Jun 2023 – Jun 2025 · 2 yrs · Pune, Maharashtra, India · On-site

• As part of the GFX (Global Fund XChange) project, I play a critical role in designing, developing, and optimising financial software solutions using modern C++. I focus on building scalable, high-performance modules that support global financial operations in real-time.
• Key Responsibilities & Achievements:
• ✅ Developed and maintained core backend modules using C++14/17, STL, and OOP, reducing processing latency by 30% in trade settlement workflows.
• ✅ Implemented multithreading mechanisms to parallelise key operations, improving throughput by 2.5x in time-sensitive batch jobs.
• ✅ Refactored legacy components, optimising memory usage and reducing application crashes by 40% using advanced memory management techniques and tools like Valgrind.
• ✅ Collaborated cross-functionally with QA, Product, and Architecture teams to deliver enhancements in sprints, aligned with Agile/Scrum methodology.
• ✅ Designed reusable utility libraries to simplify data handling and reduce code redundancy across modules by 35%.
• ✅ Conducted in-depth debugging and profiling of production issues using GDB and custom logs, improving root-cause resolution time by 50%.
• ✅ Contributed to system architecture discussions for real-time risk analysis modules, helping to scale the platform for 2x load capacity.
• ✅ Mentored junior developers, reviewed code for performance, clarity, and adherence to best practices in the software development life cycle (SDLC).

Jan 2022 – Jun 2023 · 1 yr 5 mos · Pune, Maharashtra, India · Hybrid

• As part of the Technologies Brand at Dassault Systèmes, I contributed to the development of the Preference Panel in the 3DEXPERIENCE platform, which empowers users to personalise their application settings across various domains. My role focused on C++ backend development, platform integration, and user experience optimisation for large-scale enterprise environments.
• Key Responsibilities & Achievements:
• 🧩 Developed and maintained backend modules for the Preference Panel using C++11/14, ensuring high stability and seamless integration with multiple brands across the 3DEXPERIENCE platform.
• 🛠️ Enhanced user preference handling logic, leading to a 20% reduction in configuration-related support issues through improved reliability and fault tolerance.
• 🔄 Refactored legacy components and adopted STL containers and best practices, reducing code complexity and improving maintainability by 30%.
• 🧠 Collaborated with UI/UX teams to support feature alignment and customisation logic across multiple domains, ensuring consistency and usability for thousands of end users.
• 📊 Implemented multithreaded data sync mechanisms for real-time preference persistence, enhancing performance in concurrent user environments.
• 🧪 Led integration testing efforts for cross-brand settings propagation and platform behaviour consistency, resulting in fewer post-release defects.
• 🐛 Identified and fixed critical memory leaks using Valgrind, optimising resource utilisation and improving application responsiveness.
• ⚙️ Worked across both Windows and Linux platforms, contributing to the platform’s cross-compatibility and enterprise readiness.

Jun 2021 – Jan 2022 · 7 mos · Pune, Maharashtra, India · Remote

• At Cerence, I was part of the Text-to-Speech (TTS) Conversion team, contributing to the core technology behind automotive voice assistants and infotainment systems. My primary focus was developing and optimising high-performance C++ modules for real-time speech synthesis used across leading automotive platforms.
• Key Responsibilities & Achievements:
• 🔊 Engineered TTS modules in modern C++ (C++14/17), significantly improving real-time audio synthesis efficiency and reducing average speech generation latency by 35%.
• 🎯 Optimised phoneme-to-audio pipeline by redesigning core logic with advanced STL structures and object-oriented programming, enhancing accuracy and scalability.
• 🧪 Integrated and tested multilingual TTS engines, enabling support for over 10 languages, including region-specific dialects and voice variants.
• 🧠 Reduced memory usage by 40% through precise memory management and profiling using Valgrind, ensuring smoother operation on embedded in-vehicle hardware.
• 📈 Improved voice quality and clarity by fine-tuning synthesis algorithms and collaborating closely with the acoustic modelling and linguistics teams.
• 🔁 Worked on platform integration and compatibility across Linux-based automotive infotainment systems, ensuring real-time response and stability under constrained environments.
• 🧰 Used tools like GDB and custom logging to diagnose and resolve performance bottlenecks and concurrency issues in multithreaded environments.
• 📦 Contributed to modular SDK development, making TTS features reusable across different automotive OEM platforms.
• 👨‍💻 Actively participated in Agile sprints, sprint planning, and code reviews to drive continuous improvement and high-quality releases.

Sep 2018 – May 2021 · 2 yrs 8 mos · Pune, Maharashtra, India · On-site

• At 2020 Spaces, I contributed to the development of 3D interior design software used by architects and furniture designers. My work centred on core C++ development for product visualisation, user interface logic, and design automation, with an emphasis on performance, rendering accuracy, and cross-platform reliability.
• Key Responsibilities & Achievements:
• 🧱 Developed core C++ components for 3D rendering and layout engines, reducing rendering time by 30% and improving responsiveness for large design projects.
• 🛠️ Implemented STL-based geometry data structures to streamline 3D object manipulation, improving performance in drag-and-drop UI interactions.
• 🎯 Enhanced rule-based design automation logic, leading to a 25% reduction in user configuration errors and faster project completions for end users.
• 🌐 Worked across Windows and macOS platforms, resolving compatibility issues and ensuring consistent performance for cross-platform application delivery.
• 🧠 Improved memory efficiency in design workflows by applying advanced memory management and identifying leaks using Valgrind, resulting in 40% lower RAM usage.
• 🔁 Refactored legacy codebases to adopt C++11 standards and OOP principles, reducing code complexity and improving future maintainability.
• 📈 Collaborated with UI/UX teams to deliver intuitive design tools and settings panels, enabling real-time 3D visual feedback and improving user engagement.
• 🧪 Wrote and maintained unit tests for geometry and layout modules, increasing code reliability and reducing regression by 50% in major releases.
• 👨‍💻 Participated in Agile sprints, task breakdowns, and peer code reviews, contributing to timely, high-quality software deliveries.

Aug 2016 – Aug 2017 · 1 yr · Pune, Maharashtra, India · On-site

• At Rivigo, a tech-enabled logistics company, I managed core operational workflows to ensure smooth and efficient freight movement. My responsibilities included driver coordination, route planning, asset tracking, and on-ground issue resolution to improve delivery reliability and turnaround time across regional hubs.
• Key Responsibilities & Achievements:
• 🚚 Coordinated 100+ daily shipments, ensuring real-time tracking and timely deliveries across multiple interstate routes.
• 📊 Reduced shipment delays by 20% by implementing proactive route planning strategies and addressing on-road exceptions with minimal escalation.
• 📞 Managed a network of 80+ driver partners, maintaining consistent communication and resolving trip-level issues to improve driver satisfaction scores by 15%.
• 📍 Optimised vehicle allocation and turnaround at hub points using data-driven tools, increasing fleet utilisation efficiency by 18%.
• 🧾 Monitored and reported daily operations metrics, including transit time, trip completion, and route exceptions, enabling faster decision-making for hub managers.
• 🔄 Collaborated with technology teams to refine app-based workflows and driver interface improvements, reducing operational friction and manual intervention.
• 🛠️ Resolved 95% of on-ground issues within SLA, including vehicle breakdowns, route diversions, and load misassignments.
• ✅ Ensured compliance with company SOPs and transportation regulations to maintain delivery standards and audit readiness.