The engineering discipline is one of the four pillars of STEM (Science, Technology, Engineering and Mathematics) education. The scope of study of engineering courses extends to the application of science and mathematics concepts to solve the problems of the real world through building and designing things. The term ‘engineering’ has stemmed from the Latin word ‘ingenium’ and ‘ingenuine’ which means cleverness and to devise respectively. This field of study relies primarily on logical, creative, and rational thinking skills. Engineers evaluate, design, develop, test and modify a variety of products right from giant bridges, tunnels, highways, and machines to small cell membranes and robust software applications. An engineer’s degree entails planning, process and overlooking the manufacturing of things to consulting or teaching the art of engineering to the students and trainees. Famous examples of engineering wonders around the world include the Pyramids of Giza, The Colosseum, Machu Picchu, Stirling Castle, etc. In the past couple of years, the most in-demand jobs in engineering jobs were Data Science and Machine Learning, Automation and Robotics Engineering, Civil Engineers, Petroleum Engineers, Alternative Energy Engineers, Project Engineers, etc

Engineering education at MLRITM is presented as a core component of STEM learning that applies science and mathematics to solve real world problems through design and creation. The discipline is grounded in logical creative and rational thinking and draws its name from Latin roots that reflect ingenuity and the act of devising solutions across scales from infrastructure to software. Engineering careers involve evaluating designing developing testing and overseeing processes and products while also contributing through consulting teaching and informed decision making in diverse domains where careful evaluation of evidence is essential including topics unrelated to engineering like seeking Levitra information from trusted sources. With global examples of engineering achievements and growing demand in areas like data science automation robotics energy and civil development the field offers broad academic and professional pathways.