Teaching

Toronto

2021, University of Toronto:

Probability and Statistics (ECE286, Faculty of Applied Science & Engineering)

Click for a report & video regarding the above course

2019, University of Toronto:

Design of Scientific Studies (STA305, Department of Statistical Sciences)

With thanks to support from Datacamp

2018, University of Toronto:

Statistical Methods for Machine Learning & Data Mining (STA414, Dept of Statistical Sciences)

Design of Scientific Studies (STA305, Department of Statistical Sciences)

Methods of Data Analysis I (STA302, Department of Statistical Sciences)

Probability & Statistics (STA286, Faculty of Applied Science and Engineering)

Probability and Statistics I (STA257, Department of Statistical Sciences)

2017, University of Toronto:

Inference Algorithms and Machine Learning (ECE521, Faculty of Applied Science and Engineering)

Statistical Methods for Machine Learning & Data Mining (STA414, Dept of Statistical Sciences)

Design of Scientific Studies (STA305, Department of Statistical Sciences)

Methods of Data Analysis I (STA302, Department of Statistical Sciences)

Probability and Statistics I (STA257, Department of Statistical Sciences)

2016, University of Toronto:

Design of Scientific Studies (STA305, Department of Statistical Sciences)

Calculus I (MAT186, Faculty of Applied Science and Engineering)

2016, School of Information & Communications Technology at Seneca College:

Mathematics (MTH155)

Mathematics with Foundations (MTH147)

University of Oxford

2012-2013

Michaelmas Tutorials:

1P1A: Calculus I

1P1D: Vectors and Matrices

2A2A: Signal Conditioning

2A2B: Microcontroller Systems

Revision 1 (mathematics)

Hilary Tutorials:

2A2E: Communications & Electromagnetism

2A2F-G: Communications I-II

2A2H: Discrete Systems

2A4F: Electrical Machines II

Hilary Collections:

P1 - Mathematics (setting)

A2/A4 - Electronic & Information Engineering, and Energy Systems (co-setting and co-marking) [2]

Trinity Collections:

A2/A4 - Electronic & Information Engineering, and Energy Systems (co-setting and co-marking) [2]

Trinity Revision Classes: (Somerville, Exeter, Pembroke, Christ Church, and St Hilda's Colleges)

A2 - Electronic & Information Engineering (half)

Trinity Washups:

A4 - Energy Systems (quarter)

2011-2012

Michaelmas Tutorials:

1P1A: Calculus I

1P1B-C: Complex Algebra & Fourier Series

1P1D-E: Vectors and Matrices

1P1F-G: Ordinary Differential Equations

2A2A: Signal Conditioning

2A2B: Microcontroller Systems

2A2C-D: Introduction to Control Theory

2A2E: Communications & Electromagnetism

Hilary Tutorials:

1P1H: Calculus II (Partial Differentiation and Multiple Integrals)

2A2F-G: Communications I-II

2A2H: Discrete Systems

2A4E-F: Electrical Machines I-II

Trinity Tutorials:

1P1J: Mathematical Modelling of Physical Systems

Michaelmas Classes:

B14: Signal and Image Analysis

C24: Advanced Probability Methods

Trinity Revision Classes and Washups:

P1: Mathematics - washup

P4: Energy - co-washup

A2: Electronic and Information Engineering - washup and co-revision

A4: Energy Systems - Co-washup

Michaelmas Collections:

P1 - Mathematics (marking) [2]

P4 - Energy and the Environment (co-marking) [2]

Hilary Collections:

P1 - Mathematics (setting and marking) [1]

A1/A2 - Mathematics, and Electronic & Information Engineering (co-setting and co-marking) [2]

Trinity Collections:

A1/A2 - Mathematics, and Electronic & Information Engineering (co-setting and co-marking) [2]

2010-2011

Michaelmas Tutorials:

1P1A: Calculus I

1P1B: Complex Algebra & Fourier Series I

1P1D-E: Vectors and Matrices

1P1F-G: Ordinary Differential Equations

2A2A: Signal Conditioning

2A2B: Microcontroller Systems

2A2C-D: Introduction to Control Theory

2A2E: Communications & Electromagnetism

Mathematics summer revision paper

Hilary Tutorials:

1P1C: Complex Algebra & Fourier Series II

1P1H: Calculus II (Partial Differentiation and Multiple Integrals)

2A2F-G: Communications I-II

2A2H: Discrete Systems

2A4E-F: Electrical Machines I-II

Trinity Tutorials:

1P1J: Mathematical Modelling of Physical Systems (tentative)

Michaelmas Classes:

B14: Signal and Image Analysis

C7B: Advanced Probability Methods

Trinity Revision Classes and Washups:

P1: Mathematics - Revision and washup

A2: Electronic and Information Engineering - Co-revision and washup [2]

A4: Energy Systems - Co-washup [2]

Michaelmas Collections:

P1 - Mathematics (marking) [2]

Hilary Collections:

P1 - Mathematics (marking) [1]

Trinity Collections:

P4: Energy and the Environment (co-marking)

A2/A3: Electronic and Information Engineering; and Structures, Materials and Dynamics (co-setting and co-marking) [2]

A1/A4: Mathematics; and Energy Systems (co-setting) [2]

2009-2010

Michaelmas Tutorials:

1P1A: Calculus I

1P1H: Calculus II (Partial Differentiation and Multiple Integrals)

1P1B-C: Complex Algebra & Fourier Series

1P1D: Vectors and Matrices I

1P1F-G: Ordinary Differential Equations

2A2C-D: Introduction to Control Theory

2A2E-G: Communications and Electromagnetism

3A2A-C: Communications

3A3A-B: Introduction to Control Theory

Hilary Tutorials:

