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Lesson 3 of 7Video Production
Unit 3 · Lesson 3 of 7

Production: Shots, Composition, Lighting and Sound

The vocabulary for describing any shot, the rules that make a frame read, three-point lighting, and why the audio matters more than the picture.

6 min read10 practice questionsAsk AI about this →

Key things to remember

  1. 1Shot size is measured by how much of a person fills the frame, from EWS to ECU.
  2. 2MCU (chest up) is the standard interview size; CU carries emotion.
  3. 3Eye level is neutral; high angle diminishes a subject and low angle empowers them — angle is never neutral.
  4. 4Rule of thirds: place key elements on the lines of a 3 × 3 grid, with eyes on the upper third.
  5. 5Lead room is space in front of where a subject looks or moves.
  6. 6A dolly changes perspective and creates depth; a zoom only magnifies a flat image.
  7. 7Three-point lighting is key (main, 45° and above), fill (softens shadows) and back (separates from the background).
  8. 8Daylight is about 5600 K and tungsten about 3200 K — do not mix them without gels.
  9. 9Aim for audio peaks around −12 dB. Anything reaching 0 dB is clipped and permanently destroyed.
  10. 10Microphone distance matters more than microphone price.

Everything on set comes down to four decisions: how close the camera is, where it sits relative to the subject, how the frame is arranged, and where the light comes from. Shot vocabulary exists so a crew can agree on all four in a few words.

Shot sizes

One subject, six shot sizes — each is a different amount of informationEWS · extreme wideestablishes the placeWS · widewhole body, geographyMS · mediumwaist up — dialogueMCU · medium close-upthe interview defaultCU · close-upemotion on the faceECU · extreme close-upone detail, high tension
Fig 1Shot size is measured by how much of a person fills the frame.
ShotAbbrev.FramesUsed for
Extreme wideEWSThe location, subject tiny or absentEstablishing where we are
Wide / longWSThe whole body plus surroundingsShowing a subject in context
MediumMSWaist upThe workhorse — conversation and action
Medium close-upMCUChest upInterviews — the standard talking-head size
Close-upCUThe face fills the frameEmotion and reaction
Extreme close-upECUEyes, hands, a detailEmphasis and tension

Camera angles

Where the camera sits against the eyeline is what the shot saysEye levelneutral, honest —we meet as equalsHigh anglesubject readssmaller, weakerLow anglesubject readsbigger, dominantDutch tilttilted horizon —unease, disorderOver-shoulderputs us in thelistener’s placeNone of these is “correct” — you pick the one whose meaning you actually want.
Fig 2Height relative to the subject changes what the audience feels about them.
  • Eye level — neutral. The default, and what an interview should almost always use.
  • High angle — looking down. Tends to make a subject feel smaller or more vulnerable.
  • Low angle — looking up. Tends to make a subject feel powerful or imposing.
  • Dutch angle — the camera tilted sideways. Signals unease or disorientation. Easy to overuse.
  • Over the shoulder (OTS) — framed past one person's shoulder onto another. The standard conversation shot.
  • Point of view (POV) — what a character sees.
Angle is never neutral
Shooting an interview subject from below makes them look imposing; from above, diminished. This is a real editorial choice with real consequences, and it is one of the standard things a media-literate viewer is taught to look for. Choose eye level unless you have a reason, and know what your reason implies.

Composition

Divide the frame in thirds and put what matters on the linesheadroomeyes on the upper thirdlead room — space to look intoWhy it worksThe eye lands on theintersections, not onthe dead centre.HeadroomA little air above thehead — too much andthe subject sinks.Lead roomLeave space in thedirection they lookor move.
Fig 3Place the subject on a third, and give them room to look into.
  • Rule of thirds — divide the frame into a 3 × 3 grid and place key elements on the lines or their intersections. For a face, the eyes go on the upper third line.
  • Headroom — a little space above the head. Too much makes the subject sink; too little crops them awkwardly.
  • Lead room (looking room) — space in front of where a subject looks or moves. Without it they appear pressed against the edge of the frame.
  • Leading lines — roads, fences, railings and shadows that draw the eye toward the subject.
  • Depth — something in the foreground, middle ground and background turns a flat frame into a space.
Five moves — only two of them actually move the cameraThe camera body stays in one placeThe camera travels through spacePanRotates left–right on the head. The viewpoint never changes.TiltRotates up–down on the same head. Still one fixed viewpoint.ZoomOnly the lens focal length changes — it crops, it does not travel.Dolly / trackThe whole camera rolls in or alongside; the background shifts.Crane / jibThe camera rises or falls on an arm — a new height, a new angle.
Fig 4Pan and tilt rotate the camera; track and dolly move it. Zoom moves nothing.
MoveWhat happensNote
PanCamera rotates horizontally on the spotFollows action across a space
TiltCamera rotates vertically on the spotReveals height
Track / dollyThe whole camera physically movesChanges perspective — this is what creates depth
Crane / jibCamera rises or falls through spaceDramatic reveals
ZoomThe lens changes focal lengthThe camera does not move, so the perspective does not change
HandheldCamera carried, deliberate instabilityImmediacy, documentary feel
A dolly is not a zoom
Moving the camera changes the relationship between foreground and background — objects shift relative to one another, and the shot gains depth. Zooming just magnifies the same flat image. This is why a two-metre dolly move reads as cinematic and a zoom reads as a home video, and it is the single most useful distinction in this list.

