Mechanical engineering is the cornerstone upon which many of today's technological wonders are built. From industrial machinery to medical devices, mechanical engineering is responsible for the design, manufacturing, and operation of a wide range of products and systems. Mechanical engineers are the masterminds behind the creation of robust structures, efficient components, and high-performance machines. Within this field, mechanical engineers study (among many other aspects) the fundamentals of mechanical engineering, its application within automotive industries, materials, as well as the maintenance of all kinds of machinery.

Automotive Mechanical Engineering: Driving the Future of Mobility

Automotive mechanical engineering is a rapidly growing field that constantly challenges the boundaries of innovation. Engineers in this field are dedicated to designing safer, more efficient, and sustainable vehicles. From creating state-of-the-art engines to implementing electric propulsion systems, automotive mechanical engineering is shaping the future of mobility.

In this context, concepts like brakes and clutches are essential to ensure the safety and control of vehicles. Mechanical engineers work on the design and optimization of braking and clutch systems that enable safe and efficient driving.

Furthermore, automotive mechanical engineering delves into the complexity of gears, differentials, and transmissions. These components are responsible for transmitting engine power to the wheels, enabling smooth and efficient driving under various conditions. Mechanical engineers work on enhancing the efficiency of these systems by optimizing power distribution and reducing losses.

Practical training in combustion engines

Materials Engineering: Creating Innovative Solutions

Materials engineering focuses on developing and applying materials with specific properties. From metals to polymers and composites, materials engineers aim to enhance strength, durability, and functionality. Techniques like photoelasticity and extensometry are employed in material testing to ensure quality and safety. These techniques assess how materials respond to stress and deformation, providing crucial information for design and usage.

Material testing is also essential in mechanical engineering. Through comprehensive tests, engineers evaluate the strength, durability, and characteristics of materials under different conditions. This is crucial to ensure that products are safe and meet required standards.

Furthermore, manufacturing and maintenance are vital aspects to ensure optimal operation of equipment and systems. Engineers face the challenge of selecting appropriate manufacturing techniques to create efficient and high-quality components. Additionally, preventive and corrective maintenance ensures the longevity of machinery and prevents costly failures.

Exploring Deformation: Discovering the fascinating world of Photoelasticity in Engineering

Facilities and Maintenance: Sustaining the Flow

Facilities and maintenance are crucial aspects to ensure the smooth operation of machinery and mechanical systems. Engineers in this field are dedicated to planning, designing, and maintaining industrial infrastructures and existing machinery, ensuring that operations are efficient and safe. Whether in factories, power plants, or water treatment facilities.

Convergence of Disciplines for a Promising Future

Mechanical engineering is a dynamic and diverse discipline that spans multiple fields and challenges. From innovation in the automotive industry to the creation of new materials and the management of facilities, mechanical engineers are at the heart of technological evolution. As industries continue to evolve and the demand for more efficient and sustainable solutions increases.

Practical training for mechanical engineers

How do we at EDIBON contribute to the learning and research of mechanical engineers?

After years of research and interaction with professors and researchers, EDIBON has developed training and research equipment to aid in the learning process during educational stages and to assist in research in this field. For this reason, we offer training equipment that can be installed in laboratories, complementing theoretical studies and enhancing learning, thereby contributing to new lines of research.

Equipment such as our Computer Controlled Photoelasticity Unit "EFOC", Computer Controlled Test Bench for 11 kW Engines "TBMC12", or Integrated Basic Mechanics Laboratory "LIMEBA", among many others, not only facilitate the learning process but also cater to laboratories focused on research in all aspects related to mechanical engineering.