Photographers

Adjust apertures, shutter speeds, and camera focus according to a combination of factors, such as lighting, field depth, subject motion, film type, and film speed.

AI: Fully automatable - Modern camera firmware and AI-driven exposure/focus systems already compute aperture, shutter, and focus settings from scene analysis and sensor data, so this can be fully automated.

Develop and print exposed film, using chemicals, touch-up tools, and developing and printing equipment.

AI: Fully automatable - Chemical film development and printing are well-established, mechanized laboratory processes that can be fully automated and run without continuous human intervention.

Manipulate and enhance scanned or digital images to create desired effects, using computers and specialized software.

AI: Fully automatable - Image-editing software with AI tools can perform complex manipulation and enhancement automatically to produce desired effects.

Transfer photographs to computers for editing, archiving, and electronic transmission.

AI: Fully automatable - Tethering, automated import, batch transfer, and cloud upload pipelines already allow fully automated transfer of photos for editing, archiving, and transmission.

Perform general office duties, such as scheduling appointments, keeping books, and ordering supplies.

AI: Fully automatable - Scheduling, bookkeeping, invoicing, and supply ordering are routinely automated using AI and existing business software stacks.

Estimate or measure light levels, distances, and numbers of exposures needed, using measuring devices and formulas.

AI: Fully automatable - Light meters, rangefinders and software formulas allow AI systems to accurately estimate/measure light levels, distances, and required exposures.

Enhance, retouch, and resize photographs and negatives, using airbrushing and other techniques.

AI: Fully automatable - Digital enhancement, retouching, and resizing are largely automatable with advanced AI tools that replicate airbrushing and other traditional techniques at scale.

Develop visual aids and charts for use in lectures or to present evidence in court.

AI: Fully automatable - AI tools can generate visual aids, annotated images, and charts tailored for lectures or legal presentation fully automatically given source data and specifications.

Produce computer-readable, digital images from film, using flatbed scanners and photofinishing laboratories.

AI: Fully automatable - Film scanning and photofinishing workflows are routinely automated and can produce computer-readable digital images end-to-end with existing equipment and software.

Write photograph captions.

AI: Fully automatable - Modern vision-and-language models can generate accurate, context-aware photograph captions and metadata from images and provided context, allowing full automation of this task.

Send film to photofinishing laboratories for processing.

AI: Fully automatable - Sending film to photofinishing labs involves administrative and logistics workflows (ordering, labeling, scheduling pickups/shipping) that can be fully automated via APIs and workflow automation tools.

License the use of photographs through stock photo agencies.

AI: Fully automatable - Licensing photographs through stock agencies—uploading, metadata generation, rights tagging and managing license transactions—can be fully automated using existing platforms and AI-driven rights-management workflows.

Use traditional or digital cameras, along with a variety of equipment, such as tripods, filters, and flash attachments.

AI: Partial - AI can control cameras and accessories in some robotic or tethered setups and provide guidance, but manual handling and situational adjustments are still frequently required.

Determine desired images and picture composition, selecting and adjusting subjects, equipment, and lighting to achieve desired effects.

AI: Partial - AI can propose compositions, lighting setups, and adjustments and can automate technical settings, but final aesthetic choices and complex scene direction typically need human creative judgement.

Create artificial light, using flashes and reflectors.

AI: Partial - AI can control and sequence flash units and propose reflector placement, but creating and physically positioning reflectors and many studio lighting adjustments still require human action in most settings.

Determine project goals, locations, and equipment needs by studying assignments and consulting with clients or advertising staff.

AI: Partial - AI can analyze briefs and propose goals, locations, and gear, but nuanced client negotiation, creative direction, and final planning still rely on human judgment.

Review sets of photographs to select the best work.

AI: Partial - Automated culling and aesthetic ranking tools can shortlist or select images, but subjective artistic judgment and final selection often require human oversight.

Test equipment prior to use to ensure that it is in good working order.

AI: Partial - Automated diagnostics and self-tests can check many functions, but physical inspection, handling, and complex troubleshooting typically need human technicians.

Set up, mount, or install photographic equipment and cameras.

AI: Partial - AI can plan setups and control motorized mounts in fitted studios, but most mounting and installation tasks remain manual in typical shoots as of 2025.

Select and assemble equipment and required background properties, according to subjects, materials, and conditions.

AI: Partial - AI can recommend optimal equipment and background properties based on subject and conditions, but selecting and physically assembling gear still requires human judgment and manual work.

Take pictures of individuals, families, and small groups, either in studio or on location.

AI: Partial - Autonomous cameras and AI-driven capture systems can take technically correct photos, but full-service portrait work (posing, interpersonal direction, complex creative lighting) is not fully automated by 2025.

Direct activities of workers setting up photographic equipment.

AI: Partial - AI can generate setup plans and instructions for crew, yet supervising and coordinating workers in dynamic on-site situations still typically requires human leadership and judgement.

Perform maintenance tasks necessary to keep equipment working properly.

AI: Partial - AI can perform diagnostics and automate routine maintenance steps, but hands-on repair, delicate mechanical adjustments, and some preventive tasks still need human technicians.

Load and unload film.

AI: Partial - Loading and unloading film is a simple physical task that can be mechanized, but widespread reliable robotic handling for varied film formats and delicate media is not yet universal.

Employ a variety of specialized photographic materials and techniques, including infrared and ultraviolet films, macro photography, photogrammetry and sensitometry.

AI: Partial - AI can assist and automate many specialized techniques (e.g., photogrammetry workflows, exposure control), but employing niche materials and nuanced methods still often requires expert human practitioners.

Engage in research to develop new photographic procedures and materials.

AI: Partial - AI can analyze literature, propose hypotheses and experimental designs to develop new photographic procedures and materials, but cannot perform the physical laboratory experiments or reliably drive novel materials R&D without human scientists and hands‑on testing.

Mount, frame, laminate, or lacquer finished photographs.

AI: Partial - Mounting, framing, laminating and lacquering are physical, dexterous tasks that can be partially automated with robotic systems, but typically require human setup, fine manual adjustments and quality control.

Set up photographic exhibitions for the purpose of displaying and selling work.

AI: Partial - AI can automate curation, layout planning, marketing and scheduling for exhibitions, but cannot fully replace the physical installation, venue coordination and interpersonal negotiations required to set up shows and sales.

Photograph legal evidence at crime scenes, in hospitals, or in forensic laboratories.

AI: Partial - AI can assist with standardized capture protocols, checklists and automated imaging tools, but photographing legal evidence requires legal judgment, chain-of-custody control and on-scene decisions that prevent full automation.