Exposure ControlsSimilar to film cameras, digital cameras offer control over aperture, shutter speed,and ISO (digital sensitivity to light).Chapter 2
White BalanceAdjusts the color temperature of the image to ensure whites appear neutral underdifferent lighting conditions.Chapter 2ColortemperatureWarm effect of white balance
Autofocus System: Automatically adjusts the lens to achieve sharp focus on thesubject.
Built-in FlashProvides supplementary light in dark conditions. The built-in flash (alsocalled a pop-up flash) that comes with most cameras, including DSLRsand mirrorless cameras, is indeed very convenient to use. However, it alsohas a number of limitations, which can be overcome by using an externalflash. generally have a maximum flash-to-subject distance that is limitedto 1 to 3 metres at ISO 100.Chapter 2
External FlashProvides supplementary light in dark conditions.The built-in flash (also called a pop-up flash)that comes with most cameras, including DSLRsand mirrorless cameras, is indeed veryconvenient to use. However, it also has anumber of limitations, which can be overcomeby using an external flash. generally have amaximum flash-to-subject distance that is limitedto 1 to 3 metres at ISO 100.Chapter 2
Type Description Target UserEntry-level DigitalCameraSimple, compact, oftenwith fixed lenses andautomatic settings.Casual users, beginners.Mid-range DigitalCameraMore features, bettersensor quality, manualcontrols, and sometimesinterchangeable lenses(Mirrorless or advancedbridge cameras).Enthusiasts, advancedhobbyists.Digital Single-LensReflex (DSLR) CameraUses a large image sensorand interchangeablelenses. Employs a mirrormechanism (like its filmpredecessor) to reflect theimage to the opticalviewfinder.Professionals, seriousenthusiasts demandinghigh quality and versatility.The digital camera market is vast, offering a range of options to suitdifferent needs, skill levels, and budgets. We can broadly categorize theminto a few key types:Type of Digital CameraChapter 2
Chapter 2Type of Digital Camera
Digital photography captures and stores images electronically, eliminating theneed for film and chemical processing.Types of Digital CamerasDigital cameras are categorized largely by sensor size, features, and lensinterchangeability.Hardware and Software ApplicationDigital photography relies on a system of hardware and software componentsworking together to capture, store, edit, and output the final image.Memory Card: Solid-state storage (e.g., SD, CompactFlash) used inside thecamera to record and save the captured image data.Internal and External Storage: Digital images require reliable storage for longterm archiving and professional workflow.Internal Storage (Camera): Some cameras have a small amount of built-ininternal memory for temporary use, but it is typically insufficient for a shootingsession. Its main function is usually to hold firmware and settings.External Storage (Computer/Archive): This is the main storage used onceimages are transferred from the camera's memory card.Hard Disk Drives (HDDs) : Offer large capacity (terabytes) at a lower cost, oftenused for long-term archive storage. They are mechanical and slower.Solid State Drives (SSDs): Faster and more reliable than HDDs as they have nomoving parts. They are preferred for actively working on image files (e.g., whileediting in a workstation).Network Attached Storage (NAS): Dedicated file storage devices connected toa network, allowing multiple users (or devices) to access and back up filessimultaneously.Digital Photography : Technology and Basic ProcessesChapter 2
Workstation with Image Editing Software:The workstation is the central processing hub for the digital workflow,combining powerful computer hardware with specialized software forimage manipulation.Workstation Hardware: A powerful computer, often with a multi-coreprocessor (CPU), ample Random Access Memory (RAM), a high-endGraphics Processing Unit (GPU), and a calibrated, high-resolutionmonitor for accurate color viewing.Image Editing Software: The software application used to refine,correct, and creatively enhance images.Non-Destructive Editing Software (Adobe Lightroom, Capture One) :Used primarily for cataloging, organizing, and making globaladjustments to RAW files without altering the original data.Destructive/Layer-Based Editing Software (Adobe Photoshop, GIMP ):Used for advanced retouching, compositing (combining multipleimages), detailed cloning, and local adjustments using layers.Chapter 2
Flatbed ScannersBest for prints and documents. Some highend models include adapters for scanningfilm.A scanner is an input hardware device that converts physical images (likefilm negatives, slides, or photographic prints) into digital files. It serves asa bridge between conventional analog photography and the digitalworkflow.Film ScannersSpecialized scanners designedexclusively for negatives andslides, offering much higherresolution and dynamic rangenecessary for capturing the detailin film emulsion.ScannerChapter 2
The printer is an output hardware device used to create a tangible, physical copy(print) of the digital image file.Dye Sublimation PrintersOften used for smaller, quick-printapplications (like instant ID photosor small consumer prints). They useheat to transfer dye from a ribbononto the paper, offering durable,water-resistant prints.PrinterChapter 2Inkjet PrintersThe most common type forphotographic printing. They useliquid ink, sprayed onto the paperthrough microscopic nozzles.High-end photo inkjet printersuse multiple ink cartridges (often8 to 12 colors, including variousshades of black) to achieve awider color gamut and smoothertonal transitions.