Three-point lighting

Top-down plan — three lights, three different jobsWhat each light doesKey — the brightest, andthe one shadow that shapesthe face.Fill — softens that shadow,never removes it.Back — a rim that lifts thesubject off the background.45°subjectKey light45°, brightestFill lightopposite side, dimmerBack / rim lightbehind the subject, separates itcameraKey sets the exposure; fill sets the contrast ratio; the back light adds depth.
Fig 5Key, fill and back. The standard setup for any interview.
LightPositionJob
KeyThe main light, roughly 45° to one side and slightly aboveProvides the exposure and the shape
FillOpposite the key, softer and dimmerSoftens the shadows the key creates, without removing them
Back / rimBehind and above the subjectPuts a rim of light on the shoulders and hair, separating them from the background

The key-to-fill ratio controls the mood. Nearly equal brightness gives flat, even, corporate lighting. A much dimmer fill leaves deep shadows and a dramatic, high-contrast look. The back light is the one beginners omit, and it is what stops a subject from merging into the wall behind them.

Colour temperature must match
Daylight is around 5600 K and reads blue; tungsten bulbs are around 3200 K and read orange. Mixing them in one shot gives a subject one blue cheek and one orange one, which no amount of grading fixes cleanly. Either use lights of one temperature, or gel the ones that differ.

Sound

Audiences forgive bad picture and switch off bad sound
This is the most widely repeated rule in video production and it is true. Viewers will happily watch grainy, poorly exposed footage with clear audio, and will abandon a beautifully shot piece they cannot hear properly. Yet sound is where student productions invest least.
Set levels so the loudest moment still misses the ceiling0 dBFS — the ceiling. Anything louder is clipped.−6 dB — only the loudest peaks should touch here.−12 dB — park your average dialogue level here.peak meterWhy it mattersDigital audio has a hard ceiling at 0 dBFS. Go past it and thewaveform is chopped flat — that crackle is recorded into thefile and no plug-in can put the missing peak back.HeadroomAveraging −12 dB leaves 12 dB spare for a sudden laugh or aslammed door. Quiet-but-clean can be lifted in the edit;loud-and-clipped can never be repaired.
Fig 6Aim around −12 dB with peaks below −6 dB. Anything touching 0 dB is already clipped.
  • Get the microphone close. Distance is the single biggest factor in audio quality — far more than the price of the microphone.
  • Use the right microphone. A lavalier clips to clothing for interviews; a shotgun on a boom is aimed from just outside frame; a camera's built-in microphone is a last resort.
  • Watch the levels. Aim for peaks around −12 dB with headroom to −6 dB. Anything hitting 0 dB is clipped, and clipped audio is permanently destroyed — it cannot be repaired.
  • Always wear headphones. It is the only way to hear the hum, the traffic and the handling noise the microphone is picking up.
  • Record room tone. Thirty seconds of the room with nobody speaking. The editor uses it to fill gaps so silences match.
Clipping is not recoverable
When a signal exceeds 0 dB the waveform is cut flat at the top, and the information in those peaks is gone. Quiet audio can be turned up in the edit; clipped audio cannot be turned back down into something that was never recorded. Always record with headroom to spare.

Worked examples

Reveal one step at a time and try to beat it to the next line.

Example 1
Plan the camera and lighting for a two-minute interview in a classroom with one window and overhead fluorescent lights.
Example 2
A student's footage has the subject dead centre, cropped at the top of the head, merging into a dark wall, with audio peaking at 0 dB. Give a specific fix for each problem.

Where marks get lost

  • Centring every subject instead of using the rule of thirds.
  • Leaving too much headroom, so the subject appears to sink out of the bottom of the frame.
  • Framing a subject looking straight at the edge of frame with no lead room.
  • Zooming when a dolly move was wanted. Zoom magnifies; only moving the camera creates depth.
  • Omitting the back light, so the subject merges into the background.
  • Mixing daylight and tungsten in one shot, which no grade fully repairs.
  • Recording audio with levels touching 0 dB, which clips permanently.
  • Relying on the camera's built-in microphone from across a room.
  • Not wearing headphones, so the hum and traffic noise are only discovered in the edit.
  • Shooting an interview from a low angle by accident, which makes an editorial claim nobody intended.

Flashcards 14

MCU
Rule of thirds
Lead room
Headroom
+ 10 more

Practice

1
Which shot size is standard for an interview?
2
What is the difference between a dolly and a zoom?
3
Which of the three lights separates the subject from the background?
4
Audio peaks are touching 0 dB. What has happened and what can be done?
5
An interview subject is shot from a low angle, looking up at them. What does this imply to the viewer?
6
What is the single biggest factor in getting good audio?
7
Why should daylight and tungsten light not be mixed in one shot?
8
Match each camera move to what it does.
Pan
Tilt
Dolly
Zoom
9
Order these shot sizes from widest to tightest.
  1. 1Extreme close-up (ECU)
  2. 2Close-up (CU)
  3. 3Medium shot (MS)
  4. 4Extreme wide shot (EWS)
  5. 5Wide shot (WS)
10
Why is room tone recorded?

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