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Soham Chandekar

Soham Chandekar

Master of Applied Data Science, University of Canterbury Christchurch, New Zealand

The Real Estate Dynamics

3 min readJun 9, 2024

“ What Influence the HomeBuyers?? ”

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Photo by Hardik Joshi on Unsplash

Being a data analyst at a leading real estate firm is both a privilege and a challenge. Each day brings new insights, debates, and questions, but one incident stands out vividly in my memory.

It all started with a spirited debate between two senior colleagues over a seemingly simple question: which is better,

i. a compact, expensive apartment in the heart of the city or

ii. a spacious, inexpensive one on the outskirts? As the discussion unfolded, I couldn’t help but wonder: what truly influences the decisions of homebuyers in Mumbai?

Determined to find answers, I embarked on a journey into the depths of data analytics. Armed with the latest machine learning tools and techniques, I set out to unravel the mysteries of Mumbai’s real estate market.

The first step was to gather data — mountains of it. From property listings and sales figures to demographic trends and economic indicators, every piece of information was like a clue waiting to be deciphered.

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Next came the technical part: applying machine learning algorithms to make sense of the data. Linear regression models were deployed to identify key factors influencing property prices, while k-means clustering was used to segment buyers based on their preferences and behavior.

We had a pre-trained linear regression model at our disposal, tailored to predict property prices based on common variables like location, amenities, accessibility, and locality. With this model as my guiding compass, I plotted a regression line on our graph, representing the predicted price range of properties in Mumbai.

But that was just the beginning. I wanted to delve deeper into the psyche of homebuyers within a specific price range — those willing to shell out between 25,000 to 55,000 rupees per square foot. To accomplish this, I turned to the versatile technique of k-means clustering.

As the algorithms churned through the data, patterns began to emerge. Location, amenities, and accessibility to public transport were indeed important factors, but there was one unexpected variable that stood out above all others: age

Yes, age — the seemingly innocuous number that holds the key to understanding the mindset of Mumbai’s homebuyers. Through careful analysis, we discovered that individuals between the ages of 25 and 40 exhibited a distinct preference for compact city living, despite the higher price tag.

But why? The answer lay in their desire for convenience and efficiency. For these urban dwellers, time was of the essence. They were willing to pay a premium to live closer to their workplaces, sparing themselves the agony of long commutes and traffic jams.

Armed with these insights, I emerged from my data-driven odyssey with a newfound appreciation for the power of analytics in shaping real-world decisions. By understanding the nuanced preferences of homebuyers, we can empower developers, investors, and policymakers to create more targeted and effective solutions for Mumbai’s ever-evolving real estate landscape.

“ So the next time you find yourself pondering the age-old question of city living versus suburban sprawl, just remember: the answer may lie hidden in the data, waiting to be discovered by those willing to embark on the journey ”

This blog serves as a multifaceted exploration into the intricacies of Mumbai’s real estate market, offering insights from various perspectives. Written from the viewpoint of real estate enthusiasts, laypersons, and developers alike, it aims to provide a comprehensive understanding of the factors influencing homebuyers’ decisions in the city.

However, for data analysts keen on delving deeper into the machine learning processes behind the analysis, access to the coding notebook and data visualizations is essential. To facilitate this, the complete project notebook, along with the necessary data and visualization tools, is available on my GitHub https://github.com/Sohamchandekar Interested parties are encouraged to submit pull requests to gain access to the comprehensive insights and methodologies employed in this study. By fostering collaboration and knowledge sharing, we can collectively advance our understanding of Mumbai’s real estate dynamics and drive informed decision-making in the industry

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Soham Chandekar
Soham Chandekar

Written by Soham Chandekar

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Master of Applied Data Science, University of Canterbury Christchurch, New Zealand