Classes taken at MIT

(Also with professors)

Relevant Courses taken

Legend	CS	Taught me how things work
	AI	Taught me how to think about things
	Math	Taught me how to formalize thoughts
	Labs	Taught me how to make things that work

Graduate Coursework
6.823	Computer System Architecture
6.826	Principles of Computer Systems
6.911	Unusual Computing

6.836	Embodied Intelligence
6.866*	Robot Vision
6.868	Society of Mind
6.891	Machine Learning
6.892	The Human Intelligence Enterprise

6.840	Theory of Computation
6.852	Distributed Algorithms
6.854	Advanced Algorithms
18.700*	Foundations of Linear Algebra

6.892	Computational Functional Genomics
18.417	Computational Molecular Biology

6.821	Programming Languages
6.837*	Computer Graphics

Undergraduate Coursework
6.001*	Structure and Interpretation of Computer Programs
6.002	Circuits and Electronics
6.003	Signals and Systems
6.004*	Computational Structures

6.011	Control and Signal Processing
6.033*	Computer Systems Engineering

6.034	Artificial Intelligence
6.038	AI in practice

6.041*	Probabilistic Systems Analysis
6.042*	Math for Computer Science
6.046	Algorithms
18.02*	Multivariable Calculus
18.03	Differential Equations

6.170*	Lab in Software Engineering
6.115	Microprocessor Design Lab
6.270	Autonomous Robot Design

(In the list above * means top 10 of class or higher)

Advanced Credit - Lycée Français de New York

18.01 Calculus
8.01 Newtonian Physics
5.11 Principles of Chemistry
7.012 Introductory Biology

Fall 95 - First Term Freshman Year

18.02 Multivariable Calculus
8.02 Electromagnetism
14.01 Microeconomics
21F.222 Writing
6a22 Seminar on the Web

IAP 96

6.270 Autonomous Robot Design

Spring 96 - Second Term Freshman Year

6.001 Structure and Interpretation of Computer Systems
6.002 Circuits and Signals
18.03 Differential Equations
21F.311 The French Novel in the 19th century

W3C - Web Robot Language

Fall 96 - First Term Sophomore Year

6.004 Computational Structures
6.034 Artificial Intelligence
6.041 Probabilistic Systems Analysis
18.700 Linear Equations

IAP 97

Miami
Graphics
UROP AI
Rome

Spring 97 - Second Term Sophomore Year

6.003 Signals and Systems
6.170 Lab in Software Engineering
6.042 Math for Computer Science
21F.701 Spanish 1

Xerox PARC - Surface Reconstruction

Fall 97 - First Term Junior Year

6.046 Algorithms
6.837 Computer Graphics
6.866 Robot Vision
21F.313 French Culture
21F.702 Spanish 2

IAP 98

Publication
Greek Dances
ISA Ski

Spring 98 - Second Term Junior Year

6.038 AI in Practice
6.868 The Society of Mind
6.915 The Human Intelligence Enterprise
21F.704 Spanish 4

Xerox PARC - Robotics

Fall 98 - First Term Senior Year

6.011 Communication Control and Signal Processing
6.115 Microprocessor Design Lab
6.821 Programming Languages
6.840 Theory of Computation

IAP 99

Applications
Miami
California
Montreal

Spring 99 - Second Term Senior Year - M.Eng. Term

6.033 Computer System Engineering
6.823 Computer System Architecture
6.826 Principles of Computer Systems
6.836 Embodied Intelligence
21F.018 Bilingualism: Language Culture and Experience

June/July: Xerox PARC - DiVA - human motion primitives

August: Paris - E-commerce Consulting

Fall 99 - Ph.D. 1

6.891 Machine Learning
6.854 Advanced Algorithms
6.852 Distributed Algorithms
18.417 Computational Molecular Biology

Spring 00 - Ph.D. 2

6.823 Computer Architecture
6.911 Unusual Computing
6.892 Computational Functional Genomics

The end of qualifiers

Summer: Whitehead Institute

Fall 00 - Ph.D. 3

7.01 Introductory Biology
7.03 Genetics
7.52 Graduate Genetics

Spring 01 - Ph.D. 4

6.892/7.93 Computational functional genomics
7.28 Molecular Biology
9.520 Networks for Learning: Regression and Classification
18.418 Topics in Computational Molecular Biology
MCB190 Bioinformatics: The computational Analysis of Genes and Proteins
Stat315b Fundamentals of Computational Biology