Master of Technology in Computer Science and Engineering

at Quantum University India

The Civil Engineering diploma course at Quantum University has been designed to provide a firm foundation in the fundamentals of civil engineering. This diploma course gives the students a firm grounding in essential subjects which includes drafting, planning, surveying, costing, estimation construction, project management, safety management and environmental affairs.

The students will assimilate and synthesize technical concepts to develop active application in a problem solving strategy. The course prepares students for team work. The student is exposed to ethics and professional practices. The learner develops multidisciplinary thinking and critical thinking to execute research/teaching assignments.

Physics is a fundamental science. Physics is a branch of science which studies motion, matter, heat and light. Physics makes extensive use of Mathematics to develop mathematical model to study physical reality. Physics has not only expanded the horizons of tradition of learning but also affected a technological revolution. Consequently physics has had an unimaginable impact on human society..

The BSC Honours in Physicsis slightly different with a focus on developing research skills. The programme in its approach as it emphasizes abstract theoretical concepts giving a taste of academic career. Students inquisitive towards fundamentals Physics and mathematics will find this course most useful. Advanced analytical ability would serve to succeed well in this course. It inculcates a number of transferable skills highly sought by employers.

Owing its genesis to idea of mechanized thought computers have evolved powerfully. The core work lies in employing the abstract mathematical structures into the design of algorithms and programs. Such algorithms form the life blood of advanced computing. The applications of the theoretical aspects are implemented by different programming languages and relevant software.

The basic qualities a budding computer science aspirant must have are a taste for the abstract mathematics, deciphering patterns, logical thought process and innovative thinking. The aspirant must have a knack for exploring the various applications of theoretical aspects of mathematics and scientific principles.

An MBA grooms students for the rigors of a corporate career with an in-depth mentoring in economic policy, finance, entrepreneurship, general law and human resource management.

An MBA in Supply Chain and Operations Management is a specialized program with a focus on logistics functions, supply chain design, network planning, logistics processes and supply chain systems. The modern industrial and corporate world depends for its smooth function on robust logistics and a vibrant supply chain. Therefore the course is designed to prepare the students for import-export operations, International logistics, Supply chain systems and optimization of transport cargos and handling of all the operations. There is a specific focus to empower entrepreneurship capability to work as independent logistics and supply chain vendors.

This MBA specialization prepares the student understanding with experiential learning in Packaging Logistics, Simulation of Supply Chains, Operations Modeling, Cross-Functional Process Integration and Cargo Handling, Custom Procedures, Export Processing Zones (EPZs) and International Law among others.

Civil Engineering helps us design, construct and maintain infrastructural elements that range from roads to dams. A civil engineer works to improve living conditions by continuously working for the safety and comfort of the society by upgrade of the public facilities be it roads, tunnels, bridges, water systems or buildings.

Civil Engineering aspirants must have a keen sense of analytical ability, social responsibility and creative thinking. A taste for team work with architects, contractors, and construction workers is necessary since interaction is essential for the knowledge sharing, feedback and success of projects.

Mechanical Engineering is a discipline which uses the principles of mechanics for the designing and manufacture of machines and tools for varied purposes. Its knowledge is the soul of the industrial revolution. Mechanical Engineering fashioned our grandest ships, greatest factories, mightiest engines and fastest cars.

Mechanical engineers design, test, develop, research, manufacture and maintain mechanical systems and devices. Thus it is a very broad field which spans varied areas. Mechanical engineers work with and develop better generators, internal combustion engines, turbines, refrigeration, air-conditioning, agriculture equipment, machine tools, industrial systems, production systems and robots.

Electrical engineering is a discipline that studies application of electricity, electronics and electromagnetism. The prime filed of work deals with electricity generation and transmission. With the passage of time Electrical engineering has diversified into the fields of electronics, telecommunications and computer engineering. Electrical Engineering has acquired center stage as it promises to deliver the next generation electric vehicle technology which promises multiple benefits

The diploma aims to arm the students the basic understanding of electricity so that they can deal expertly work in electrical environment in industry. Emphasis is laid on foundation science courses and basics courses in Electrical & Electricity. The students also learn statistical power analysis to work in dedicated power engineering scenario. The students explore energy audit, energy quality and energy management.

BSc in Agriculture trains students in the modern scientific methods of conducting agrarian activity. Owing to the rich agricultural culture of India the importance of this course to Indian life can’t be overstated. It makes important contribution to GDP. Agriculture also is a major provider of employment. The aim of BSC agriculture is to educate and train students in scientific methods to affect agricultural productivity in a sustainable way. The BSC would impart students the necessary skills to solve practical issues. The curriculum inculcates research activity to sustain developments. Students who have a love for nature and enthusiasm for physical activity are best fitted for this course. The course offers a great avenue to see scientific theories being applied for the general good and in a way that directly affects the national economy.

Graphic design is a field of interdisciplinary exploration encompassing the study of divergent topics which includes visual arts, language, communications, aesthetics and computer technology. Graphic design extensively relies on language, icons, visual media and perspectives to convey aesthetic or creative content across media.

Graphic design is a field of human–computer interaction. This interaction is made possible via the user interface of the device. The user interface (UI) can be defined as the space where these interactions take place. The purpose of the UI IS to manage effective control of the machine. Moreover the machine provides simultaneous feeds back on the human activity. This real time feedback aids the human operators in decision-making.

UI is a broad concept which includes the interactive aspects of hand tools, machines, process controls and computer operating systems. Considerations in UI design aims to makes it intuitive (self-explanatory), enjoyable, efficient and user-friendly so that the machine is operated to produce desired results. This means that the desired output should be given with minimal input. Thus a good UI optimizes human activity. The creation of successful UI involve disciplines as psychology and ergonomics

ECE is a modern field which envisions the application of electronics to communications engineering. Modern telecommunications can be seen as a direct product of ECE. The various applications in communications involve systems like antennae, transmitter, receiver, analog-digital conversion, satellites, microwave, and wave progression. The engineer works to analyze, design, implement, and maintain the various communication systems. These advances have been made possible due to the magic of electronics.