Engineering Students Present Research and Project Work at The School of Engineering Exhibition

On December 11, 2025, SIUT hosted an educational and practice-oriented exhibition dedicated to the activities of the School of Engineering. The event served as a platform for students to present the outcomes of their academic and project-based work, clearly demonstrating how theoretical knowledge is transformed into practical engineering solutions.

The exhibition covered six key areas of engineering education, each reflecting the applied nature of training and the level of professional competencies developed by students.

Structural Engineering and Statics

Within this section, students designed bridge models using wooden beams and conducted load-bearing tests. Despite the fragility of the materials when considered individually, well-calculated structural configurations demonstrated high strength. Most models withstood loads of up to 65 kilograms, — with the student standing directly on the bridge — convincingly confirming the accuracy of engineering calculations and the soundness of the structural design.

Geotechnical Engineering and Satellite Data Analysis

This section showcased studies based on satellite imagery. Students conducted geological analyses of the Fergana Valley to identify potential geothermal resources as well as zones likely to contain iron and gold deposits. In addition, landslide risks were assessed by considering slope gradients, soil types, and vegetation cover, demonstrating the application of digital tools in solving practical geotechnical engineering tasks.

Chemical Engineering

Students demonstrated chemical reactions involving color changes, as well as processes activated using electrodes. Special attention was given to laboratory safety, including the use of protective equipment, proper handling of chemical reagents, and strict adherence to laboratory protocols.

Mineralogy and Geological Samples

This section presented minerals and rock samples collected by students during field practices. Exhibition visitors were introduced to samples of metamorphic and sedimentary rocks, as well as the Mohs hardness scale, which is widely used in geology to determine the relative hardness of minerals and support their practical identification.

During fieldwork conducted at various geological sites, students gained hands-on experience working with rocks and minerals — from initial selection and visual assessment to classification and property analysis. Combined with theoretical training, this experience enabled students to approach material collection in a structured and meaningful way and to present the most representative samples obtained directly from real geological formations.

Engineering Design and Social Initiatives

Within this direction, students presented a design concept for a solar-powered “smart bus stop”, as well as a waste separation system organized by material type — plastic, paper, household, and chemical waste. These projects attracted particular interest due to their combination of engineering solutions and clear social relevance.

Mineral Extraction and Digital Design

Students developed projects related to the extraction of sand, gravel, and other mineral resources. Initial drawings were created manually and later converted into digital formats using AutoCAD software. Project digitalization, the use of advanced software, and AI-based tools represent key elements of SIUT’s methodology for training future engineers.

“Engineering is not limited to formulas and drawings. It requires responsibility, precision, and direct engagement with real-world challenges. At this exhibition, students demonstrated their ability to present ideas not as abstract concepts, but as functional solutions. For us, this is the most important outcome. Our goal is to educate engineers who are not afraid to make mistakes, are willing to experiment, and fully understand the responsibility for the results of their work.” – stated prof. Mohammed Reza Bahrami, dean of the School of Engineering.

The exhibition clearly demonstrated the effectiveness of SIUT’s dual education model, which is particularly important for engineering disciplines. The projects presented by students were the result of systematic work — from data collection and analysis to the development and justification of engineering solutions for real-world challenges. This approach fosters precisely the practical competencies that are in high demand today in industry, research, and professional engineering practice.