In the fluorescent-lit stillness of a government engineering office where time moved slower than paperwork, a distinguished gathering had come together to finalize the design of a Railway Over Bridge (ROB). This was no ordinary bridge; it was a monument in the making—a potential feather in the cap of every official remotely attached to it. Present were engineers with resumes as long as their vacation approval cycles, consultants who charged by the hour (even during tea breaks), and contractors who could build everything except accountability.
The Chief Engineer, a civil servant known more for his longevity than his leadership, adjusted his spectacles like a man about to read the Constitution. Twenty-seven years of carefully avoiding innovation had made him a revered figure in his department. “So,” he began, staring into his notepad as if it held the answers to the universe, “what seems to be the problem?”
The consultant, a man fluent in acronyms and ambiguity, took the floor. “The curvature. The standard curve required for smooth vehicular movement will increase the cost,” he announced with solemn gravity.
“What is the problem then?” asked the Senior Engineer, trying to keep up with the plot. The consultant grinned, sharpening his pitch.
“Well, unless you’re willing to reduce your margins from the project budget, there’s no way to fund that curve.”
An audible gasp echoed in the room. Reduce margins? That was sacrilege. It was like asking them to submit attendance on time. The very idea shook the foundation of their structural engineering souls.
The Chief Engineer scowled. Cost overruns attracted auditors, and auditors were like wild dogs once they caught the scent of misappropriation. “So what’s the alternative?”
“A 90-degree turn,” the consultant said with the confidence of a man who’d never driven a car on Indian roads.
The room froze. The wall clock ticked louder than usual, as if counting down to a disaster. A junior engineer, emboldened by ignorance, asked, “Is that… feasible?”
“Why not?” replied the consultant. “The road is wide enough. And we’ve already restricted heavy vehicles.”
Murmurs filled the room. Someone spoke of turning radii; someone else muttered about Newton’s laws. But none dared challenge the consultant outright. He was, after all, holding a PowerPoint presentation.
Not one to leave a good absurdity half-baked, the consultant pressed on. “In fact,” he said, “this right-angle turn will force vehicles to slow down. It’ll act as a natural speed governor. Think of the pedestrian safety benefits!”
There was a pause. Then, as if on cue, the bureaucratic heads started to nod—tentatively at first, then with increasing conviction. They were not endorsing the idea so much as the possibility of writing a report that made it sound brilliant.
“What will the experts say?” asked a voice of reason—an engineer who had read textbooks beyond the preface.
The consultant laughed. “Experts? We are the experts! And if someone raises concerns, we call it innovation. Hell, we’ll file for a patent—‘Government-Grade Right-Angle Turn.’”
Laughter erupted like it was budget allocation day. The Chief Engineer beamed, his legacy now taking shape in an L-pattern. Within minutes, the design was approved. The report would cite ‘optimized geometry for fiscal prudence’ and ‘pedestrian-centric transit design’. The diagrams would be illustrated with cheerful arrows and stick-figure families safely crossing under the shadow of bureaucratic genius.
Three months later, reality hit—quite literally. A hatchback was found precariously dangling off the edge of the ROB. The driver had tried, and failed, to navigate the patented right-angle at a realistic speed. Social media erupted. Hashtags trended. Evening news panels debated the merits of engineering versus economics.
One news anchor, armed with a laser pointer and misplaced enthusiasm, exclaimed, “Is this brilliance misunderstood or madness institutionalized?”
A government spokesperson, flanked by colourful infographics and laminated excuses, called it a “learning opportunity.” He also reassured the nation that plans were underway to install speed bumps before the 90-degree turn, so drivers could trip before they crashed.
Back in the office, the Chief Engineer wasn’t fazed. He had already moved on—to a seminar titled “Vertical Roundabouts: The Next Dimension in Urban Chaos.”
And so, the ROB stood—right-angled, wrong-headed, but proudly bureaucratic. A monument not to engineering but to the timeless Indian tradition of finding the most complicated way to save money. After all, when you can’t bend the road, bend the logic.
