Mohamed Sameem
About Mohamed Sameem
Mohamed Sameem is a Senior Backend Software Engineer at Groww in Bengaluru, India, where he has worked since 2021. He specializes in optimizing backend services using Reactive Programming and Temporal, and has experience integrating Machine Learning OCR APIs and developing large-scale data handling systems.
Work at Groww
Mohamed Sameem serves as a Senior Backend Software Engineer at Groww, India, since 2021. His role involves optimizing backend services through the implementation of Reactive Programming techniques. He focuses on building scalable services using Temporal, enhancing the efficiency and performance of the systems he works on. His contributions are integral to the development of robust backend solutions that support the company's financial technology platform.
Previous Experience at TRPGlobal
Prior to his current position, Mohamed Sameem worked as a Backend Software Engineer at TRPGlobal from 2020 to 2021. During his nine-month tenure in London, he integrated Machine Learning OCR APIs into backend systems, contributing to the enhancement of data processing capabilities. His experience at TRPGlobal laid a foundation for his skills in backend development and system integration.
Education and Expertise
Mohamed Sameem completed his Bachelor of Technology (BTech) in Computer Science Engineering at Thiagarajar College of Engineering from 2018 to 2022. His academic background provided him with a strong foundation in software engineering principles. He also studied at Excel Central School, where he completed his ICSE education. His expertise includes optimizing thread usage, fixing memory leaks, and developing complex backend services.
Technical Projects and Contributions
In his professional career, Mohamed Sameem has developed an Encryption-Migration Service that efficiently handled 788 million records. This project showcases his ability to manage large datasets and implement secure data migration processes. His work emphasizes his skills in backend development and system optimization, particularly in high-volume environments.