Bachelor of Science in Food Processing (Honours)

at Quantum University India

The science of chemistry is in essence a study of matter. Chemistry focuses on the physical and chemical structure of the matter. As such Chemistry is a fundamental field of modern science. The science goes further to understand the atomic structure and molecular interaction of matter. Ultimately this knowledge enables many interesting applications.

Chemistry has emerged as the cornerstone of industrial processes. Consequently it is the basis of economy and wealth. It is owing to the science of chemistry that we are reaping the fruits of the industrial revolution. As such chemistry advances fields like health, medicine, environment, energy, food, agriculture, and materials technology. Chemistry is essentially an experiment-based science. People, who like to test theories, work in the lab and design practical solutions will find chemistry especially fascinating.

Petroleum Engineering involves the design and development of efficient technology for extracting petroleum deposits. It is a diverse interplay of different disciplines as Engineering, Chemistry, Geology and Economics. Petroleum Engineers are in high demand the world over due to the importance of hydrocarbons fuels. Petroleum engineers are one of the best paid professionals. It may involve extensive travel around the world. They also enjoy attractive health insurance and retirement plans.

Those who want to make a career in the finance, accounts, commerce and banking sector, M.Com open a bright doorway of opportunities for them. Quantum University runs this program intending to impart to students, professional education and training in various aspects of business and its environment, and provide them with opportunities to develop managerial and analytical skills that will equip them to meet the challenges of business and commerce on all levels. The prime focus of this course is upon creating world-class academicians in the domain of business and commerce. Because of the rigour in curriculum and pedagogy, the course is one of the prestigious courses in the country in its domain.

The diploma in mechanical engineering aims to provide an introduction to the basic subjects and concerns of mechanical engineering. Mechanical Engineering is the discipline which deals with the design, manufacture, operation and maintenance of machines. Mechanical Engineering uses core concepts of physics and material science for design, manufacture and maintenance of different mechanical systems.

The program is designed so that students develop multiple skills in analytical ability, creative thinking, innovative problem solving and engineering acumen. The curriculum will inculcate self-confidence so that the learners can handle and execute real time tasks in mechanical engineering.

Masters of Computer Applications is a postgraduate professional programme to help build a shining career in software and application development.

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.

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.

Bachelor in Medical Radio & Imaging Technology or BMRIT is a modern course that trains students to tackle the challenges of cutting edge medical technology. Medical Imaging, also known as Radiology is the study and application of various imaging techniques to produce images of the internal structures of the human body. These pictures are termed radiographs and have emerged as integral to modern medical sciences. Their most common application is in the diagnosis of ailments ranging from simple bone fractures to dreaded tumours. More advanced uses arise in the studies of human anatomy and physiology. Medical Radio & Imaging Technology encompasses varied techniques in X-Ray study and Ultrasound to MRI and Nuclear Medicine.

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.

Internet of Things (IOT) as the name suggests is an idea that inspired by the internet. The internet interconnects computers in a network that spans the world. The IOT is a network with its components as sensors and actuators integrated in physical objects. These objects range from home appliances like refrigerators and television sets to pacemakers and road side cameras. In other words any object that accommodates a microchip can be linked to the IOT. These objects are connected via wired or wireless technologies. Interestingly the IOT use the same Protocol that drives the Internet. The potential of the IOT is enormous. It also promises reduced energy consumption and waste of resources. This reflects in the better health of the Environment. Business, Industry and individuals will save enormous cost and time due to optimized efficiency and reduced losses.