Program Overview

Program Overview

The Agricultural Engineering program is designed to provide students with a comprehensive education in the field of agricultural engineering.

Program Structure

The program is structured to include two semesters, with two temporal windows for presenting and modifying study plans. The first window occurs at the beginning of the first semester (September/October), and the second window occurs at the beginning of the second semester (February/March).

Study Plan Presentation

During the first semester, students can introduce modifications to their study plans, including additions, removals, and variations. These modifications can be made for exams in the first and second semesters and for every academic year up to the current year of presentation.

During the second semester, students can make optional modifications to their study plans, including:

• Adding or removing courses from the second semester of the academic year of presentation
• Changing the status of courses from effective to surplus and vice versa, limited to courses inserted in the current academic year

Study Plan Approval

If the presented study plan conforms to the proposed model in the study manifesto, it is automatically approved. However, if the plan is not perfectly conforming, it must be approved by the commission for the "evaluation of study plans." The commission can only evaluate plans after the closure of the temporal window for presentation.

Evaluation Process

The evaluation process typically requires two to three weeks. If a plan is not approvable, the commission will contact the student via email to find a concordant solution. The subsequent modification of the plan is then made by the commission.

Rules for Erasmus Students

Erasmus students leaving the university must have a study plan that respects all the rules indicated above. However, Erasmus students entering the university do not need to respect these rules unless they are double-degree students.

Research Areas

The program includes research areas, such as the ROSETEA laboratory, which focuses on advancing knowledge in agricultural engineering.

Program Objectives

The program aims to provide students with a comprehensive education in agricultural engineering, including theoretical and practical knowledge. The program objectives are not explicitly stated but can be inferred from the program structure and content.

Admission Criteria

The admission criteria for the program are not explicitly stated but can be found in the "Criteri di Ammissione" section of the program website.

Tuition Fees

The tuition fees for the program are not explicitly stated but can be found in the university's tuition fee policy.

Conclusion

The Agricultural Engineering program provides students with a comprehensive education in the field of agricultural engineering, including theoretical and practical knowledge. The program is structured to include two semesters, with two temporal windows for presenting and modifying study plans. The program includes research areas, such as the ROSETEA laboratory, and has specific rules for Erasmus students.