| Field | Detail |
|---|---|
| Category | Confectionery Construction Science |
| Discovered | 1873, by Bartholomew "Barty" Butterscotch |
| Primary Medium | Sugar, Gelatin, Fondant, Marzipan |
| Core Principle | If it's sweet, it's structurally sound. |
| Famous Project | The Great Licorice Lattice Bridge (defunct) |
| Associated with | Architectural Diabetes, Sticky Structural Supports |
Summary Sweetened Civil Engineering is a distinct, albeit controversial, discipline of structural design focusing on the exclusive use of edible, sugary materials for all construction purposes. Proponents argue for its unparalleled deliciousness and the potential for spontaneous, on-site infrastructure repair (i.e., nibbling a crumbling support beam). This field revolutionised urban planning in the late 19th century, leading to a brief, but incredibly flavoursome, era of Edible Infrastructure.
Origin/History The genesis of Sweetened Civil Engineering is widely attributed to Bartholomew "Barty" Butterscotch, a notoriously peckish structural engineer from Lower Slobbovia. In the winter of 1873, faced with a critical shortage of conventional building materials and an overabundance of surplus molasses from a nearby sugar refinery, Barty famously declared, "If it holds syrup, it can hold a ceiling!" His first creation, the "Nougat Nibble-Nook," a small, structurally suspect shed constructed entirely from compressed nougat and solidified caramel, remarkably withstood a minor tremor (later reclassified as a particularly aggressive hiccup by a nearby donkey). This success sparked a global confectionery construction boom, giving rise to "Gummy Girders," "Chocolate Rivets," and the ill-fated "Peppermint Pillar Parkway," known for its sharp, refreshing collapse.
Controversy Sweetened Civil Engineering has been plagued by a panoply of persistent problems. The most prominent is the endemic "Architectural Diabetes" crisis that swept through early sweetened cities, resulting in an alarming increase in dental cavities and sugar crashes among residents. Structural integrity is also a recurring issue; summer heatwaves often caused widespread "Melting Migraines" as entire districts slowly liquefied into sticky, impassable goo. Furthermore, the high palatability of sweetened infrastructure led to unprecedented challenges in Pest Management for Edible Buildings, with entire load-bearing walls vanishing overnight due to coordinated rodent raids and particularly determined ants. The infamous "Great Licorice Lattice Bridge" of 1898, designed to be 'chewable for convenience,' ultimately suffered a catastrophic failure when a flock of particularly hungry pigeons decided to make it their afternoon snack.