Reach us at participate@quasortech.com
Internships
List of internships currently available for students community
Virtual Museum
Program Objective
This internship Program is designed to provide students with a hands-on, project-based learning experience that mirrors real-world product development. Interns will collaborate in teams to design, build, and deliver a functional prototype or proof-of-concept system while developing a combination of technical, analytical, and professional skills.
Program Duration
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Total Duration: Approximately 3 months
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Engagement Type: Virtual / Remote collaboration
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Weekly Interaction: 1 structured meeting (45 minutes), plus mentor-led sessions as scheduled
Eligibility
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Open to students currently enrolled in the 3rd or final year of their undergraduate program, or in a Master’s program, during the internship period.
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Interns should have foundational knowledge in engineering, computing, or relevant disciplines, and a willingness to learn collaboratively.
Research projects & theses
List of research theses currently available for students community
The Digital Experiences of Marginalized Groups: How Technology Can Exacerbate Existing Inequalities and Possible Solutions
Thesis to investigate the digital experiences of marginalized groups, focusing on how technology, despite its potential for democratizing access and empowering individuals, often exacerbates existing social, economic, and political inequalities.
The thesis should aim to provide a comprehensive analysis of the digital divide and its intersectionality, proposing strategies to design inclusive, equitable, and accessible digital environments that foster empowerment rather than marginalization.
Optimizing Hydroponic and Aquaponic Systems with IoT for Sustainable Agriculture
A research project on hydrophonics (which may refer to systems involving the use of water in plant cultivation, like hydroponics or aquaponics) combined with IoT (Internet of Things) to explore how IoT technologies can improve the monitoring, management, and optimization of water and nutrient delivery systems. How IoT-enabled devices can provide real-time data and automation that can enhance efficiency, sustainability, and productivity.
Enhancing Fruit Production through Precision Agriculture: A Data-Driven Approach to Sustainable Yield Optimization
This research project explores the integration of precision agriculture technologies in fruit crop production to improve yield, fruit quality, input efficiency, and sustainability. Focusing on a range of commercially important fruit species, the study employs tools such as GPS mapping, soil and plant sensors, remote sensing via drones, and localized weather monitoring to guide site-specific management practices. By evaluating the impacts of data-driven irrigation, fertilization, and pest control across varied agro-ecological zones, the project aims to develop scalable, environmentally responsible strategies that enhance farm profitability and resource use efficiency in modern fruit cultivation.