Work in slaughtering, meat packing, or wholesale establishments performing precision functions involving the preparation of meat. Work may include specialized slaughtering tasks, cutting standard or premium cuts of meat for marketing, making sausage, or wrapping meats.
U.S. Workers
67,500
Median Salary
$39,790
10-Year Growth
+2.2%
Annual Openings
8,400
Typical entry: No formal educational credential
14 of 15 tasks have some AI capability
Exposure Trend
This score reflects estimated AI technical capability for tasks in this occupation. It does not predict employment changes, and it does not account for company-specific constraints, regulation, or adoption barriers.
Stun animals prior to slaughtering.
AI: Fully automatable - Automated stunning devices combined with sensors and AI/vision monitoring are already used to place and verify effective stunning, so AI can fully perform and monitor this task.
Shave or singe and defeather carcasses, and wash them in preparation for further processing or packaging.
AI: Fully automatable - Defeathering, singeing/shaving and washing—particularly in poultry processing—are highly mechanized and routinely automated, enabling full AI-driven operation and control.
Saw, split, or scribe carcasses into smaller portions to facilitate handling.
AI: Fully automatable - Sawing and splitting carcasses is a mature automated process using mechanized saws and robotic cutters guided by imaging, allowing full automation.
Grind meat into hamburger, and into trimmings used to prepare sausages, luncheon meats, and other meat products.
AI: Fully automatable - Grinding meat and producing trimmings for hamburger and processed products is a straightforward, high-throughput mechanical process that is fully automatable.
Wrap dressed carcasses or meat cuts.
AI: Fully automatable - Wrapping and packaging of carcasses and cuts is a well-established automated area (vacuum sealers, robotic packers), so AI can fully perform this task.
Remove bones, and cut meat into standard cuts in preparation for marketing.
AI: Partial - Automated deboning and standard-cut machines work well for certain species and cuts, but variability and complex cuts still depend on skilled human butchers.
Sever jugular veins to drain blood and facilitate slaughtering.
AI: Partial - Automated bleeding systems exist in slaughterhouses, but safely severing jugular veins with necessary animal handling, welfare constraints and variability remains only partly automated.
Tend assembly lines, performing a few of the many cuts needed to process a carcass.
AI: Partial - Robotic stations can perform repeatable cuts on assembly lines, yet tending the line and handling the many variable cuts required to fully process carcasses still relies on humans.
Shackle hind legs of animals to raise them for slaughtering or skinning.
AI: Partial - Automated shackling is common for poultry but not reliable or widely used across larger livestock, so the task is only partially automatable.
Slit open, eviscerate, and trim carcasses of slaughtered animals.
AI: Partial - Evisceration is automated for some poultry lines, but trimming and finishing of carcasses generally still require manual dexterity and inspection.
Skin sections of animals or whole animals.
AI: Partial - Skinning is partially automated in specialized lines but still requires adaptive, dexterous handling for variable sizes and conditions, so AI can only partially perform it.
Cut, trim, skin, sort, and wash viscera of slaughtered animals to separate edible portions from offal.
AI: Partial - Evisceration and sorting of edible viscera vs offal have mechanized components and vision-assisted sorting, but the anatomical variability and hygiene/judgment calls mean full automation is not yet reliable.
Trim head meat, and sever or remove parts of animals' heads or skulls.
AI: Partial - Trimming head meat and removing skull parts are variable, delicate tasks with limited reliable robotic solutions, so AI can only partially perform them.
Trim, clean, or cure animal hides.
AI: Partial - Hides can be cleaned and fleshed with machines and monitored by AI, but trimming, defect grading and curing decisions still require substantial human input, so automation is partial.
Slaughter animals in accordance with religious law, and determine that carcasses meet specified religious standards.
AI: Not automatable - Religious slaughter requires specific human ritual actions and human certification/interpretation of standards that cannot be delegated to AI, so AI cannot perform it.