AccessoriesTPurpose ExamplePowerEnsures continuousoperation and portability.Camera Charger, SpareBatteriesConnectivityFacilitates fast and reliabledata transfer.FireWire, USB-C CablesMaintenanceCrucial for keeping sensorsand lenses clean.Blower, Mini vacuumStabilityEssential for sharp imagesand precise composition.Tripod, Tripod HeadLightingConnects external lightingfor professional results.Flash Sync Connector,AdaptersLight ModificationManipulates ambient orartificial light.Reflector, DiffuserProfessional digital photography extends far beyond the camera bodyand lens. A range of essential accessories is required to maintain theequipment, ensure power reliability, achieve creative control, andmanage lighting. These tools enhance workflow, protect investment, anddramatically improve image quality.Types of Accesories Use in Digital CameraChapter 2
The charger and spare batteries are the lifeblood of the digital camerasystem, ensuring the camera remains operational during long shootsCamera Charger and BatteriesSpare BatteriesHaving multiple fully charged batteries is essential, especially forshooting video, using Live View, or working in cold environments wherebattery life is reduced.Safety Tip: Always use chargers and batteries specifically designed foryour camera model. Improper batteries can damage the camera.Chapter 2Camera ChargerThe dedicated device used torecharge the camera's lithium-ionbattery. Professional chargersoften have features like batteryconditioning and indicator lightsfor charging status.
While FireWire (IEEE 1394) was historically used for high-speed datatransfer (especially in professional video and early digital backs), it haslargely been replaced by modern USB standards, particularly USB-C andThunderbolt.FireWire / Modern Data CableFunction: These cablesfacilitate the rapid transfer oflarge image files (especiallyRAW files) from the camera orcard reader to the workstationcomputer. They are also usedfor tethered shooting, wherethe camera is connecteddirectly to a computer,allowing the photographer toview images instantly on alarge screen as they arecaptured.Chapter 2
These tools are crucial for thesafe and effective cleaning ofsensitive camera components,especially the lens and theimage sensor.Mini VacuumBlower Brush (Rocket Blower)is the most common and safest tool. It usesa blast of air to dislodge dust and small debris from the lens surface andthe camera sensor (when accessed via the cleaning mode). The rubberbulb ensures that no contaminants are sprayed.Mini-Vacuum Cleaner: Usedcautiously, if at all, to pick uplarger, non-adherent particlesfrom the inside of the camera orfrom the mirror box (on DSLRs),or from accessories like lenscaps.Blower BrushChapter 2Note: Direct contact with the sensor should always be avoided unlessusing specialized sensor cleaning kits.
