NOC:Biomedical Ultrasound: Fundamentals of Imaging and Micromachined Transducers

Lecture 1 - Introduction to the course

Lecture 2 - Introduction to ultrasound imaging

Lecture 3 - Basics of wave propagation

Lecture 4 - Scattering and acoustic wave equation

Lecture 5 - Intensity, Reflection, Transmission

Lecture 6 - Recap of Week 1

Lecture 7 - Introduction to Imaging modes

Lecture 8 - Imaging artifacts

Lecture 9 - Ultrasound imaging systems

Lecture 10 - Transducers and transducer arrays

Lecture 11 - Recap of Week 2

Lecture 12 - Introduction to Microfabrication

Lecture 13 - Silicon and Silicon Dioxide

Lecture 14 - Numericals on Ultrasound

Lecture 15 - Introduction to Cleanroom

Lecture 16 - Silicon and Silicon Dioxide - II

Lecture 17 - Thermal Oxidation - I

Lecture 18 - Thermal Oxidation - II

Lecture 19 - Thermal Evaporation theory

Lecture 20 - Thermal Evaporation lab demonstration

Lecture 21 - E beam Deposition theory

Lecture 22 - E beam deposition lab demonstration

Lecture 23 - Sputtering theory

Lecture 24 - Sputtering lab demonstration

Lecture 25 - Chemical Vapor Deposition - I

Lecture 26 - Chemical Vapor Deposition - II

Lecture 27 - Lithography

Lecture 28 - Lithography lab demonstration

Lecture 29 - Lithography optics - I

Lecture 30 - Lithography optics - II

Lecture 31 - Introduction to Beamforming

Lecture 32 - Beamforming Pt 2

Lecture 33 - Beamforming and Signal Processing

Lecture 34 - Intro to Field II simulation - impulse response, beam pattern

Lecture 35 - Recap of week 7

Lecture 36 - Ultrasound image quality metrics

Lecture 37 - Contrast agents

Lecture 38 - Contrast-enhanced imaging

Lecture 39 - Nonlinear acoustics and imaging

Lecture 40 - Recap of week 8

Lecture 41 - Field II imaging simulations

Lecture 42 - Doppler ultrasound

Lecture 43 - Color and Power Doppler ultrasound

Lecture 44 - Quantitative Ultrasound

Lecture 45 - Recap of week 9

Lecture 46 - Ultrasound bioeffects

Lecture 47 - Bioeffects and safety

Lecture 48 - Ultrasound elastography

Lecture 49 - Shear wave imaging

Lecture 50 - Recap of week 10

Lecture 51 - RIE and DRIE

Lecture 52 - Wet etching and Miller Indices - I

Lecture 53 - Wet etching and Miller Indices - II

Lecture 54 - Wet bench lab demonstration

Lecture 55 - PCB (Printed Circuit Board)

Lecture 56 - Ultrasonic Sensor

Lecture 57 - Material Characterisation : STM and AFM

Lecture 58 - Wire bonding lab demo

Lecture 59 - Piezoelectric polymers

Lecture 60 - Characterisation of materials - I

Lecture 61 - Characterisation of materials - II

Lecture 62 - Characterisation of materials - III