The Science Fair That Set Me on an Engineering Path

The story of how the school’s annual science fair sparked my engineering career began with a battered cardboard display and a motor that would not start. I was in Year 10 at Sri Saraswathi Vidyapeetham, and the fair was exactly where I wanted to be: surrounded by questions, improvised machines and people willing to examine an idea. That failed little pump became the project I could not stop thinking about.

No one in my family had followed an engineering path. My strengths were maths and making things with my hands, and school gave those interests a practical setting. At the fair, a teacher asked why the motor stalled, another questioned how I had measured flow, and a visitor asked what would happen if the pipe tilted. Each question felt like an invitation rather than a test.

The experience shifted my ambition from a vague liking for science to a specific goal: solve practical problems through design. I began keeping the project notebook I now wish I had labelled more carefully, recording calculations, sketches and wrong turns. That notebook later carried me through school, across an ocean and into engineering work in Australia.

Years later, I tell this story through the school’s alumni community. The annual gathering is more than a reunion; it reconnects former students with the ideas that first gave them direction. The connections around Sri Saraswathi Vidyapeetham and Shishu Mandir still matter because one fair became my career compass.

A Display Full of Unfinished Questions

The fair taught me before it rewarded perfection. Our pump was assembled from available parts, and its flow rate changed whenever the tubing bent. Rather than hide the problem, I displayed the inconsistency and explained my next test. A physics teacher noticed the diagram and asked whether a wider impeller might help. That question opened my first real design conversation.

Engineering, as I came to understand it there, was not simply operating machines. It was the patient cycle of measuring, hypothesising, building and revising. Although the fair covered physics, chemistry and biology, the pump asked me to connect those subjects with electricity and mechanics. It also gave me a reason to study beyond the prescribed syllabus.

The most important lesson came from questions after each demonstration. People did not ask whether our model matched a textbook photograph; they asked how it worked, what it could withstand and what we would change. I left with a list of problems and the confidence to investigate them. Curiosity plus method is what an engineering course later formalised.

From a School Project to an Australian Classroom

My move to Melbourne for university turned the science fair notebook into a bridge between two education systems. The first year was mostly calculus, mechanics and materials, with laboratories that rewarded precise records rather than quick explanations. I recognised the habit of recording failed attempts, only now applied to abstract equations. On the tram home, I sketched improvements to the old pump.

Australian group projects exposed the difference between having an idea and explaining it. When a classmate challenged our model during a presentation, I learned to answer without becoming defensive. I also developed a routine that still survives: notebook, measurements, coffee in a keep cup, then a final check before the lab. Presenting technical choices became as important as making them.

Designing the Project That Changed My Direction

For my senior project, I returned to the pump and treated the earlier failure as a design brief. I wanted to understand motor sizing, pipe resistance and the effect of a changed impeller before choosing any component. Our school physics and electronics teachers helped us turn those questions into a sequence of small experiments, with an expected result attached to every test.

We used a small direct-current motor, a transparent reservoir and accessible sensors. Three impeller sizes were tested, and we recorded the time required to move a fixed volume of water. The winning version was not the most elaborate; it was the one whose performance we could explain. Building it in the workshop also taught me to respect tolerances, safe wiring and the limits of a classroom prototype.

The finished water-circulation model had a flow display, but I called it a demonstration rather than a finished treatment system, since accurate labelling mattered more than a grand claim. Measurement taught me about scale and uncertainty, while explaining the display taught me how to organise evidence. A resource on themed gaming designs offered a useful lesson in visual communication: colours, symbols and narrative can guide attention, although our purpose was explanation, not gambling. I redrew the display accordingly.

The Fair That Opened Professional Doors

One visiting judge was an engineer from a Melbourne consultancy. After I explained the flow readings, she asked about failure modes and sketched a layout for a larger system. Our conversation continued well beyond the judging slot. She suggested comparing mechanical and electrical engineering courses, and I studied the options on the train home. That exchange brought engineering into view as a profession rather than an abstract subject.

The project then travelled with me in my applications. At the next careers session, I chose engineering with a reason I could explain, not merely a subject that sounded respectable. In graduate interviews in Melbourne, I could discuss why I changed the impeller, what evidence supported the choice and where the model needed further work. The fair had supplied evidence, and the notebook preserved it.

Finding a Place in Australia’s Engineering Market

My first graduate role was with an Australian consultancy delivering energy-efficiency upgrades for commercial buildings around Melbourne. Local suppliers, councils and building owners shaped each brief, so a sound idea still had to fit budgets, maintenance routines and Australian standards. Drawings passed technical review, while site visits followed safety procedures. The model pump had taught me to test a system; the job taught me to account for everyone who would use it.

Australia’s engineering market offered varied paths. Melbourne was a strong base for building services and energy work, while Sydney, Brisbane and Perth had roles tied to infrastructure, resources and large-scale water projects. Colleagues carried practical habits between those cities: clear documentation, punctual site meetings and respect for the crews who maintain finished assets. Employers valued people who could connect calculations with those demands.

Professional membership made that transition measurable. After completing an accredited engineering degree, I became a graduate member of Engineers Australia, whose pathways are widely recognised by Australian engineering employers. The qualification was not a decorative badge; it represented a framework for demonstrating competence, continuing learning and working responsibly within a team. For me, it made the journey from school fair to professional practice visible.

Turning Personal Inspiration into Community Support

The most valuable part of remembering that fair is what our alumni community does with the story. The school’s social activities bring former students back together through reunions, demonstrations and volunteer work, so a pupil’s first spark need not disappear when examinations take over. I have returned to speak about the pump project, and younger students ask the questions I once asked myself.

With several alumni, I started a small mentoring circle for senior students preparing engineering applications. We meet online between terms and at the annual fair, reviewing notebooks, interview answers and the difference between a promising idea and a testable one. Alumni in Melbourne, Sydney and Brisbane share industry knowledge, while students contribute fresh perspectives from their courses. The exchange works because professional experience meets genuine curiosity.

Safety and consent belong beside every public demonstration. Our event checklist now covers risk assessments under the relevant state Work Health and Safety and electrical-safety rules, suitable insurance and clear audience procedures. Photographs of children also require a defensible consent process and careful handling under applicable privacy obligations. Across the wider network, Spoorthi magazine preserves earlier projects and SanskarKendra centres create spaces for community learning, extending the fair’s practical spirit well beyond the school hall.

Keeping the Curiosity Alive

Looking back, the fair gave me more than a prize, a confidence boost or a memorable day with teachers. It supplied a method that has stayed with me: notice what fails, frame a question, test an idea and explain the result to someone else. Those habits carried from a school display to a laboratory, a drawing review and a Melbourne boardroom. The project was modest, but the reasoning it demanded was real.

That is why I keep sharing its story through our alumni network. A student may hear about a future in engineering from a textbook, but a former pupil’s example can make the path feel reachable. The fair began with a broken motor and a piece of cardboard; its legacy is a community that keeps helping curiosity travel. The first spark was mine, and keeping it alive has become shared work.