Tripod and Tripod HeadThe tripod is the fundamental accessory for stability and precision,allowing for sharp images at slow shutter speeds and meticulouscomposition.Tripod (Legs): Provides the stable, adjustable base. Materials rangefrom aluminum (heavier, cheaper) to carbon fiber (lighter, moreexpensive, and excellent vibration absorption).TripodsChapter 2
Tripod Head: The componentthat connects the camera tothe tripod legs and allows forprecise movement andlocking.Ball Head: Offers quick,flexible movement across allaxes, locked with a singleknob. Ideal for fast-pacedwork.TripodsPan-Tilt Head (3-Way Head):Offers precise, independentcontrol over pitch, yaw, androll, making it ideal forarchitectural, landscape, andmacro photography where fineadjustments are needed.Chapter 2
These accessories are essential for triggering external lighting units,giving the photographer control over light placement and quality outsideof the camera's built-in flash.Flash Sync Connector and AdaptorsWireless Triggers/Adaptors: Themodern standard. These units consistof a transmitter (mounted on thecamera's hot shoe) and a receiver(attached to the external flash unit).They communicate wirelessly (radiofrequency) to trigger the flashsimultaneously with the shutterrelease, often transmitting complexdata like E-TTL/i-TTL (automatic flashmetering) settings.Flash Sync Connector (PC Sync Port):A small port on some professionalcamera bodies (though less commonnow) and flash units, used to connecta sync cable.Chapter 2
Reflectors are crucial light modifiers used to shape, redirect, or softenlight, typically in portraiture, product, and fashion photography. They arepassive tools that use existing light (natural or flash).Function: They bounce light back onto the subject to fill in harshshadows, reduce contrast, or add a catchlight to the eyes.Reflectors SourceChapter 2
Professional Reflectors : Usually collapsible, multi-surface discs offeringdifferent materials:Silver: High contrast, cool-toned light (harder light).Gold: Warm-toned light, ideal for sunsets or warming skin tones(harder light).White: Soft, neutral fill light (softer light).Black (Absorber/Flag): Used to subtract or block light, increasingshadows and contrast.Chapter 2
The process of producing a digital photograph is a rapid, multi-stagesequence involving physics, electronics, and software. Unlikeconventional photography, which relies on chemical reactions, the digitalworkflow is centered on capturing, storing, and manipulating electronicdata.Image Capture (The Exposure)This is the phase where light is converted into a digital signal, forming theraw image data.Light Collection (The Lens): The lens focuses light from the sceneonto the camera's image sensor. The aperture controls the amount oflight entering, and the shutter speed controls the duration of theexposure.Conversion by the Sensor: The image sensor typically a CMOS(Complementary Metal-Oxide-Semiconductor) or older CCD (ChargeCoupled Device) is a grid of millions of photo sites (pixels). Each photosite captures photons and converts their energy into an electrical charge,proportional to the amount of light received.Basic Processes Involved in Producing Digital PhotographsChapter 2
Color Filtering (Bayer Array) : Since sensors only register light intensity(not color), a Bayer filter array is placed over the photosites. This mosaicof tiny red, green, and blue filters ensures that each photosite capturesthe intensity of one primary color.Analog-to-Digital Conversion (ADC) : The electrical charge from eachphotosite (which is an analog signal) is read by the camera and convertedinto a digital value (a numerical representation).Image Processing : The camera's powerful internal processor performsdemosaicing (interpolating the missing color information for each pixelbased on its neighbors) and applies other adjustments like white balance,color saturation, and sharpening to create the final JPEG file, or bundlesthe raw sensor data into a RAW file.Chapter 2
Once the image is captured and stored on the memory card, the nextcrucial step is transferring it to a computer workstation for editing,archiving, and further manipulation. This step moves the digital data fromthe camera's temporary storage to a more robust and accessiblecomputing environment.TransferImage to Workstation Imaging ProcessChapter 2
