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Programs

Our Life Science Courses

Rigorous, university-level life science courses — designed for ambitious undergraduates and delivered by world-class instructors.

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Courses
Life sciences
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Total Students
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Sessions Delivered
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Seasons
Summer, Spring, Fall, Winter
Basic Molecular Genetics
Summer 2025

Basic Molecular Genetics

A rigorous foundational course covering DNA structure, replication, transcription, translation, gene regulation, RNA biology, and genetics across model systems including Drosophila, mouse, and zebrafish.

Central Dogma : ReplicationCentral Dogma : TranscriptionCentral Dogma : TranslationDNA Repair Mechanisms, Recombination & MutagenesisRNA Splicing, Modifications & Nonsense mediated decay
Applications Closed
Detailed Syllabus

Basic Molecular Genetics

Core Modules (12 Topics)
✓Central Dogma : Replication
✓Central Dogma : Transcription
✓Central Dogma : Translation
✓DNA Repair Mechanisms, Recombination & Mutagenesis
✓RNA Splicing, Modifications & Nonsense mediated decay
✓RNA Modifications
✓RNA Biology circ RNAs
✓Structures of Protein
✓Introduction to Mendelian Genetics
✓Drosophila as a Model Organism
✓Mouse and Human Genetics
✓Zebrafish as a Model organism
Advanced Molecular Genetics
Spring 2025

Advanced Molecular Genetics

An elite course for students who cleared the rigorous Post-Course Assignment. Covers CRISPR, super-enhancers, AI-based protein design, NGS technologies, RNAseq, CAR-T, RNA therapeutics, epigenetics in cancer, and host-pathogen interactions.

AI-based Protein DesignMolecular Toolkit of Genetic EngineeringTechniques of Molecular BiologyRNA Sequence AnalysisNext Generation Sequencing (NGS)
Applications Closed
Detailed Syllabus

Advanced Molecular Genetics

Core Modules (11 Topics)
✓AI-based Protein Design
✓Molecular Toolkit of Genetic Engineering
✓Techniques of Molecular Biology
✓RNA Sequence Analysis
✓Next Generation Sequencing (NGS)
✓CRISPR/Cas9 based Gene Editing & Therapeutics
✓Cellular Plasticity & Epigenetics
✓CAR T- Cell Therapies, Lymphocyte/NK Cell Based Therapies
✓RNAi based Therapeutics
✓Introduction to Microbial Community Analysis & Metagenomics
✓Bacterial Immune Systems
Cell Biology
Fall 2025

Cell Biology

A comprehensive exploration from Princeton and Weill Cornell — covering the cytoskeleton, membrane systems, cell signaling, cell cycle, apoptosis, autophagy, neurodegeneration, plasma membrane biology, and advanced microscopy techniques.

Cells and Cellular StructuresIntroduction to Electron MicroscopyIntroduction to ProteinsBacterial Immune SystemsCytoskeleton
Applications Closed
Detailed Syllabus

Cell Biology

Core Modules (13 Topics)
✓Cells and Cellular Structures
✓Introduction to Electron Microscopy
✓Introduction to Proteins
✓Bacterial Immune Systems
✓Cytoskeleton
✓Microscopy
✓Plasma Membrane
✓Cell Signalling
✓Cell Biology of Developing Neurons
✓Cell Polarity
✓Cell Adhesion & Migration
✓Cell Cycle
✓Lysozyme, Autophagy & Neurodegeneration
Neurobiology
Fall 2025

Neurobiology

A deep dive into the most complex organ in the known universe — from gross neuroanatomy and action potentials to neurodegeneration, circadian rhythms, and advanced human neuroimaging. Features the innovative Alert Point engagement system.

