With over a decade of experience in software engineering, I have contributed to renowned organizations such as Verizon Media/RYOT, Danske Bank, and ISSUU. My expertise spans developing web-based 3D modeling tools, architecting backend systems from the ground up, and enhancing machine learning algorithms to automate complex tasks. I am proficient in technologies including JavaScript, TypeScript, React, React Native, Node.js, AWS, and D3.js.
As a mentor, I am passionate about fostering continuous learning and excellence. I take pride in sharing knowledge, supporting fellow developers, and contributing to the tech community. My ability to demystify complex concepts, coupled with a proactive attitude and leadership skills, makes me a valuable asset in any learning environment.
- Toptal (August 2022 - Present): Lead Software Engineer
- Verizon Media/RYOT (July 2020 - August 2022): Lead Software Engineer
- ISSUU (July 2019 - July 2020): Senior Software Engineer
- Danske Bank (February 2018 - July 2019): Senior Software Engineer
- Ranked in the top 0.1% of over 500,000 users on Interviewbit.
- Member of the Toptal network, which selects only the top 3% of freelance talent.
- Website: sachinmour.com
- LinkedIn: linkedin.com/in/sachinmour
- GitHub: github.com/sachinmour
Innovating at the intersection of technology and creativity, I am driven by the pursuit of elegant solutions to complex problems.
• Leading a team to implement and support dozens of new product features while guiding them to become better by doing regular pair pro...
• Leading a team to implement and support dozens of new product features while guiding them to become better by doing regular pair programming sessions, doing pr reviews on a regular basis. • Created the back-end architecture from scratch, considering the project's needs and near-term future scope. • Built a web-based 3D modeling tool to help content creators create models used in NFL, HuffPost, and Yahoo. • Developed a way to keep multiple databases in sync using streams. • Kept the response time of all synchronous communications below 300ms.