Transfer Methods : There are several common and increasingly advancedways to get your image files from the camera to your computer:Memory Card Reader : This is the most common, reliable, and oftenfastest method. The memory card is removed from the camera andinserted into a dedicated card reader, which is then connected to thecomputer, usually via a USB or Thunderbolt port. This allows for direct,high-speed data transfer without draining the camera's battery or beinglimited by its internal transfer speeds.USB Cable (Direct Connection) : The camera can be connected directlyto the computer using a high-speed USB cable (e.g., USB-C). This methodallows you to transfer images directly from the camera's memory cardwhile it's still inside the camera. It's also essential for tethered shooting,where images are transferred instantly upon capture to a large monitor onthe workstation for real-time review and adjustments by the photographeror client.Wireless Transfer (Wi-Fi/Bluetooth) : Many modern cameras featurebuilt-in Wi-Fi or Bluetooth connectivity. This allows for wireless transfer ofimages to a computer, smartphone, or tablet. While convenient for quicksharing or backing up on the go, it's generally slower than cable methods,especially for large batches of high-resolution RAW files.Chapter 2
The final step in many digital photography workflows is creating atangible, physical copy of the digital image a print. This processtransforms the pixels on a screen into ink on paper, allowing for a physicalmanifestation of the captured moment. High-quality photo printing is anart and science, requiring attention to detail, color management, and theright equipment.Preparation and Output Sharpening:Final Edits: Before printing, the image undergoes any finaladjustments in the editing software. This might include fine-tuningexposure, color, contrast, and cropping to best suit the print'sintended size and medium.Output Sharpening: Unlike creative sharpening applied during editing,output sharpening is a subtle, final sharpening pass specificallyapplied at the very end of the process, tailored to the resolution of theprinter and the type of paper being used. It compensates for the slightdiffusion that occurs when ink hits paper, ensuring the print lookscrisp without introducing artifacts.Resizing: The image is precisely sized to the desired print dimensionsand resolution (e.g., 300 pixels per inch is common for high-qualityprints).Photo PrintingChapter 2
This is perhaps the most critical aspect of professional printing. Colormanagement is a system designed to ensure that the colors seen on yourcalibrated monitor are accurately reproduced by your printer. Without it,printed colors can look dull, inaccurate, or wildly different from what wasintended.ICC Profiles: This is achieved through the use of ICC (International ColorConsortium) profiles. These are small data files that describe the colorcharacteristics of specific devices (monitors, scanners, printers). Forprinting, you select an ICC profile that matches your exact printer model,ink set, and paper type. This profile tells the software how to translate theimage's colors into the printer's specific color space to achieve the mostaccurate rendition.Printing Hardware:Inkjet Printers: The most common type for photographic printing,especially for professional work. These printers spray microscopicdroplets of liquid ink onto the paper through tiny nozzles. Professionalphoto inkjet printers often feature multiple ink cartridges (typically 8to 12 or more colors, including various shades of black and gray) toachieve a wider color gamut, smoother tonal transitions, and superiorblack & white prints.Dye Sublimation Printers: Often used for smaller, quick-printapplications (e.g., event photography, ID photos). They use heat totransfer dye from a ribbon onto the paper, resulting in durable,continuous tone (no visible dots), water-resistant prints.Laser Printers: While excellent for documents, laser printers aregenerally not suitable for high-quality photographic prints due to theirlimited color fidelity and inability to reproduce continuous tonessmoothly.Color ManagementChapter 2
The choice of photographic paper significantly impacts the final look,feel, and longevity of the print. Papers come in various finishes andweights:Glossy: High reflectivity, vibrant colors, deep blacks. Can showfingerprints easily.Luster/Semi-Gloss: A popular compromise, offering good colorsaturation with less reflectivity than glossy.Matte: Non-reflective, soft look, often used for fine art prints.Fine Art Papers: Often made from cotton rag or alpha cellulose,providing archival quality and unique textures.Quick Tip: Matching the correct paper to the ink and printer profile isessential for optimal results.PaperChapter 2
Final Print:Once the printing process is complete, the print is typically allowed todry completely before handling or framing. This final physical artifactrepresents the culmination of the entire digital photography workflow,bringing the captured image to life in a tangible form.Digital Photo Process: Photo-printingChapter 2
A SHOT OF INSPIRATION Good photgraphers work hardto find their own style, their owngroove, and everybodyshould strive towards that.
