Mechanics College is the institution that trains mechanical engineers. Most of the mechanical engineers usually work for manufactures, aerospace, public utility and the automotive industry and the petroleum industry, architectural firms, government agencies and academic institutions. Engineering in Kenya has more articles.
Courses Taught In a Mechanics College
Engineers are people who are curious in nature and very creative. These people want to enjoy the challenges presented them as they figure out how things work and operate.
Courses offered in most Mechanics College include mathematics which includes engineering mathematics, linear algebra, matrix algebra, calculus, systems of linear equations, differential equations, directional directives, line surface and volume integrals, partial derivative , maxima and minima, gradient , divergence and vector identities.
Other studies include complex variables, probability and statistics, conditional probability mean, median mode, standard deviation random variables, Poisson, normal and binomial distributions.
Mechanics and design is required to be taught effectively. These lessons includes free body diagrams and equations, trusses and frames, kinematics and dynamics of particles, stress, strain and their relationship, Mohr’s circle for plane stress and plane stain. Thin cylinders, shear force bending moment diagrams, shafts, Euler’s theory of columns, strain energy and thermal stresses.
Theory of machines, they are taught about displacement, velocity and acceleration analysis of the plane mechanisms. Others lessons in a Mechanics College are in vibrations, in design and dynamic loading, various, fluid mechanics and thermal sciences, fluid mechanics, thermodynamics, modes of heat transfer and dimensional parameters, metallurgy, and many other subjects to name a few.
Roles played by a Credible Mechanics College
Mechanical engineers provide solutions that generate economic development to communities and countries. These developments contribute in tangible ways, in a society’s life. They provide solutions that usually foster a cleaner and safer sustainable world.
Any serious Mechanics College has transformed massively over the last decades. Mechanical engineers are looking for a future that is characterized by the large collaborative benefits and regulated global innovation. The challenge facing mechanical engineering globally is how to establish a cleaner, healthier environment and sustainable globally.
As the president of the world federation of engineering organization once said, the major challenges include mobility, complexity and sustainability of a healthier world. It has been suggested that the necessary tools to eradicate poverty and environmental issues already exist. What is needed more and better engineering solutions tailored to specifically resolve the challenges.
Competitive modern societies require engineering skills and knowledge in abundance. The developing worlds have become aware of this fact and are doubling their numbers of graduate engineers e.g. India, China, and Mexico. The training of more engineers in the globe will make the profession to be much more competitive.
Future Trends Expected in a Mechanics College
Future mechanical engineers should be trained to be more creative, adept problem solvers and capable of undertaking multidisciplinary problems. The increased breadth and complexity of the modern engineering practice are straining the standard four year curriculum for engineering education.
A credible Mechanics College will ensure that engineering education is broadened and be compared to other sectors like architecture and law. More so, there is need to establish a guild culture of professionals who identify with the profession itself. This will require a systematic approach to education with greater emphasis on completing graduate level professional schools of engineering technicians.
Globalization happens to be the next great future and source of opportunity for engineers. Global compensation is forcing firms worldwide to search for economic partners to optimize the markets, sharing the risks of developing expensive technologies and business models through joint ventures between them and the nonprofit organizations.
Innovation is the driving force behind the economic growth and the key problem solver for future global challenges. Open innovations happen to be the key organizing and is being emphasized on. It is evident that this is the change needed to make the world an intellectual property. Therefore, curriculum should be developed in a way to enrich engineers with innovative and problem solving brainpower from Mechanics College.