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A recent study revealed that companies typically neglect to utilize 60-73% of their data for analytical purposes. This staggering statistic indicates that nearly three-fourths of the data organizations collect remains untouched or unexamined, showing how they do not harness the full potential of the data they gather to shape their decisions.
For data scientist and analyst Dr. Swastika Nevaskar, in an era where data-driven decision-making is paramount, such underutilization can put businesses at a competitive disadvantage, potentially leaving them ill-equipped to anticipate market shifts or respond to emerging challenges.
With more than a decade of experience in corporate data management, Dr. Nevaskar fully understands the role of data in facilitating business decisions. Her role in collecting and analyzing data in the areas of geophysics and corporate proved beneficial in making actionable recommendations that paved the way for company savings and development.
Data-Centric Solutions as the New Business Imperative
The strategic importance of driving data-centric solutions is evident. This approach underscores the pivotal role of data in shaping business operations and decision-making. Dr. Nevaskar aptly says, “In the modern business ecosystem, data isn’t just an asset; it’s the compass that guides every decision.”
The digital age has ushered in an era where businesses are flooded with data from various touchpoints. The challenge, however, is not in collecting this data; it’s in analyzing and interpreting it. Techniques like “K means” and “hierarchical clustering” are methods used to segment vast data sets into meaningful groups, while “2D land data” refers to two-dimensional geological information.
“It’s not about the volume of data we gather, but the value we extract from it,” Dr. Nevaskar emphasizes. The goal is to transform raw data into actionable insights, propelling business growth, enhancing customer experiences, and fostering innovation.
Dr. Nevaskar’s Experience in Data Project Management
Dr. Nevaskar stands out for her data expertise and hands-on experience in collecting, analyzing, and leveraging data to drive tangible business results. By employing sophisticated algorithms like K means and hierarchical clustering, she was able to analyze various customer segments based on their interactions with the bank, from their credit limits to their communication patterns, even car data on name, brand, model, location, manufacturing year, total kilometers driven by the previous owner(s), fuel type, price of a new car and old car of the same model.
“Understanding the nuances of each customer segment allowed me to recommend strategies more effectively,” she recalls. This deep dive into customer data didn’t just stop at segmentation but also led to predictions. Dr. Nevaskar’s evaluations led to predicting customers’ purchasing behaviors for new travel packages and accurately forecasting car prices based on many factors.
The result of collecting and handling this data is a comprehensive tabular matrix that provided banks with actionable insights, a market strategy, and services based on cluster findings. These predictions led to more targeted campaigns, efficient marketing strategies, and optimized financial allocations.
However, Dr. Nevaskar’s data-centric approach did not stop data management at the corporate level. The geophysicist also brought her data power into the field while leading a project for an oil and gas company.
Dr. Neveskar played an instrumental role in integrating multiple well data for Brazil’s Atapu pre-salt imaging, a project with significant financial implications, influencing an $80M bid round decision. Her work in generating the first set of images for 2D land data in Kurdistan was pivotal in evaluating potential hydrocarbon reservoirs. She also processed low signal, complex 2D land data like solving a puzzle in Papua New Guinea. Despite several missing pieces, she was able to yield structurally correct images that informed crucial drilling decisions.
Her insights and learnings from this project were later shared at a workshop in Melbourne, setting the benchmark for processing quality control. Furthermore, her collaborations on high-profile data integration projects have influenced bid round decisions and asset acquisitions worth millions, spanning regions from Australia to Colombia.
Dr. Nevaskar adds, “All these are the result of data processed and interpreted. It’s amazing how data is present on varying fields, ready to be analyzed and used for the company’s benefit.”
Importance of Data Gate-Keeping
While Dr. Nevaskar champions the power of data, she is also acutely aware of its potential pitfalls. She often cautions against being overly reliant on data, emphasizing the importance of a balanced approach. “There’s a fine line between data-driven and data-blinded,” she notes.
In this narrative, the role of data scientists extends beyond analysis. They are guardians of data quality and integrity, ensuring that data practices are ethical and transparent. “Data is powerful, but with that power comes responsibility,” Dr. Nevaskar states.
The future of data handling looks promising, especially with seasoned professionals like Dr. Nevaskar leading the charge. Her commitment to ethical data practices ensures that data remains a tool of trust and integrity, shaping its responsible use in the coming years.