Chapter 3Photography Techniques inSubject Theme
This chapter introduces students to essential photography techniquesacross different subject themes. Each theme focuses on how to observe,frame, and capture subjects effectively by applying fundamental skillssuch as eye focusing, composition, lighting, and depth control. Throughpractice-based learning, students will develop stronger visual awarenessand technical confidence when handling various photographic subjects.Display Skills of Eye FocusingEye focusing refers to the ability to identify the primary point of interestwithin a frame and ensure it is captured clearly and sharply. Studentsmust learn how to control focus points, evaluate lighting direction, andpredict movement to produce visually strong and well-composed images.Chapter 3Photography Techniques inSubject Themes
A SHOT OF INSPIRATION A good photograph is knowingwhere to stand
Photographing people involves more than recording physical appearanceit requires capturing personality, emotion, and mood. Humanphotography also demands good control of lighting, backgroundselection, and subject placement. Each framing category offers a differentway to highlight the subject’s presence.Natural LifeNatural life photography focuses on genuine moments, candid gestures,and authentic expressions. The portrait, on the other hand, highlights thesubject’s identity and character in a more intentional manner. These typesof photographs often benefit from soft, diffused light or directionallighting that enhances facial features. The eyes must be the sharpest partof the image, as they create emotional connection between the viewerand the subject.Manipulating Human PhotographyChapter 3
Close-up portraits emphasize detail skin texture, eyes, lips, and subtleexpressions. This framing usually requires a shallow depth-of-field so thatthe background remains blurred, making the face stand out clearly.Students must learn to monitor light fall-off, contrast, and the quality ofshadow on the face. Even minor adjustments in angle can significantlyaffect the final output.Close - up PotraitsTaken by Hani QistinaDRG1BTaken by Zainor AlifDRG1BTaken by Darul IzzulDRG1BChapter 3
A middle shot, commonly framed from the waist up, provides a balancebetween facial expression and body language. It is suitable forenvironmental portraits or storytelling images where the backgroundsupports the subject’s identity. Photographers must carefully observedistractions behind the subject and use selective focusing to maintainvisual clarity.Middle ShotKuala Perlis 2025Canon EOS 7D Mark IIIf/34 | 1/1000 sec | ISO 100 | 200 mmChapter 3
Full-figure shots capture the subject’s entire body from head to toe. Thistype requires careful attention to posture, alignment, and negative space toavoid awkward cropping or cluttered backgrounds. Students should practisepositioning their subjects within the frame and experimenting with angles toachieve a harmonious composition.Full Figure (Full Body Shot)Outdoor photoshoot Full body Studio full body photoshootPhoto taken by Adlin SofiaDRG1APhoto taken by Razif MustaphaChapter 3
Nature photography encourages students to develop patience andobservation skills. Unlike studio setups, outdoor conditions constantlychange light shifts, weather varies, and natural elements move. Capturingnature requires understanding timing, perspective, and depth.Landscape photography showcases wide scenes such as mountains,fields, forests, or cityscapes. Photographers often use wide-angle lensesto include more environmental details. Composition techniques like therule of thirds, leading lines, foreground interest, and horizon placementare highly important. The best lighting conditions usually occur duringgolden hour and blue hour, when shadows are soft and colours are rich.LandscapeManipulating Nature PhotographyChapter 3
Seascape photography focuses on oceans, beaches, waves, and coastalenvironments. The movement of water introduces dynamic elements intothe frame. Students should learn how to control shutter speed: a slowshutter creates smooth, silky water, while a fast shutter freezes wavetextures sharply. Stability is crucial, so a tripod is recommended whenexperimenting with long exposure shots.SeascapeChapter 3
