HNC Engineering Systems: Video Content

Principals of Engineering

Video URL Transcript
Principles of Engineering Systems - Introduction  https://stream.uhi.ac.uk/Play/20004 https://stream.uhi.ac.uk/assoc_files/25244196_0.docx
Mass, Spring and Damper Rig -  Overview  https://stream.uhi.ac.uk/Play/20005 https://stream.uhi.ac.uk/assoc_files/25601800.docx
System Responses  - sketched and explained https://stream.uhi.ac.uk/Play/20006 https://stream.uhi.ac.uk/assoc_files/23572049.docx
Analysing Responses  -  calculations https://stream.uhi.ac.uk/Play/20007 https://stream.uhi.ac.uk/assoc_files/70289354.docx
Mass, Spring and Damper Rig- Producing Response https://stream.uhi.ac.uk/Play/20008 https://stream.uhi.ac.uk/assoc_files/47702501.docx
Analysing Mass, Spring and Damper - excel https://stream.uhi.ac.uk/Play/20010 https://stream.uhi.ac.uk/assoc_files/64956141.docx
Analysing RLC circuit - MultiSIM and excel https://stream.uhi.ac.uk/Play/20011 https://stream.uhi.ac.uk/assoc_files/63241001.docx

Engineering Measurement & System Monitoring

Video URL Transcript
Engineering Measurement & System Monitoring - Introduction https://stream.uhi.ac.uk/Play/20016  https://stream.uhi.ac.uk/assoc_files/61239513.docx
Electrical Measurement Equipment - Overview https://stream.uhi.ac.uk/Play/20017 https://stream.uhi.ac.uk/assoc_files/53552187.docx
Electrical Measurement - Voltage https://stream.uhi.ac.uk/Play/20018 https://stream.uhi.ac.uk/assoc_files/99435588.docx
Electrical Measurement - Current https://stream.uhi.ac.uk/Play/20019 https://stream.uhi.ac.uk/assoc_files/52345950.docx
Electrical Measurement - Power https://stream.uhi.ac.uk/Play/20021 https://stream.uhi.ac.uk/assoc_files/78584560.docx
Data analysis - Excel Graphing https://stream.uhi.ac.uk/Play/20022 https://stream.uhi.ac.uk/assoc_files/92971295.docx
Mechanical Measurement - Equipment  Overview https://stream.uhi.ac.uk/Play/20023 https://stream.uhi.ac.uk/assoc_files/97406916.docx
Mechanical Measurement  - Temperature https://stream.uhi.ac.uk/Play/20024 https://stream.uhi.ac.uk/assoc_files/41898934.docx
Mechanical Measurement  - Position https://stream.uhi.ac.uk/Play/20025 https://stream.uhi.ac.uk/assoc_files/53918997.docx
Mechanical Measurement  - Strain https://stream.uhi.ac.uk/Play/20026 https://stream.uhi.ac.uk/assoc_files/36602214.docx
Mechanical Measurement  - Velocity https://stream.uhi.ac.uk/Play/20027 https://stream.uhi.ac.uk/assoc_files/74214775.docx
Mechanical Measurement  - Pressure https://stream.uhi.ac.uk/Play/20028 https://stream.uhi.ac.uk/assoc_files/14178674.docx
Calibration of Level - Equipment Overview https://stream.uhi.ac.uk/Play/20029 https://stream.uhi.ac.uk/assoc_files/62720505.docx
Calibration of Pressure - Equipment Overview https://stream.uhi.ac.uk/Play/20030 https://stream.uhi.ac.uk/assoc_files/87304946.docx
Calibration of Pressure - Recording and Analsying Data https://stream.uhi.ac.uk/Play/20031 https://stream.uhi.ac.uk/assoc_files/58784571.docx
Calibration of Temperature - Equipment Overview https://stream.uhi.ac.uk/Play/20032 https://stream.uhi.ac.uk/assoc_files/70234758.docx
Mass, Spring and Damper Rig -  Application https://stream.uhi.ac.uk/Play/20033 https://stream.uhi.ac.uk/assoc_files/25954848.docx
Matlab & Simulink - Introduction https://stream.uhi.ac.uk/Play/20034 https://stream.uhi.ac.uk/assoc_files/57301840.docx
Matlab & Simulink - RLC model building https://stream.uhi.ac.uk/Play/20035 https://stream.uhi.ac.uk/assoc_files/27189894.docx
Matlab & Simulink - RLC system response https://stream.uhi.ac.uk/Play/20036 https://stream.uhi.ac.uk/assoc_files/25412156.docx

