Geospatial analysis for Alvia Systems Inc.

This project aims for students to develop and apply geospatial analysis skills to the context of climate change, focusing on wildfire data. The objective is to acquire, process, and analyze climate data related to wildfires to identify trends, risks, and potential preventive measures. By the end of the project, students will have learned how to manage and analyze large datasets, use geospatial tools for mapping and data visualization, and apply their findings to real-world scenarios, showcasing their ability to contribute effectively to climate change mitigation and disaster response efforts.

R&D Drone Project for Alvia Systems Inc

This project aims for students to design, develop, and build a functional hardware drone, incorporating electrical work, hardware assembly, and research and development. The objective is to provide comprehensive hands-on experience in drone technology, including design, component integration, and testing. By the end of the project, students will have learned the essentials of drone development, showcasing their ability to connect their learning experience with industry skills in electronics, hardware engineering, and R&D.

Marketing Intern at Alvia Systems Inc

This project aims for students to develop and implement a marketing campaign for Alvia Systems' latest product launch. The objective is to increase product awareness and generate leads. By the end of the project, students will have learned key marketing strategies, digital content creation, and analytics evaluation, showcasing their ability to connect academic theories with practical marketing skills in the tech industry.

Actuarial science project for Alvia Systems Inc

This project aims for students to apply actuarial science principles to the analysis of climate data, focusing on identifying and quantifying the risks associated with climate change and extreme weather events. The objective is to develop a comprehensive risk assessment model that can be used by insurance companies, governments, and other stakeholders to make informed decisions regarding climate risk mitigation and adaptation strategies. By the end of the project, students will have learned how to manipulate large datasets, apply statistical and actuarial models to real-world scenarios, and communicate complex risk assessments in an accessible format, bridging the gap between actuarial science and climate change mitigation efforts.