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Course Schedule

14-Week Schedule

Detailed weekly breakdown with readings, coding exercises, and visualizations

Week 1Foundation
3 hours/week
Proteins as Biological Machines

Core Topics

  • Central Dogma
  • 20 amino acids
  • Protein folding

Required Readings

  • Alberts Ch. 3
  • Branden & Tooze Ch. 1

Coding Exercise

Amino acid properties analysis

Visualization

Protein structure gallery

Week 2Mathematics
3 hours/week
Mathematical Foundations

Core Topics

  • 3D geometry
  • Symmetry operations
  • Chirality

Required Readings

  • Lesk Ch. 2
  • Creighton Ch. 4

Coding Exercise

3D coordinate transformations

Visualization

Symmetry operations in proteins

Week 3Structure
3 hours/week
Levels of Protein Structure

Core Topics

  • Primary to Quaternary
  • Secondary motifs
  • Domains

Required Readings

  • Richardson (1981)
  • Chothia & Lesk (1986)

Coding Exercise

Secondary structure prediction

Visualization

Ramachandran plots

Week 4Physics
3 hours/week
Forces Shaping Proteins

Core Topics

  • Hydrogen bonds
  • Hydrophobic effect
  • Thermodynamics

Required Readings

  • Dill (1990)
  • Kauzmann (1959)

Coding Exercise

Energy calculations

Visualization

Force field visualization

Week 5Biology
3 hours/week
Biosynthesis & Synthetic Biology

Core Topics

  • Ribosome mechanism
  • Cell-free synthesis
  • Codon table

Required Readings

  • Ramakrishnan (2002)
  • Church et al. (2014)

Coding Exercise

Codon optimization

Visualization

Translation machinery

Week 6Mathematics
3 hours/week
Protein Geometry & Topology

Core Topics

  • Protein knots
  • Contact maps
  • Graph theory

Required Readings

  • Taylor (2000)
  • Vendruscolo et al. (2002)

Coding Exercise

Contact map analysis

Visualization

Protein topology browser

Week 7Computation
3 hours/week
Protein Modeling Basics

Core Topics

  • Homology modeling
  • Threading
  • Ab initio methods

Required Readings

  • Marti-Renom et al. (2000)
  • Baker & Sali (2001)

Coding Exercise

MODELLER tutorial

Visualization

Model quality assessment

Week 8Computation
3 hours/week
Molecular Dynamics & Simulation

Core Topics

  • Force fields
  • MD integration
  • Folding simulations

Required Readings

  • Karplus & McCammon (2002)
  • Shaw et al. (2010)

Coding Exercise

GROMACS simulation

Visualization

Trajectory analysis

Week 9Physics
3 hours/week
Thermodynamics & Energy Landscapes

Core Topics

  • Energy funnels
  • Misfolding
  • Levinthal's paradox

Required Readings

  • Dill & Chan (1997)
  • Onuchic et al. (1997)

Coding Exercise

Energy landscape plotting

Visualization

Folding funnel models

Week 10AI/ML
3 hours/week
AI & Machine Learning

Core Topics

  • AlphaFold
  • Neural networks
  • Generative design

Required Readings

  • Jumper et al. (2021)
  • Senior et al. (2020)

Coding Exercise

Structure prediction with ColabFold

Visualization

Confidence score analysis

Week 11Application
3 hours/week
Enzyme Design & Catalysis

Core Topics

  • Transition states
  • Directed evolution
  • Active sites

Required Readings

  • Arnold (2018)
  • Röthlisberger et al. (2008)

Coding Exercise

Active site analysis

Visualization

Catalytic mechanism viewer

Week 12Application
3 hours/week
Proteins in Medicine & Materials

Core Topics

  • Antibodies
  • Vaccine design
  • Nanomaterials

Required Readings

  • Burton (2002)
  • King et al. (2014)

Coding Exercise

Antibody modeling

Visualization

Protein nanostructures

Week 13Case Study
3 hours/week
Case Studies in Protein Design

Core Topics

  • De novo design
  • Foldit
  • Mini-proteins

Required Readings

  • Huang et al. (2016)
  • Cooper et al. (2010)

Coding Exercise

Design analysis pipeline

Visualization

Success story gallery

Week 14Project
3 hours/week
Capstone Project & Presentations

Core Topics

  • Target selection
  • Design proposal
  • Presentations

Required Readings

  • Student-selected papers

Coding Exercise

Project implementation

Visualization

Presentation materials

Ready to Begin?

Start with Week 1 and progress through the interdisciplinary curriculum