Engineering Communication

Video URL Transcript
Engineering Communication - Introduction https://stream.uhi.ac.uk/Play/19998 https://stream.uhi.ac.uk/assoc_files/49318120.docx
Engineering Communication - 2D Sketching https://stream.uhi.ac.uk/Play/19999 https://stream.uhi.ac.uk/assoc_files/57378314.docx
Engineering Communication - Dimensioning https://stream.uhi.ac.uk/Play/20000 https://stream.uhi.ac.uk/assoc_files/81173471.docx
Engineering Communication - 3D Sketching https://stream.uhi.ac.uk/Play/20001 https://stream.uhi.ac.uk/assoc_files/95939039.docx
Engineering Communication - Mechanical Simulation https://stream.uhi.ac.uk/Play/20002 https://stream.uhi.ac.uk/assoc_files/73367995.docx
Engineering Communication - Electrical Simulation https://stream.uhi.ac.uk/Play/20003 https://stream.uhi.ac.uk/assoc_files/41323762.docx

Graded Unit

Video URL Transcript
Graded Unit 1 - Introduction https://stream.uhi.ac.uk/Play/20015 https://stream.uhi.ac.uk/assoc_files/53785687.docx

DC & AC Principles

Video URL Transcript
DC & AC Principles - Introduction https://stream.uhi.ac.uk/Play/19991 https://stream.uhi.ac.uk/assoc_files/92154518.docx
DC & AC Principles - MultiSIM demo P12 of notes https://stream.uhi.ac.uk/Play/20855 https://stream.uhi.ac.uk/assoc_files/65638034.docx
DC & AC Principles - MultiSIM demo P16 of notes https://stream.uhi.ac.uk/Play/19993 https://stream.uhi.ac.uk/assoc_files/95548840.docx
DC & AC Principles - MultiSIM demo P19 of notes https://stream.uhi.ac.uk/Play/19994 https://stream.uhi.ac.uk/assoc_files/22322933.docx
DC & AC Principles - MultiSIM demo P71 of notes https://stream.uhi.ac.uk/Play/19995 https://stream.uhi.ac.uk/assoc_files/52849660.docx
DC & AC Principles - MultiSIM demo P76 of notes https://stream.uhi.ac.uk/Play/19996 https://stream.uhi.ac.uk/assoc_files/97558443.docx
DC & AC Principles - MultiSIM demo P81 of notes https://stream.uhi.ac.uk/Play/19997 https://stream.uhi.ac.uk/assoc_files/87824476.docx

Maths 1

Outcome 1

  • Video 1 - In this video, Stephanie Wright covers the following topics:
    • Concept of a function
    • Function Notation
    • Domain and Range

  • Video 2 - In this video, Aidan Henderson explains the difference between dependent and independent variables.

  • Video 3 - Here, Aidan Henderson explains how to determine the domain and range of a function.

  • Video 4 - In this video, Aidan Henderson introduces asymptotes, and explains what they are.

  • Video 5 - This video features Aidan Henderson explaining the concept of an inverse function.

  • Video 6 - In this video Steve McDonald carries on from the previous video and shows a worked example of how to find an inverse of a function.

  • Video 7 & Video 8 - These two videos from Stephanie Wright and Aidan Henderson show how to draw graphs of functions, from simple straight lines to the more complex

  • Video 9 & Video 10 - In the first of these videos, Aidan Henderson introduces the concept of a composite function, in the second Steve McDonald gives a worked example of how this can be done.

  • Video 11 - Here, Aidan Henderson introduces the radian as another method of measuring angles, and shows how to convert between degrees and radians (and vice versa).

  • Video 12 & Video 13 - In these two final videos of outcome 1 Stephanie Docherty and Aidan Henderson show how to work with trigonometric equations, and how to solve them.

Outcome 2

 

  • Video 1 - In this video, Stephanie Docherty covers several of the topics needed to be successful in this outcome

  • Video 2 - In this video, Aidan Henderson explains how to draw graphs of exponentials and logs.

  • Video 3 - In this video, Andrew Duncan works through an example of how to solve an exponential equation that involves exponential growth

  • Video 4 - Aidan Henderson manipulates an equation that models exponential cooling

  • Video 5 - This final video features Aidan Henderson working through some examples of logarithmic equations.

Outcome 3

  • Video 1 - Stephanie Wright introduces vectors, their terminology and common notation (To be updated)

  • Video 2 - Stephanie Wright discusses line segments, position vectors and components

  • Video 3 - Stephanie Wright looks at a graphical method of adding vectors, known as a vector journey

  • Video 4 - Stephanie Wright looks at the vector between points, which covers position vectors, and subtraction in component form

  • Video 5 - In this video, Stephanie Wright covers addition and subtraction of vectors

  • Video 6 - This video from Stephanie Wright shows us how to multiply a vector by a scalar

  • Video 7 - Here, Stephanie Wright shows how to find the magnitude of a vector

  • Video 8 - In this video, we are introduced to 3D position vectors by Stephanie Wright

  • Video 9 - Stephanie Wright demonstrates 3D vector arithmetic

  • Video 10 - This video shows how to find the magnitude of a 3D vector, with Stephanie Wright

  • Video 11 - Pete Hylton shows us how to find the dot (or scalar) product of two vectors, and how we use it to find the angle between vectors

  • Video 12 - In this final video, Chris MacLeod takes us through complex numbers and how we use them in engineering

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