ANUBHAV

Senior Software Engineer

CONTACT

Hyderabad, India

Languages: C++ (11/14/17/20), Python, C.
Frameworks & Libraries: Boost, STL, OpenMP (Multithreading), GTest, NumPy, SciPy, Pandas, REST APIs.
Systems Design: Distributed Systems, Microservices, Scalability, TCP/IP, Socket Programming.
Tools: Azure CI/CD, Docker, Git, CMake, Valgrind, GDB (debugging), WSL, Visual Studio, Visual Studio Code.
Practices: Agile/Scrum, SOLID Principles, Code Reviews, TDD, SAST/SCA, Technical Debt Reduction.

Indian Institute of Technology, Ropar (IIT Ropar) 8.81 CGPA

Master of Technology (ME) July 2021

UIET, Kurukshetra University, Kurukshetra (KUK) 65%

Bachelor of Technology (ME) July 2017

GATE 2019 - IIT Madras

Secured ~97.5 percentile amongst 170k candidates

Core Annual Applause Award 2021 - DSGS

Awarded for zero-defect integration of a core module into 3DExperience, directly impacting customer satisfaction metrics

4+ years of experience designing, developing, optimizing, and maintaining high-performance systems. Strong in performance tuning, memory management, and modern C++ best practices.

Cytel Inc. Remote, India

Technologies: C++, Python, JSON, GTest, GDB, Valgrind, Multithreading, WSL, Docker, CI/CD, SOLID principles.

Senior Software Engineer Sep 2024 – Present

Owned end-to-end delivery of cross-platform statistical C++ simulation engines, ensuring seamless integration with Linux, Windows and WSL (Docker) environments and high availability across concurrent nodes.
Accelerated deployment by 30% by redesigning DevOps CI/CD pipelines (Azure) using Karate framework, improving test coverage by 40% and generating Cucumber and JUnit reports, reducing regression risks.
Reduced engine build time by 95% by implementing a GPU-aware multithreaded dependency manager.
Mentored junior engineers on performance-critical C++ best practices, reducing code review cycles by 25% and improving team adherence to SOLID principles.

Software Engineer II Oct 2023 – Aug 2024

Developed cross-platform C++ engines for the East Horizon platform, ensuring numerical precision in complex calculations and low-latency JSON I/O for high-performance clinical trial design and simulation.
Reduced defects by 40% via automated TDD (test-driven development) workflows (Python/GTest), enforcing 90%+ unit test code coverage and minimizing technical debt in legacy systems.
Refactored legacy simulation engine code and eliminated all memory leaks using Valgrind for dynamic and Black Duck for static analysis.

Dassault Systèmes Pune, India

Technologies: C++, OOP, Design Patterns, 3D CAD, XML, XSLT.

Software Engineering Specialist July 2021 – Oct 2023

Collaborated with a 30-member agile team to develop cross-platform, reusable components using OOP principles and design patterns, ensuring scalability for future hardware integrations in Windows/Linux environments.
Optimized API response times by 90% through low-latency caching systems, enabling real-time collaboration for 3D CAD workflows across global teams.
Resolved 100% of critical L3 bugs through root-cause analysis, ensuring 99.9% uptime for enterprise-scale design pipelines used by 10,000+ daily users.
Received the Annual Applause Award for zero-defect integration of a core module into 3DEXPERIENCE.

Technologies: C++, Multithreading, SOLID Principles, Modular Design

Built a C++ algorithmic trading backtesting engine with modular architecture that processes market data through multithreaded execution, enabling real-time strategy validation with minimal latency while maintaining clean, extensible code.

Technologies: C++, TCP/IP, Socket Programming, Multithreading, Network Programming

Developed a multi-client TCP chat application using C++ socket programming and multithreading for concurrent client handling, with thread-safe message broadcasting and robust error handling for real-time communication.

Technologies: Python, REST APIs, Data Processing, Error Handling

Developed a Python utility that automates historical market data extraction for Nifty 50 stocks using Angel One SmartAPI, featuring robust error handling, efficient OHLC validation, and optimized dual-format storage (CSV/Parquet) for analysis across multiple timeframes.

Anubhav, Kumar, R., Nandi, S.K., Agrawal, A. (2023). "Influence of Build Orientation on Tensile and Flexural Strength of FDM Fabricated ABS Component". [Springer]
Nandi, S.K, Kumar, R., Anubhav, Agrawal, A., 2021, "Prediction of melt-pool characteristics for Ti6Al4V using semi-analytical model". [ASME]