Just look around you. You may be reading this on a computer screen or in a book. You may be on an aeroplane or sitting at a desk surrounded by modern communications equipment. Alternatively, you may be in your lounge at home having eaten a meal cooked in a microwave oven, listening to a CD, surrounded by modern textiles, heated or cooled by central heating or air conditioning. Wherever you are and whatever your circumstances, you are surrounded by the evidence of the impact of engineering on your daily life.
Engineers come in different shapes and sizes. At one extreme there are atomic and molecular engineers maneuvering elements to create new materials or semiconductor devices. At another, they may be engaged in projects that require the management and understanding of large – scale structures such as jet engines or highways.
Engineering is very much about applying knowledge. The development of a new water treatment plant to aid a starving population, or the introduction of engineering concepts into the design of artificial hearts normally inspire students to realize that the application of engineering can alleviate human suffering as well as aiding the general evolution of society. Phrases such as ‘sustainable development’ and ‘responsible manufacturing are now commonly heard in the faculty, reflecting the fact that engineers are responsible citizens fully aware of the impart of what they do.
Engineering at ITM UNIVERSITY
Engineering is the application of physical principles to the solution of problems and requires the skills of numeracy, creativity, ingenuity and practicality. Engineering is a wide – ranging profession in which your will use your design and mathematical skills to benefit society and the environment. Engineering at ITM University offers the opportunity to study in an informal and friendly atmosphere with access to excellent laboratory and computing facilities.
A research programme that includes collaborative projects with industry helps to keep the undergraduate programmes up to date. Every student takes on the challenge of an innovative final – year project. This often involves using equipment being developed as part of research work carried out within the University.
Demand for engineering graduates has never been higher. ITM University, with its good reputation for graduate employment, is the best starting point for a career in both business and various engineering disciplines.
About our Departments
- Computer Sciences Engineering & Information Technology
- Mechanical Engineering.
- Electrical, Electronics & Communication Engineering.
- Civil Engineering.
All the degrees offered at ITM University are recognized and approved by The University Grant Commission (UGC) Ministry of Human Resource Development, Government of India, The Directorate of Higher Education, Government of Haryana.
Computer Science & Engineering. Information Technology
Well – educated information technology (IT) professionals are in great demand both in India and overseas. A diverse range of careers is available to graduates from ITM University’s courses in Computer Sciences and Information Technology. Many pursue careers as system analysts, IT Managers, software Engineers or consultants, while others use their degree as a springboard into a wide range of jobs in commerce, industry and government.
This course aims to meet the increasing need for engineers who can contribute to both the hardware and software design and electronic system. ITM University graduates now work in areas including computer networks, embedded system, digital control systems for cars, telecommunications and cable TV systems, video games hardware, microprocessor chip design and multimedia.
ITM University has particularly strong links with professionals in the IT industry and the courses offered have a strong professional orientation. Through “Education Plus” the courses are updated and/or supplemented to ensure that they meet current needs and anticipate the future requirements of industry and commerce.
Electrical, Electronics & Communication Engineering
Electronic Engineering continues to be a buoyant industry, as indicated by the current demand for graduates. These courses are designed to qualify student for careers in a wide range of industries, as well as in government and commercial organizations. These typically embrace power electronics, information technology, electronic hardware and software, automation, robotics and control, communications, radio and television, computer engineering, solid – state devices, microelectronics and VLSI.
The courses aid to prepare students for careers as professional engineers through an education in fundamental principles presented in the context of real application and design experience. The course develops the fundamental principles of computing and electronic engineering resulting in a degree in Electronics & Communications or Electronics & Instrumentation.
Liaison with industry, major research establishments, and learned societies ensures that courses continue to meet the changing needs of the profession. Project work throughout the course underpins the necessity for a combination of practical and theoretical skills and abilities.
In the modern world, Mechanical Engineering is central to many activities leading to industrial and business growth. Mechanical Engineering is concerned with all types of machinery in industries and all aspects of their mechanism and functioning - the design, development, construction, production, installation, operation and maintenance. A mechanical engineering course provides the core knowledge for the range of careers in these areas. They are the driving force behind many of our technologies and industrial processes. Mechanical engineers are involved in creating the future.
Mechanical Engineering is also the basis on which other branches of engineering are evolved. Mechanical Engineers are expected to apply basic concepts from physics, chemistry, chemical engineering, electrical engineering, electronics and civil engineering. The benefit of this fundamental role is that the wide coverage of the subjects in Mechanical Engineering provides a wide choice of career employment in industries as diverse as heavy engineering, power plants, steel plants, oil and petroleum, chemical, food, pharmaceutical, environmental protection and energy conservation.
To offer world class undergraduate and postgraduate education, research guidance, professional consultancy, outreach and manpower training as well as leadership in Civil Engineering.
Undergraduate education in civil Engineering provide students with a solid foundation in the scientific and engineering fundamentals along with exposure to humanities and social sciences. The objective of Civil Engineering program is to prepare graduates to become leaders in solving societal problems in the areas of public safety, resource protection, natural hazard mitigation and the efficient functioning of urban natural systems within India and internationally .
The objective of the Department is to provide high-end professional education for developing human resources with highly specialized knowledge and skills in the field of Civil Engineering.
The department has a highly qualified and experienced faculty with excellent academic record from renowned universities in India and abroad. There is a proportionate mix of academic excellence and industrial experience amongst the faculty, which is instrumental in imparting the right blend of theoretical and practical knowledge to the students.
Activities like seminars, projects, quizzes and such competitions are conducted on regular basis to induce the professional skills in the students, which ultimately help them in getting placed in top grade organizations. This in turn gives them an edge over other candidates in the tough competition, and provides an impetus to their career profile.
This school offers programs in: