Full curriculum

All 6 sections. All 21 modules.

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Section 1 · Engineering Mathematics

1.1 Change

Free

Limits & Continuity Limits Continuity Differentiability Partial Derivatives Optimisation

1.2 Accumulation

Free

Definite & Indefinite Integrals Gradient Divergence Curl

1.3 Relationships

🔒 Locked

🔒 Matrices

🔒 Determinants

🔒 Systems of Linear Equations

🔒 Eigenvalues and Eigenvectors

1.4 Uncertainty

🔒 Locked

🔒 Describing Data

🔒 Random Variables

🔒 Binomial & Poisson Distributions

🔒 Normal Distribution

🔒 Correlation & Regression

🔒 Bayesian Statistics

1.5 Dynamic Systems

🔒 Locked

🔒 Why Systems Change

🔒 Differential Equations

🔒 Growth and Decay

🔒 Nonlinear Dynamic Systems

🔒 Higher Order Differential Equations

🔒 Cauchy–Euler Equations

🔒 Laplace Transforms

1.6 Approximation

🔒 Locked

🔒 Solving Nonlinear Equations — Bisection & Newton–Raphson

🔒 Solving Linear Systems Numerically

🔒 Numerical Integration — Trapezoidal & Simpson's Rule

🔒 Numerical Solutions to ODEs — Euler's Method

Section 2 · General Biology

2.1 Biochemistry

🔒 Locked

🔒 Biomolecules — Structure and Function

🔒 Membranes, Channels and Transport

🔒 Central Metabolic Pathways

🔒 Photosynthesis, Respiration and Electron Transport

🔒 Enzyme Classification and Kinetics

🔒 Enzyme Inhibition

2.2 Microbiology

🔒 Locked

🔒 Bacterial Diversity and Cell Structure

🔒 Microbial Growth and Nutrition

🔒 Gene Regulation in Bacteria — Operons

🔒 Host–Pathogen Interactions

🔒 Antibiotics, Resistance and Bacterial Communication

🔒 Viruses — Structure and Classification

2.3 Immunology

Free

Innate Immunity and Inflammation Lymphoid Organs and Lymphocyte Development Antibody Structure, Diversity and Function Cellular and Humoral Immunity MHC, Antigen Processing and Presentation The Complement System Immune Regulation, Tolerance and Memory Hypersensitivity, Autoimmunity and Immunodeficiency Transplant Immunology, Immunization and Vaccines

Section 3 · Genetics, Cellular and Molecular Biology

3.1 Genetics & Evolutionary Biology

Free

Genetic Information — Two Directions Mendelian Inheritance and Gene Interaction Linkage, Recombination and Chromosome Mapping Extrachromosomal Inheritance Bacterial Genetics — Transformation, Transduction, Conjugation Horizontal Gene Transfer and Transposable Elements Chromosomal Variation, Sex Determination and Genetic Disorders Epigenetics Population Genetics — Selection, Drift and Neutrality Evolution — From Populations to Divergence Speciation — When a Population Becomes a New Species

3.2 Cell Biology

🔒 Locked

🔒 Eukaryotic Cell Structure

🔒 Cell Signalling and Signal Transduction

🔒 Post-Translational Modifications

🔒 Protein Trafficking

🔒 Cell-Cell Communication

🔒 Non-Cell-Autonomous Signalling

🔒 Cell Cycle and Growth Control

🔒 Cell Death and Autophagy

🔒 The Extracellular Matrix

3.3 Molecular Biology

🔒 Locked

🔒 Molecular Structure of Genes and Chromosomes

🔒 DNA Replication

🔒 Mutations and Mutagenesis

🔒 DNA Damage and Repair

🔒 Transcription

🔒 RNA Splicing

🔒 Translation

🔒 Regulation of Gene Expression

🔒 Non-Coding RNA and MicroRNA

🔒 RNA Interference

Section 4 · Fundamentals of Biological Engineering

4.1 Bioreaction Engineering

🔒 Locked

🔒 Rate Laws and Order of Kinetics

🔒 Advanced Kinetic Models and Michaelis-Menten Kinetics

🔒 Enzyme Inhibition in Bioreactor Design

🔒 Ideal Reactors — Batch, Mixed Flow and Plug Flow

🔒 Immobilized Enzymes and Transport Limitations

🔒 Thiele Modulus, Effectiveness Factor and Damköhler Number

🔒 Kinetics of Cell Growth, Substrate Utilization and Product Formation

🔒 Structured and Unstructured Models

🔒 Batch, Fed-Batch and Continuous Processes

🔒 Microbial and Enzyme Reactors — Design Differences

🔒 Reactor Optimization

🔒 Scale-Up — Why Bigger Isn’t Just More

🔒 Industrial Bioprocess Case Studies

4.2 Upstream & Downstream Processing

🔒 Locked

🔒 Media Formulation and Optimization

🔒 Sterilization of Media and Air

🔒 Filtration — Membrane and Ultrafiltration

🔒 Centrifugation — High-Speed and Ultra

🔒 Cell Disruption

🔒 Chromatography — Separation Principles

🔒 Chromatography — Instrumented Platforms (GC, HPLC, FPLC)

🔒 Extraction and Adsorption

🔒 Concentration, Product Recovery and Drying

🔒 Process Instrumentation — Pressure, Temperature and Flow

🔒 Control Valves

🔒 First-Order and Second-Order Systems

🔒 Feedback and Feedforward Control

🔒 Proportional, Integral and Derivative Control

🔒 Controller Tuning

🔒 Industrial Bioprocess — Raw Material to Regulated Product

Section 5 · Plant, Animal and Microbial Biotechnology

5.1 Plants

🔒 Locked

🔒 Totipotency and Cell Fate

🔒 Plant Growth Regulators and Elicitors

🔒 Tissue Culture and Cell Suspension Systems

🔒 Secondary Metabolites, Hairy Root Culture and Industrial Products

🔒 Somaclonal Variation and Artificial Seeds

🔒 Protoplast Fusion — Somatic Hybrids and Cybrids

🔒 Transgenic Plants — Gene Transfer Methods

🔒 Selection Markers and Reporter Genes

🔒 Plastid Transformation

5.2 Animals

Free

Animal Cell Culture — Media, Conditions and Preservation Anchorage-Dependent and Carrier Culture Systems Kinetics of Animal Cell Growth Hybridoma Technology Stem Cell Technology Animal Cloning and Transgenesis Knock-Out and Knock-In Animals

5.3 Microbes

🔒 Locked

🔒 Industrial Production of Biomass and Metabolites

🔒 Large-Scale Production of Recombinant Proteins

🔒 Applied Microbiology — Clinical, Food and Industrial

🔒 Screening Strategies for New Products

Section 6 · Recombinant DNA Technology and Other Tools

6.1 Recombinant DNA Technology

Free

Restriction and Modification Enzymes Vectors I — Plasmids and Phage-Based Systems Vectors II — Cosmids, BACs and YACs Expression Vectors cDNA and Genomic DNA Libraries Gene Isolation and Cloning Strategies for Recombinant Protein Production Transposons and Gene Targeting Recombination-Based Gene Cloning

6.2 Molecular Tools

🔒 Locked

🔒 Polymerase Chain Reaction

🔒 DNA/RNA Labelling and Detection

🔒 Sanger Sequencing

🔒 Next-Generation Sequencing

🔒 Southern and Northern Blotting

🔒 In-Situ Hybridization

🔒 DNA Fingerprinting, RAPD and RFLP

🔒 Site-Directed Mutagenesis

🔒 CRISPR-Cas

🔒 Biosensors

🔒 DNA-Protein and Protein-Protein Interaction Tools

🔒 Genomics and Proteomics-Based Approaches

6.3 Analytical Tools

🔒 Locked

🔒 Microscopy — Light to Electron, Increasing Resolution

🔒 Spectroscopy I — Absorption and Emission Methods

🔒 Spectroscopy II — Structural and Mass Methods

🔒 Electrophoresis

🔒 Immunoassays and Immunoblotting

🔒 Enzymatic Assays

🔒 Flow Cytometry

🔒 Microarrays

🔒 Whole Genome Sequencing

🔒 ChIP Sequencing

6.4 Computational Tools

Free

Bioinformatics Resources and Databases Sequence Analysis — Formats, Scoring and Alignment Phylogeny Gene Prediction and Functional Annotation Knowledge Discovery in Biochemical Databases Genomics, Proteomics, Metabolomics and Metagenomics Secondary and 3D Structure Prediction Metabolic Engineering and Systems Biology

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