Introduction to NeuroscienceGross Anatomy and Historical Perspective of the BrainCell types & Neural NetworksSynapse Formation & Neural Circuit RemodellingEvolution of Brain & Spinal Cord
Applications Closed
Detailed Syllabus

Neurobiology

Core Modules (24 Topics)
✓Introduction to Neuroscience
✓Gross Anatomy and Historical Perspective of the Brain
✓Cell types & Neural Networks
✓Synapse Formation & Neural Circuit Remodelling
✓Evolution of Brain & Spinal Cord
✓Human Neuroimaging Techniques
✓Developmental Neurobiology
✓The Neuromuscular Junction & The Drosophila Model
✓Synaptic & Dendritic Integration
✓Neurodegenerative Disorders
✓Synaptic Plasticity
✓Generation of Neuronal Polarity
✓Transcription Factors & How they Shape the Brain
✓Experimental Approach of Neurons
✓Animal Learning Theory
✓Circadian Rhythms
✓Molecular Mechanisms of Free Running Rhythms & Entertainment
✓Cell Biology of Developing Neurons
✓Visualizing Neurons in Action
✓Neurogenetics in Synapse Formation
✓Lysoszyme, autophagy & Neurodegeneration
✓NeuroToolbox : Poking, Probing & Decoding the Brain
✓Network Pharmacology
✓Neurodegenerative Diseases & Underlying Behaviors
Advanced Computational Biology
Winter 2026
Applications Open

Advanced Computational Biology

An intensive research fellowship covering bio-computational genomics, structural bioinformatics, molecular dynamics simulations, biological sequence modeling, and machine learning in life sciences with international faculty mentorship.

Bio-Computational Genomics & AlgorithmsStructural Bioinformatics & PyMOLMolecular Dynamics & Docking SimulationsNext-Generation Sequencing (NGS) PipelinesMachine Learning & Deep Learning in Life Sciences
Detailed Syllabus

Advanced Computational Biology

Core Modules (10 Topics)
✓Bio-Computational Genomics & Algorithms
✓Structural Bioinformatics & PyMOL
✓Molecular Dynamics & Docking Simulations
✓Next-Generation Sequencing (NGS) Pipelines
✓Machine Learning & Deep Learning in Life Sciences
✓Phylogenetic & Multi-Sequence Alignment
✓Cancer Genomics & Mutation Signatures
✓Transcriptomics & Single-Cell RNA-Seq
✓Research Paper Analysis & Journal Club
✓Grant Writing & Academic Fellowships
Experimental Wet-Lab Immersion

From Molecular Bench to Global Classroom

Scienspur courses bridge rigorous theoretical foundations with real-world wet-lab methodology. Our curricula immerse students in the exact techniques, instruments, and sterile protocols used in premier research institutions.

Agarose Gel Electrophoresis & DNA Sizing
Molecular Genetics
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Agarose Gel Electrophoresis & DNA Sizing

Precision loading of DNA amplicons and molecular weight ladders into agarose wells.

Sub-microliter Well LoadingDNA Ladder Mobility Analysis
Basic & Advanced Molecular Genetics→
Aseptic Technique & Biosafety Cabinet Workflows
Cell Biology
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Aseptic Technique & Biosafety Cabinet Workflows

Sterile laminar flow hood operations, media preparation, and cell line manipulation.

Laminar Flow Aseptic BoundarySterile Media & Reagent Handling
Cell Biology→
Precision Micropipetting & Reaction Setup
Wet-Lab Methodology
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Precision Micropipetting & Reaction Setup

Enzyme master mix formulation, PCR tube setups, and cold-chain sample handling.

Micro-volume Pipetting AccuracyPCR Master Mix Optimization
Experimental Molecular Biology→
Liquid Culture Dynamics & Assay Kinetics
Model Organisms
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Liquid Culture Dynamics & Assay Kinetics

Vessel management, liquid culture growth kinetics, and physiological assays.

Culture Flask InoculationLog-Phase Growth Monitoring
Cell & Model Organism Biology→

Multi-Phase Selection Process

We select students through a rigorous, merit-based process that ensures every participant is committed and prepared.

STEP 01

Application

Submit your application with your academic background and motivation.

STEP 02

Screening

Applications reviewed for academic readiness and commitment.

STEP 03

Selection

Selected candidates notified and onboarded to the course platform.

STEP 04

Learning

Attend live sessions, journal clubs, and submit assignments.