How the Boilermaker Butcher Block crafts jerky

A beloved snack for road trips, concession stands and all things on-the-go, jerky production has been around for hundreds of years, evolving from sun drying to a sped-up smoking process.

At the Boilermaker Butcher Block, although the process has become a bit more high-tech, the craft of whole muscle jerky is still very hands-on and so it can take several days to restock the display case in the campus store.

Laura Kerr, assistant meat lab manager of the Butcher Block, said the process begins with a round cut, generally taken from the hip area of a cow or pig, that is removed of as much fat and connective tissue as possible to create large, solid sheets of jerky. Kerr said the butcher block only produces whole muscle jerky, versus formed jerky, which is typically crafted into a stick.

Slicing Beef Laura Kerr, assistant meat lab manager of the Butcher Block, slices a cut of beef into quarter inch thick sheets. The slices will then be flavor-tumbled, placed flat on racks to rest and smoked for several hours.

The pork or beef round is then placed in the slicer, set to shave off cuts approximately a quarter of an inch thick. Once the meat is shaved, the sheets are then placed into a large tumbler to be evenly coated with seasoning. Kerr said the butcher block’s top flavors are spicy barbecue, teriyaki, peppered and their original beef jerky.

After the meat has rested following its flavor-tumbling, Kerr said the most time-consuming step to making jerky is unfolding the strips of meat to lie flat on drying racks, allowing time to rest before they head into the smokers.

“One rack can hold up to 25 pounds of pre-smoked jerky slices,” she said.

Once the racks are rolled into the smoker, the thin strips are smoked for between four and five hours, coming out of the chamber paper thin. The amount of time and manual labor that goes into making jerky is what makes this favorite snack so pricey, Kerr said.

Jerky Slicer The finished jerky product passes through a machine, cutting the sheets into smaller, snack sized pieces.

“The time, the equipment, the manual labor all are factors in this, because it isn’t like buying a steak from the butcher counter and taking it home,” Kerr said. “After it’s finished smoking and it’s rested some more, it is placed through a strip slicer to get those smaller, uniform pieces that are then weighed out and vacuum sealed in its sale packaging.”

The several-day process of making jerky and restocking supply is a very hands-on experience for students, Kerr said, who play a key role behind the scenes at the butcher block.

“I love that aspect of working here,” she said. “From conception to product on display, students here on campus are educated through every step of the animal’s life whether it is directly through campus programs or through Extension outreach.

Students with jerky

Featured Stories

Channing Arndt and Erwin Corong of GTAP
Global analysis network provides leverage for new Thompson Chair

Channing Arndt, research professor in agricultural economics and director of the Global Trade...

Read More
Electron microscopy close up of cotton fibers in gray scale
Mapping the development of cotton fibers through multiomics profiling

Daniel Szymanski and his former postdoctoral scholar Youngwoo Lee, lead author on their paper...

Read More
A photo of the coast of Costa Rica, including trees and shoreline
Students Experience Wonders of Costa Rica Through Study Abroad Trip

The Costa Rica Rainforest Experience study abroad trip allowed students to experience the wonders...

Read More
Jared Trask sits with brown and white chickens in a grass field
Of mice, birds and men: Purdue researcher builds a simulation of how wild birds and rodents affect the spread of avian flu on farms

Trask is writing a new narrative about rats, birds and people as he pursues his doctorate in...

Read More
Facade of Pfendler Hall
FNR Celebrates Awards, Honors from Spring, Summer 2026

Several Forestry and Natural Resources students, staff and recent alumni have been recognized for...

Read More
Scientist uses 3D water sensor near water.
Purdue Researchers Use 3D Printing to Make Open-Source Alternative to Costly Groundwater Sensors

A plume of contamination spreads underground. A building's foundation weakens. A wetland...

Read More