Hierarchical classification day of secondary structures of proteins

The competency-based approach adopted in the Biotechnology Engineer program at EIBB was fully showcased during the validation of student projects, which took place on Wednesday April 24.

One of the highlights of this initiative was the hierarchical classification of protein secondary structures, a cornerstone of their program, achieved by navigating through all 3D structures currently available in international databases. This topic exemplifies how our students were able to apply their skills in analysis, synthesis and problem solving to understand and classify protein motifs and structures.

During the validation of student projects in the Biotechnology Engineering track at EIBB, a notable point was the hierarchical classification of protein secondary structures. This theme fits within a competency-based approach that emphasizes developing specific abilities such as analysis, synthesis, problem solving and scientific communication.  

By focusing on the hierarchical classification of protein secondary structures, students were able to apply these skills concretely by understanding and classifying the various motifs and structures found in proteins, which is crucial for understanding biological mechanisms and applications in biotechnology. This approach allowed students not only to acquire theoretical knowledge, but also to put it into practice in an innovative way, thus preparing the next generation of biotechnology engineers to effectively tackle the complex challenges of this constantly evolving field.