Junior Achievement

In Short

Set in a rebuilt American town situated near an atomic energy facility, Junior Achievement follows science teacher Donald Henderson as he agrees to supervise a group of five local children in a summer business venture. Expecting modest handicraft projects, Henderson is astonished when the youngsters—led by quiet prodigies—invent high-performance wind-sock kites, breed genetically altered bushy-tailed mice, and synthesize advanced chemicals. As their products trigger massive citywide disruptions and generate thousands of dollars, the modest summer club transforms into a full-scale corporate enterprise, ultimately upending the teacher's modest life and plans for the future.

The Story

Donald Henderson teaches general science in Ridgeville, a community populated by employees of a mysterious "Commission" and rebuilt fifty miles away from its original location after a nuclear fallout accident. When his principal asks him to supervise a summer Junior Achievement group for local children, Donald agrees, expecting to oversee simple door-to-door sales of household cleaners. He and his wife, Marjorie, manage a tight budget due to their reset mortgage, and Donald takes the role to guide five local kids: two energetic, high-IQ pre-teens named Tommy Miller and Mary McCready, alongside a quiet, tightly-knit trio of ten-year-olds—Doris Enright, Peter Cope, Jr., and Hilary Matlack.

Meeting at a local barn, Donald gives the children total freedom to propose ideas. Instead of simple polishing waxes, the kids pitch advanced schemes in powder metallurgy, organic synthesis, and electronics. Over the first few weeks, their ideas rapidly materialize into commercially viable products. Ten-year-old Doris invents a swoop-capable, kidney-bean-vented wind-sock kite. Unbeknownst to Donald, Tommy bypasses their modest starting funds by securing a $250 bank loan, incorporating under the name "Ridge Industries," and ordering professional engraved letterheads.

Production begins rapidly. When Hilary formulates a powerful synthetic detergent capable of sudsing in Ridgeville's extremely hard water, Tommy secretly tests it by dumping a bottle into the town’s Memorial Fountain. The resulting mountains of foam overflow down the library steps, causing a three-block traffic jam, drawing the police, and generating front-page press coverage. Far from being derailed, the stunt gives Ridge Industries nationwide exposure. The group sells hundreds of kites to local supermarkets and licenses the design to a national toy manufacturer for a thousand-dollar advance. Simultaneously, Doris sells eighteen generations of selectively bred, squirrel-tailed fancy mice to pet shops at ten dollars a pair.

Legal assistance arrives when Jeff McCord from the Commission's patent section offers to help the kids protect their intellectual property. Hilary soon invents a chemical before-shave lotion containing cysteine thiolactone that breaks off facial hair directly at the skin line without a razor, threatening to disrupt the shaving industry. As the summer draws to a close, Tommy secures another bank loan to purchase a heavy-duty hydraulic press so Peter and Doris can manufacture magnetic roller bearings. Recognizing that the children are far ahead of their school curriculum, Donald agrees to keep the company going through the winter in rented quarters over a local garage. Incorporation papers are filed, and Donald accepts an equity stake and an employee position in the young enterprise.

How It Unfolds

The proposal at supper Donald Henderson discusses taking on a summer youth business club with his wife Marjorie over apricot pie. They review their modest finances, burdened by a restarted mortgage caused by radioactive fallout at their previous town site.

The barn meeting Donald meets the five children at the Miller family barn to brainstorm project ideas. The children reject simple door-to-door items, preferring advanced ideas like powder metallurgy, synthetic detergents, and breeding fancy chipmunk-colored mice.

The kidney-bean kite Doris and Peter design a wind-sock kite with an unstable wire opening that flies exceptionally well. Tommy takes initiative by securing a $250 bank loan and purchasing engraved stationery for their new business, Ridge Industries.

The fountain foam catastrophe Hilary synthesizes a new phosphonate detergent, which Tommy pours into the town's fountain as a publicity stunt. The foam floods three city blocks, bringing police and reporters, which turns into massive free publicity for their products.

Commercial expansion and patents Ridge Industries sells out of kites, licenses the design to a national toy manufacturer, and sells bushy-tailed mice to pet shops. Commission patent attorney Jeff McCord steps in to handle their rapidly expanding patent portfolio.

The razorless lotion and incorporation Hilary invents a chemical whisker-stiffening lotion that removes facial hair without razors, while the group acquires a hydraulic press for magnetic bearings. Donald accepts a job offer and stock in the kids' newly incorporated company.

The People

• Donald Henderson: A modest general science and physics teacher at Ridgeville High School. He attempts to guide the children with traditional textbook knowledge, only to be constantly outpaced by their scientific brilliance and commercial ambition.
• Tommy Miller: A twelve-year-old, butch-barbered extrovert with an IQ of 140–150. He serves as the aggressive sales and business manager, securing bank loans, pulling publicity stunts, and driving the enterprise's rapid growth.
• Hilary Matlack: A quiet ten-year-old home-laboratory enthusiast who easily synthesizes complex organic chemicals, including hard-water phosphonate detergents and revolutionary hair-removing shaving lotions.
• Doris Enright: A grave, tall ten-year-old who possesses a deep, intuitive grasp of aerodynamics and genetics. She crafts the group's custom kites and breeds seventeen generations of unique, squirrel-tailed mice.
• Peter Cope, Jr.: A skinny, technical ten-year-old interested in advanced electronics and metallurgy, who collaborates with Doris on magnetic roller bearing designs.
• Jeff McCord: A lanky patent attorney from the local nuclear facility's patent division who volunteers his legal expertise to secure national patents and help incorporate the children's corporate entity.

In Its Own Voice

"It is an uneasy privilege then, at least sometimes, to teach my old-fashioned brand of science to these children of a new age."

Donald Henderson reflects on the contrast between his traditional high school curriculum and the advanced talents of children raised near the atomic facility.

"Suds built up in the basin and overflowed, and down the library steps and covered the whole street."

A local news reporter excitedly describes the chaos caused when the children test their new synthetic detergent in the public fountain.

"Child labor nothing. They're the employers. Jeff McCord and I will be the only employees--just at first, anyway."

Donald explains to his wife that he has accepted a equity stake and a job offer from his young students.

What It's Really About

Junior Achievement explores the quiet generational leap brought on by the nuclear age and the atomic research industry. Beneath its lighthearted story of a summer youth club lies a commentary on how formal education fails to keep pace with extraordinary, intuitively gifted children. The text contrasts Donald's old-fashioned, rigid understanding of science with the effortless, practical ingenuity of kids who grow up in the shadow of a government research commission. It also playfully skewers corporate industry, showing how simple childhood curiosity, paired with basic economic initiative, can effortlessly disrupt established commercial monopolies like shaving razor companies and traditional toy manufacturers.

Why Read It Today

This brief story appeals to readers who enjoy optimistic, mid-century sci-fi that blends everyday domestic life with clever technical ideas. Written during the height of the Cold War Space Age, it captures the era's quiet fascination with child prodigies and technological rapid growth. The narrative moves along at a fast, comfortable pace, filled with dry academic humor and low-stakes business antics.

While modern readers may notice period details—such as casual references to local radioactive fallout shifts, unexamined patent rushes, and traditional household roles—the core story remains fresh and entertaining. It avoids heavy techno-babble in favor of practical inventor logic and light satire. Readers looking for a cozy, witty narrative about unassuming kids outsmarting adult institutions will find this short work a charming retro-futuristic read.