Luc Nikiema
About Luc Nikiema
Luc Nikiema is a Site Reliability Engineer currently working at Klaviyo, having previously held positions at Capgemini and Astranis. He earned a Bachelor's degree in Computer Science from Georgetown University and has experience in technical support and leadership roles within engineering organizations.
Work at Klaviyo
Luc Nikiema currently serves as a Site Reliability Engineer at Klaviyo, a role he has held since 2023. His responsibilities include ensuring the reliability and performance of the company's systems and services. Klaviyo is known for its marketing automation platform that helps businesses manage customer relationships and improve engagement through data-driven insights.
Education and Expertise
Luc Nikiema earned a Bachelor's degree in Computer Science from Georgetown University, where he studied from 2016 to 2020. His education provided him with a strong foundation in software development, systems engineering, and technical problem-solving. This academic background supports his current role in site reliability engineering and previous positions in software engineering.
Background
Luc Nikiema has a diverse professional background that includes various roles in technology and engineering. He worked as an Audio Visual Technician and Technical Support Specialist at Georgetown University from 2017 to 2019. He also served as President of the National Society of Black Engineers: Georgetown Chapter from 2018 to 2020, demonstrating leadership and commitment to community engagement.
Previous Work Experience
Before joining Klaviyo, Luc held positions at several organizations. He worked as a Software Engineer at Capgemini from 2022 to 2023 and as an Associate Software Engineer at Astranis for three months in 2021. His experience includes designing and implementing a full stack ReactJs/Django web application and conducting investigations to improve software testing efficiency.
Achievements in Software Development
During his time at Astranis, Luc Nikiema contributed to several significant projects. He developed a new testing approach for the Orbital Determination Service, which enhanced the speed of spacecraft simulations. Additionally, he introduced a telemetry data retrieval and sorting plan that reduced database query execution time by 10% on average, showcasing his ability to improve system performance.