Postdoctoral researcher at University of Buffalo specializing in complex genetic networks. Expertise in bioinformatics and computational biology enhances research capabilities. Proficient in data science and deep learning, driving advancements in disease understanding and predictive modeling accuracy.
Employed bioinformatics and computational biology knowledge to optimize methodologies for dissecting complex genetic networks.
Advanced comprehension of disease dynamics and enhanced predictive modeling capabilities.
Advised on software services and digital solutions for telecommunications and IT sectors.
Led over 20 projects with diverse clients in telecommunications, banking, healthcare, and retail.
Directed teams utilizing agile and scrum methodologies to enhance project outcomes.
Analyzed data and gathered model requirements for predictive modeling initiatives.
Developed and deployed predictive models using SQL, Python, R, Java, and C/C++.
Specialized in ETL processes and database systems with adaptability to cloud environments.
Applied genome graph methodology to implement and assess analytic tools using diverse data sets.
Enhanced detection of structural variants in admixed populations for improved outcomes.
Facilitated applications in disease risk prediction among human populations and agricultural breeding assessments.
Engaged in collaborative projects focused on genetic variation analysis of Neisseria meningitidis.
Developed genome graphs for critically endangered kākāpō, supporting biodiversity preservation initiatives.
Executed research administration and reporting on social network datasets.
Developed a dynamic web interface to visualize social networks.
Executed management of 25 million customer data ETL jobs, achieving consistent performance.
Developed scripts for maintenance of ETL operations and database management.
Generated dashboards to present actionable data insights to upper management.
Conducted comprehensive evaluations of technical projects and executed multiple telco product implementations.
Delivered lectures to schools and university students while mentoring participation in national and international robotic competitions, including World Robot Olympiad.
The Google Anita Borg Memorial Scholarship, 2000 USD
ACM Richard Tapia Celebration of Diversity in Computing, 1000 USD
UUP Individual Development Award, 1600 USD
Multi-Layer Co-Expression Networks: Insights into Gene Expression Variability and Regulatory Interactions, This study investigates gene co-expression variability across tissues, distinguishing genetic polymorphism-driven expression from other regulatory mechanisms.
2023, Organized Pan Genome Workshop, providing hands-on experience constructing and analyzing pan genome graphs for computational biologists.
2023-2024, Organized cultural events in Dunedin Tamil Society, New Zealand.