Apoorva Chandra S

Currently an App Dev @ Citi Pune.

Pune

Work


I currently work at Citi, Pune as part of Equities Middle Office Tech, building distributed, scalable systems for global client block and allocation workflows.

Equities Middle Office Tech, Citi. 2017-present.

Vice President (App Dev) (2023-present)

Own the Client Allocations space and lead requirements-to-delivery across Equities Middle Office block and allocation flows. I have led redesign initiatives across legacy and modern applications, built cloud-native distributed services for end-to-end client block matching and shaping, and delivered capabilities that significantly improved Middle Office capacity and reduced manual operations.

Asst Vice President (App Dev) (2021-2022)

Led design and implementation of core matching workflows and cloud-native services that became the foundation for the global block matching platform, partnering across teams to productionize high-throughput and resilient distributed systems.

Manager 1/2 (App Dev) (2017-2020)

Redesigned and rebuilt an order processing system into a scalable architecture using Apache Storm and Geode for multi-million order throughput. Also improved trade message parsing for better straight-through processing and built side tools for data analysis using Qlikview, Druid, and Caravel.

Trade Technology, JP Morgan India. 2014.

Technology Analyst Intern

Built internal project-tracking tools in Mumbai using JIRA REST API and HP ALM data during an 8-week internship.

Complete Résumé

Publications

During my time at NITK, I was part of a team that worked on Social Media Analysis - and went on to present our findings at LSCNA and IEEE's Region 10 Symposium (TENSYMP).

ICACNI

Sociopedia: An Interactive System for Event Detection and Trend Analysis for Twitter Data

The emergence of social media has resulted in the generation of highly versatile and high volume data. Most web search engines return a set of links or web documents as a result of a query, without any interpretation of the results to identify relations in a social sense. In the work presented in this paper, we attempt to create a search engine for social media datastreams, that can interpret inherent relations within tweets, using an ontology built from the tweet dataset itself. The main aim is to analyze evolving social media trends and providing analytics regarding certain real world events, that being new product launches, in our case. Once the tweet dataset is pre-processed to extract relevant entities, Wiki data about these entities is also extracted. It is semantically parsed to retrieve relations between the entities and their properties. Further, we perform various experiments for event detection and trend analysis in terms of representative tweets, key entities and tweet volume, that also provide additional insight into the domain.

Kaushik, R., Chandra, S. A., Mallya, D., Chaitanya, J. N. V. K., & Kamath, S. S. (2016). Sociopedia: An Interactive System for Event Detection and Trend Analysis for Twitter Data. In Proceedings of 3rd International Conference on Advanced Computing, Networking and Informatics (pp. 63-70). Springer India.

TENSYMP

Ontology based Approach for Event Detection in Twitter datastreams

In this paper, we present a system that attempts to interpret relations in social media data based on automatically constructed dataset-specific ontology. Twitter data pertaining to the real world events such as the launch of products and the buzz generated by it, among the users of Twitter for developing a prototype of the system. Twitter data is filtered using certain tag-words which are used to build an ontology, based on extracted entities. Wikipedia data on the entities are collected and processed semantically to retrieve inherent relations and properties. The system uses these results to discover related entities and the relationships between them. We present the results of experiments to show how the system was able to effectively construct the ontology and discover inherent relationships between the entities belonging to two different datasets.

Kaushik, R., Chandra, A., Mallya, D., Chaitanya, J. N. V. K., & Kamath, S. (2015, May). Ontology based Approach for Event Detection in Twitter datastreams. In Region 10 Symposium (TENSYMP), 2015 IEEE (pp. 74-77). IEEE.

LSCNA

An Interactive System for Event Detection and Trend Analysis for Twitter Data.

In this paper, we present Sociopedia, an attempt to interpret relations in social media data based on automatically constructed topic-specific ontologies. Specifically geared towards new product launches, Sociopedia also generates an overview of a product’s marketing strategy effectiveness using user feedback based auto-escalation and semantic relationship extraction. Based on entities obtained from a given dataset, tweets are extracted and are used to build the ontology. The competitor’s proportion in the given dataset is also determined through auto-escalation while the overview of the product’s performance is captured using sentiment analysis, thus providing a complete synopsis of the product’s performance.

Mallya, D., Chandra, A., Chaitanya, J. N. V. K., & Kamath, S. (2015). An Interactive System for Event Detection and Trend Analysis for Twitter Data. LARGE SCALE COMPLEX NETWORK ANALYSIS: LSCNA2015, 70.

Repositories

Personal/College Projects.