Semestre 1

The Mechanical of Elements module is a fundamental scientific course for students at the Institute of Applied Sciences and Technology (ISTA), designed for both Automation and HSE (Health, Safety, and Environment) specialities. The tutorial sessions aim to provide essential mechanical foundations required for analyzing, modeling, and understanding real industrial and technical systems.

The module begins with vector calculus, a key mathematical tool used to describe physical quantities such as position, velocity, acceleration, and forces. This foundation enables students to represent motion and mechanical interactions accurately in automated systems, industrial machines, and technical installations.

Kinematics focuses on the study of motion without considering its causes. It allows students to analyze the movement of mechanical components, robotic arms, conveyors, vehicles, and industrial equipment, which are important in both automated processes and safety-related mechanical systems.

Dynamics connects motion to the forces that produce it, mainly through Newton’s laws. This part is essential for understanding the behavior of motors, actuators, mechanical structures, and moving systems, as well as evaluating loads, friction, and mechanical stresses in safe operating conditions.

The work and energy section introduces an energy-based approach to mechanical systems. Students learn how energy is transformed, transferred, and conserved in machines and industrial mechanisms. This knowledge is important for system performance, energy efficiency, and risk prevention in technical environments.

These tutorial sessions help students develop analytical and technical skills necessary for automation system control, mechanical system understanding, and safe management of industrial installations.