Schedule: Fall 2020

Lectures are Tuesday and Thursday 2:30-4:00 (online)

Here is a tentative schedule of lectures, readings, assignments, and final project. Readings and assignments will be added as they become available.

MondayTuesday WednesdayThursday Friday
aug 31
Reg Day
sep 1
Lec 1: Anatomy of a manipulation system
(Reading: Ch. 1  Video: Youtube)
sep 2
sep 3
Lec 2: Let's get you a robot
(Reading: Ch. 2) Video: Youtube)
sep 4
sep 7
Labor Day
sep 8
Lec 3: Basic pick and place (kinematics and grasp selection)
(Reading: Ch. 3.0 - 3.4 Video: Youtube)
sep 9
Due: Problem Set 0
sep 10
Lec 4: Basic pick and place (differential kinematics and trajectories)
(Reading: Ch. 3.5 - 3.8 Video: Youtube)
sep 11
sep 14
sep 15
Lec 5: Basic pick and place (differential kinematics via optimization)
(Reading: Ch. 3.9 - Video: Youtube )
sep 16
sep 17
Lec 6: Geometric perception (cameras, point clouds, and ICP)
(Reading: Ch. 4 - 4.4 Video: Youtube )
sep 18
sep 21
Due: Problem Set 1
sep 22
Lec 7: Geometric perception (partial views and outliers)
(Reading: Ch. 4.5 Video: Youtube )
sep 23
sep 24
Lec 8: Geometric perception (non-penetration and free-space constraints)
(Reading: Ch. 4.6- Video: Youtube )
sep 25
sep 28
sep 29
Lec 9: Bin Picking (clutter gen)
(Reading: Ch. 5- Video: Youtube )
sep 30
Due:Problem Set 2
oct 1
No Lecture
oct 2
Add Date
oct 5
oct 6
Lec 10: Bin Picking (antipodal grasping)
(Reading: Ch. 5- Video: Youtube )
oct 7 oct 8
Lec 11: Deep Perception (object recognition / segmentation)
(Reading: Ch. 6 Video: Youtube )
oct 9
oct 12 Columbus Day oct 13
Monday classes to be held
oct 14
Due:Problem Set 3
oct 15
Lec 12: Force Control
(Reading: Ch. 7 Video: Youtube )
oct 16
oct 19
oct 20
Lec 13: Force Control (part 2)
(Reading: Ch. 7 Video: Youtube )
oct 21
oct 22
Lec 14: Category-level manipulation
(Video: Youtube )
oct 23
oct 26
oct 27
Lec 15: Motion planning
(Reading: Ch. 8 Video: Youtube )
oct 28
Due:Problem Set 4
oct 29
Lec 16: Motion planning (part II)
(Reading: Ch. 8 Video: Youtube )
oct 30
nov 2
nov 3
Project week
nov 4
nov 5
Project week
nov 6
nov 9 nov 10
Lec 17: Reinforcement learning for manipulation (part 1)
(Video: Youtube )
nov 11
Veterans Day
nov 12
Lec 18: Reinforcement learning for manipulation (part 2)
(Video: Youtube )
nov 13
nov 16
Due: Problem Set 5
nov 17
Lec 19: Parameter Estimation and Adaptive Control
(Video: Youtube )
nov 18
Drop Date
nov 19
Lec 20: Tactile sensing/perception/control
(Video: Youtube )
nov 20
nov 23-27
Thanksgiving Break
nov 30
Due: Problem Set 6
dec 1
Lec 21: Belief-space planning
dec 2
dec 3
Lec 22: Task-and-Motion Planning
dec 4
dec 7 dec 8
Final project presentations
dec 9
Last day of classes
dec 10 dec 11

For questions or comments, email manipulation-staff [AT] mit [DOT] edu.

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