1P1E: Vectors and Matrices II

2A2H: Discrete Systems

Trinity Tutorials:

1P1J: Mathematical Modelling of Physical Systems

Michaelmas Classes:

B6: Quantitative Physiology I & II

Hilary Classes:

B4: Signal and Image Analysis

C7B: Advanced Probability Methods

Trinity Revision Classes:

A2: Electrical Systems (shared) [3]

B4: Signal and Image Analysis

Trinity Washups:

P1: Mathematics

P4: Energy and the Environment (shared)

A2: Electrical Systems [2,3]

A3: Electrical Systems (shared) [2,3]

Michaelmas Collections:

P1 Mathematics (marking) [2]

P4 Energy and the Environment (co-marking) [2]

A2/A3 Modelling, Dynamics and Control; Electrical Systems (marking)

Hilary Collections:

P1: Mathematics (setting and marking)

A2: Electrical Systems (marking) [2]

A2: Electrical Systems (setting and marking) [3]

A3: Modelling, Dynamics and Control (setting and co-marking)[3]

Trinity Collections:

A2: Electrical Systems (setting and marking) [3]

2008-9

Michaelmas Tutorials:

1P1A: Calculus I

1P1B-C: Complex Algebra & Fourier Series

1P1D-E: Vectors and Matrices

1P1F-G: Ordinary Differential Equations

3A2A-C: Communications

3A3A-B: Introduction to Control Theory

Hilary Tutorials:

1P1H: Calculus II (Partial Differentiation and Multiple Integrals)

2A2C-E: Applied Electromagnetism

Trinity Tutorials:

1P1J: Mathematical Modelling of Physical Systems

1P2H/J: Digital Electronics I & II (LMH only)

Michaelmas Classes:

B6: Quantitative Physiology I & II

Hilary Classes:

B4: Signal and Image Analysis

Trinity Classes:

C7b: Advanced Probability Theory

Trinity Washups:

P1: Mathematical and Computational Methods

A2: Electrical Systems

A3: Modelling, Dynamics, and Control

Hilary Collections:

P1: Mathematical and Computational Methods

A2: Electrical Systems {setting and marking} [3]

A3: Modelling, Dynamics, and Control {co-marking} [3]

Trinity Collections:

P4: Energy {co-setting and co-marking}

A2: Electrical Systems {setting and marking}

2007-8

Michaelmas Tutorials:

1P1A: Summer Work

1P1B-C: Vectors and Matrices

1P1D: Calculus I

1P1F: Complex Algebra

1P1G-H: Ordinary Differential Equations

3A2A-C: Communications

3A3A-B: Introduction to Control Theory

Hilary Tutorials:

1P1E: Calculus II (Fourier Series, Partial Differentiation, and Multiple Integrals)

1P1J: Probability and Statistics

2A2C-E: Applied Electromagnetism

Michaelmas Classes:

B6 1&2: Quantitative Physiology

Hilary Classes:

B4: Signal Analysis (Digital Signal and Image Processing)

Trinity Classes:

C4B: Machine Learning and Pattern Recognition

Trinity Washups:

P1: Mathematical and Computational Methods

A2: Electrical Systems

A3: Modelling, Dynamics, and Control

Michaelmas Collections:

P1: Mathematical and Computational Methods (Calculus, Complex Algebra, Ordinary Differential Equations, Vectors & Matrices, and Probability & Statistics) {marking}

Hilary Collections:

P1: Mathematical and Computational Methods (Calculus, Complex Algebra, Ordinary Differential Equations, and Vectors & Matrices) {setting and marking}

2006-7

Michaelmas Tutorials:

1P1F: Complex Algebra

1P1G-H: Ordinary Differential Equations I & II

3A2A-C: Communications

3A3A-B: Introduction to Control Theory

Hilary Tutorials:

1P1E: Calculus II (Fourier Series, Partial Differentiation, and Multiple Integrals)

1P1L: Probability and Statistics

2A2C-E: Applied Electromagnetism

Michaelmas Classes:

B6/C6C 1&2: Quantitative Physiology

Hilary Classes:

B4: Signal Analysis (Digital Signal and Image Processing)

C4B: Neural Networks and Pattern Recognition

Trinity Washups:

P1: Mathematical and Computational Methods

A2: Electrical Systems

A3: Modelling, Dynamics, and Control

Third-year Michaelmas Collections:

A1: Mathematical Methods {marking only}

First-year Hilary Collections:

P1: Mathematical and Computational Methods (Calculus, Complex Algebra, Ordinary Differential Equations, and Vectors & Matrices) {co-setting, marking}

Third-year Hilary Collections:

A2: Electrical Systems ([2nd year] Applied Electromagnetism, [3] Instrumentation and Control Systems, [3] Communications) {setting and marking}

A3: Modelling, Dynamics, and Control ([3] Introduction to Control Theory, and others) {co-marking* only}
* Other parts of the collection handled by colleagues: [2] Mechanical Vibrations, [2] Modelling Dynamic Systems, [3] Dynamics & Kinematics, and [3] Instrumentation and Control Systems.

Third-year Trinity Collections:

A2: Electrical Systems ([2] Applied Electromagnetism, [2] Digital Logic and Computers, [3] Communications) {marking only}

2002-4

Demonstrator, from Trinity 2002 to Hilary 2004:

P5 Introduction to Computing Laboratory [1]

A6 Electrical Laboratory [2]

Trinity Coursework Module: Computing for Mechanical and Civil Engineers [2]