161 Courses
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IDEO: Principles of Product Design
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Career Development
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Building a Personal Gratification Company
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Follow Your Passion
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Design is Risk-Taking
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Hire Great People
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The Process of Design
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Product Development Process: Observation
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Designing Products vs Designing Experiences
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Design as an Iterative Process
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Prototyping the Mouse
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Career Advice
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How do You Pick Clients?
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InCube Labs: Problem Analysis at the Cellular Level
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Innovation and Inertia
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Innovation Crisis at Established Enterprises
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Innovation and Inertia
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Market Maturity Life Cycle
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Innovation Zones
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Classes of Innovations in the Product Leadership Zone
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Fractal Markets
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Customer Intimacy Zone
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Operational Excellence Zone
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McKinsey's 7S's Model
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Core and Context
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Inertia: Residue of Innovation
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Innovative Solutions for Dealing with Security Issues
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Introduction to Chemical Engineering
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Introduction to Chemical Engineering I
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Introduction to Chemical Engineering II
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Introduction to Chemical Engineering III
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Introduction to Chemical Engineering IV
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Introduction to Chemical Engineering V
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Introduction to Chemical Engineering VI
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Introduction to Chemical Engineering VII
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Introduction to Chemical Engineering VIII
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Introduction to Chemical Engineering IX
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Introduction to Chemical Engineering X
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Introduction to Chemical Engineering XI
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Introduction to Chemical Engineering XII
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Introduction to Chemical Engineering XIII
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Introduction to Chemical Engineering XIV
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Pharmacokinetics: Modeling Drug Delivery in the Human Body
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Introduction to Chemical Engineering XVI
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Introduction to Chemical Engineering XVII
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Introduction to Chemical Engineering XVIII
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Introduction to Chemical Engineering XIX
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Introduction to Chemical Engineering XX
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Introduction to Databases
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Introduction to Linear Dynamical Systems
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Overview of Linear Dynamical Systems
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Linear Functions (Continued)
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Linearization (Continued)
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Nullspace of a Matrix (Continued)
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Orthonormal Set of Vectors
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Least-Squares
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Least-Squares Polynomial Fitting
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Multi-Objective Least-Squares
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Least-Norm Solution
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Examples of Autonomous Linear Dynamical Systems
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Solution via Laplace Transform and Matrix Exponential
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Time Transfer Property
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Markov Chain (Example)
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Jordan Canonical Form
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DC or Static Gain Matrix
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RC Circuit (Example)
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Gain of a Matrix in a Direction
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Sensitivity of Linear Equations to Data Error
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Reachability
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Continuous-Time Reachability
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Introduction to Robotics
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Course Overview
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Spatial Descriptions
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Homogeneous Transform Interpretations
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Manipulator Kinematics
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Summary - Frame Attachment
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Instantaneous Kinematics
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Jacobian - Explicit Form
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Scheinman Arm - Demo
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Intro - Guest Lecturer: Gregory Hager
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Guest Lecturer: Krasimir Kolarov
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Joint Space Dynamics
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Lagrange Equations
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Control - Overview
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PD Control
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Manipulator Control
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Compliance
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Intuitive Surgical: Technology Adoption