The best seascape photos feature compelling compositions, generallywith an eye-catching foreground element and a beautiful backdrop. Sowhen you’re out shooting, don’t just plonk down your camera andphotograph the horizon; instead, look for interesting foregrounds andbackgrounds until you find a stunning combination.If you’re struggling to find good foregrounds, here are a few ideas:Rocky outcropsPatterns in the sandRivulets of water moving toward the oceanWave actionStunning tidepoolsPebblesAnd here are my favorite seascape backgrounds:LighthousesSea stacksStunning sunrise and sunset skiesStormy cloudsBoatsOf course, you don’t need to restrict yourself to items on my list. What’simportant is that you find foregrounds and backgrounds that worktogether to entrance the viewer!Quick TipsPro TipTry combining a neutral density filter with blue-hour light. You can reallydrop that shutter speed and create a fantasy-like effect – with misty waterand streaky clouds.Chapter 3
Still life photography trains students to work with controlled objects,intentionally arranged to create a meaningful composition. This genre helpsstrengthen attention to detail, lighting control, and understanding of shapesand textures.Classic Still LifeManipulating Still Life PhotographyIn a classic still life setup, objectsare arranged with balance andpurpose. The photographer mustconsider symmetry, contrast ofshapes, and how the arrangementtells a visual story. Side lighting ordirectional lighting is often usedto enhance depth and highlighttextures. Students areencouraged to experiment withdifferent object placements untilthey achieve a visually pleasingarrangement.Chapter 3
Close-up still life highlights specific details or small objects. This requiresprecision in focusing, often using macro modes or lenses. Photographersmust be mindful of reflections, harsh shadows, and background textures.Simple backgrounds often work best to avoid overpowering the subject.Close - up Still LifePhoto taken by Khor Shen LeeDRG 1BChapter 3
Photo taken by Amir ZahinDRG 1BChapter 3
MACRO FLOWERF2.8 | 250s | 50mmMuhammad Syahmi Mohd Syaryazmi
Depth-of-field (DOF) plays asignificant role in still lifephotography. Byexperimenting with shallowDOF, students can isolate anobject, creating an artistic,soft-background effect.Using deeper DOF keeps allelements in the frame sharp,which is effective for moredetailed storytelling.Learning how aperture sizeaffects the outcome isessential.Depth-of-FieldChapter 3
Although still life typically involves non-moving subjects, this exerciseintroduces students to the concept of motion capture. By practising withmoving objects or controlled motion scenarios, students learn howshutter speed affects the appearance of movement. Slow shutter speedscreate motion blur, while fast shutter speeds freeze action. Panningtechniques can also be introduced to develop hand steadiness andsubject tracking.Motion Capture PractiseChapter 3
LAUT GELORA 2025F2.8 | 300s | 120mmiPhone 17 Pro MaxHani Qistina
Chapter 4PhotographyComposition Defined
PHOTOGRAPHY COMPOSITIONDEFINEDFirst of all, we have to define what is meant by‘composition’. Compositionrefers to the way the various elements in a scene are arranged within theframe. As I’ve already mentioned, these are not hard and fast rules butguidelines. That said, many of them have been used in art for thousands ofyears, and they really do help achieve more attractive compositions.Bukit Beruang Trail 2008Canon EOS 400Df/22 | 1/320 sec | ISO 400 | 21mmChapter 4
Click link for Video Tutorialhttps://www.youtube.com/shorts/CIZJpwq0NdEAnother rule in photography is “The Rule of Thirds”. This rule states thatphotos should have this grid with four intersecting points. The subject ofyour photo, which is whatever you want to focus on, should be placedeither on one of these four points or on the lines themselves. Thisimproves the shot’s composition, creating clearer and stronger images.Rule of ThirdsPro TipIf you don’t have a grid on your camera phone, just remember to shoot yourfocus subject slightly off-centered to the left or right to create a morestriking image.Spend time sky-watching, even when you don't habe your camera withyou. Become familiar with the different types of clouds, how they fromand move. Watch the moon it rises, or the stars as they rotate. Just afarmer is never wasting time leaning on a gare watching his animals, so aphotographer is never wasting time watching the sky.Quick Tip!Chapter 4