics/is-agi-possible): Four serious positions on AGI, what each treats as the binding constraint, and — for each — the observation that would refute it. A guide to holding the question rather than picking a side.

### Articles

- [How small is a nanometre, really?](https://products.nanoschool.in/resources/how-small-is-a-nanometre): The human-hair comparison tells you nothing useful. Six anchors at the right order of magnitude, and the two mechanisms that make small materials behave differently.
- [CRISPR in plain language, without the hype](https://products.nanoschool.in/resources/crispr-in-plain-language): How CRISPR finds one address in three billion letters, why the scissors were never the innovation, and why a precise edit is a screening campaign rather than an operation.
- [What a transformer is actually doing when it "reads"](https://products.nanoschool.in/resources/what-a-transformer-is-doing): Attention, explained through a single nine-token sentence: what the weights mean, why the upper triangle of the matrix is empty, and what that mask has to do with the model's failure modes.
- [Quantum dots: from lab curiosity to your television](https://products.nanoschool.in/resources/quantum-dots-explained): Why a quantum dot's colour is set by its size, and why the journey from a 1981 observation to a shipping display took three decades of manufacturing rather than physics.
- [Reading a scientific paper you were never trained to read](https://products.nanoschool.in/resources/reading-a-scientific-paper): A working order for reading a paper outside your field — figures first, abstract last — and the four questions that separate a supported claim from a plausible one.
- [Which deep-science domain should you start with?](https://products.nanoschool.in/resources/which-deep-science-domain-should-you-start-with): AI, nano and bio compared on the axes that decide it in practice: what you need to start, how fast the feedback comes, and whether you can practise without a facility.

## About and policies

- [About Nanoschool](https://products.nanoschool.in/about)
- [Mentors](https://products.nanoschool.in/mentors): the people who teach and review
- [FAQs](https://products.nanoschool.in/faqs)
- [Contact](https://products.nanoschool.in/contact)
- [Terms and conditions](https://products.nanoschool.in/terms-and-conditions)
- [Privacy policy](https://products.nanoschool.in/privacy-policy)
- [Refund policy](https://products.nanoschool.in/refund-policy)

## Optional

- [Full LLM context](https://products.nanoschool.in/llms-full.txt): complete platform architecture, full curricula, and FAQ bank in a single request
- [Full sitemap](https://products.nanoschool.in/sitemap.xml): every indexable URL, ~1200 programmes included
- [Workshop calendar](https://products.nanoschool.in/workshop-calendar): dated upcoming sessions