Week	Date	Topic	Text (Sorensen)	Homework Issue Due
1	Sept 3	Lecture 1 - Introduction - Coastal Environment	1	HW1
2	Sept 8	Lecture 2 - Introduction - Coastal Issues, Science & Engineering, Resources	1
	Sept 10	Lecture 3:  Water Level - Introduction	5	HW2
3	Sept 15	Lecture 4:  Water Level - Tides	5	HW1
	Sept 17	Lecture 5:  Water Level - Storm Surges	5	HW3
4	Sept 22	Lecture 6: Water Level -  Tsunamis and Meteotsunamis	5	HW2
	Sept 24	Lecture 7:  Water Level -  Seiches	5
5	Sept 29	Lecture 8:  Water Level -  Long-term Trends and Variations	5	HW4                HW3
	Oct 1	Lecture  9:  Water Wave - Introduction	2
6	Oct 6	Lecture 10:  Water Wave - Linear Wave	2	HW4             HW3
	Oct 8	Lecture 11:  Water Wave - Linear Wave Properties	2
7	Oct 13	Lecture 12:  Water Wave - Wave Classification	2 & 3
	Oct 15	Lecture 13:  Wave Analysis - Short-term Wave-By-Wave Analysis	6	HW5                HW4
8	Oct 20	Lecture 14: Wave Analysis  - Spectral Analysis	Notes
	Oct 22	Lecture 15: Wave Analysis - Long-term Extreme Wave Analysis	6
9	Oct 27	Lecture 16: Wave Analysis - Long-term Extreme Wave Analysis	6	HW6                 HW5
	Oct 29	Lecture 17: Wave Prediction  - Hindcast and Forecast	6
10	Nov 3	Lecture 18:  Wave Transformation - Shoaling & Refraction	4	HW7
	Nov 5	Mid-Term		HW6
11	Nov 10	Lecture 19:  Wave Transformation - Diffraction	4
	Nov 12	Lecture 20:  Wave Transformation - Reflection & Breaking	4
12	Nov 17	Lecture 21:  Wave Transformation - Runup, Overtopping, Setup, Infragravity Waves	4
	Nov 19	Lecture 22:  Coastal Structures - Functions & Types	7	HW7
13	Nov 24	Lecture 23:  Coastal Structures - Design	7
	Nov 27	Thanksgiving
14	Dec 1	Lecture 24: Coastal Structures - Nature-Based Solutions	Speaker
	Dec 3	Lecture 25:  Coastal Planning and Management	Speaker
15	Dec 8	Project Presentation
	Dec 13	Project Website

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