As a Software Development Team Lead, I have been actively involved in working on a cloud platform that leverages cutting-edge cloud technologies, including Kubernetes, Terraform, Azure, ArgoCD, gRPC, EventHub, REST APIs, and GitOps.Leading one of the team that is developing a unified web application that combines various specialities such as video, access control, and other. This endeavor involved bringing together multiple groups and breaking down silos to foster collaboration and ensure a cohesive end product.Additionally, I have played a significant role in participating in cross-group architecture design discussions to ensure the delivery of valuable solutions that align with business objectives and promote seamless integration among various components.

Led the Industrial IoT team in the development of an Industrial IoT system designed to ingest IoT telemetry data into Security Center. This system interacted with a multitude of industrial IoT protocols, including BACnet, SNMP, OPC, Modbus, and more generic protocols such as TCP, HTTP, MQTT.- Successfully increased the release frequency from once annually to six times a year, significantly enhancing the pace of product evolution.- Played a vital role in decoupling the system's architecture, paving the way for edge computing workloads using RabbitMQ and AMQP 1.0.- Orchestrated a transition from a Kanban methodology to sprint-based planning, bringing about substantial improvements in development velocity.- Regularly presented new features and team KPIs to management and sales teams, leveraging my presentation and communication skills.- Participated in the training of the Tier-2 support team, ensuring they were adequately equipped to handle customer issues.- Managed end-to-end project releases, from drafting comprehensive release notes to overseeing project management, including supervising the testing strategy.

- Worked in an R&D team responsible for developing an Industrial IoT system designed to ingest IoT telemetry data in Security Center.- Worked with multiple industrial IoT protocols such as BACnet, SNMP, OPC, Modbus, and more generic protocols like TCP, HTTP, and MQTT, to ensure robust and seamless data ingestion.- Contributed to the development and maintenance of a rule engine capable of triggering actions based on telemetry data.- Developed new features in both the backend system (.Net Framework) and the frontend (WPF), demonstrating versatility and comprehensive programming abilities.

- Led directed studies for IFT-3001 (Design and Analysis of Algorithms), facilitating student understanding of key algorithmic concepts.- Teaching assistant for GLO-2004 (Object-Oriented Software Engineering) and IFT-2007 (Analysis and Design of Object-Oriented Systems). Key responsibilities included: - Mentoring students throughout the semester project, providing guidance and feedback. - Grading and providing constructive feedback on project deliverables.

Contributed significantly to the development of an optimization model aimed at minimizing travel and recharging time for electric vehicles. This model was initially started as a part of a quarterly project for the Combinatorial Optimization course (IFT-4001). Key technologies used included Couenne, CPLEX, Pyomo, and Python.- Developing mobile applications for the platform using Xamarin, thus extending its accessibility and usability across different platforms.

Actively participated in the development of mathematical models detailing energy consumption and recharging characteristics of various types of electric vehicles using data-driven methods. These models were further utilized for geospatial analysis of vehicle movements to support a statistical simulation of an electric taxi fleet.- Utilized Python, Scikit, and SQL for data analysis and model development.- Contributed to an optimization model aimed at minimizing travel and recharging time for electric vehicles. This model was initiated as part of a project in the Combinatorial Optimization course (IFT-4001).- Leveraged Couenne, CPLEX, Pyomo, and Python for optimization modeling and solution development.

Developed an electric vehicle routing planning platform to optimize usage and travel efficiency.- Designed and implemented software architecture that streamlined platform operations and facilitated user interactions.- Conducted comprehensive data analysis to identify trends, inform strategic decisions, and enhance platform performance.- Utilized C#/.NET, WPF, and Visual Studio in the development process, contributing to a seamless user interface and robust backend system.

As a Certified Technician, I provided customer service and technical support across multiple Apple operating systems including MacOS, TvOS, iOS, and WatchOS. My responsibilities included:- Diagnosing and resolving software and hardware issues, contributing to improved user experiences.- Delivering high-quality customer service, consistently addressing individual needs and concerns.- Maintaining up-to-date knowledge of Apple's operating systems to offer accurate and efficient support.