Bachelor of Technology in Mechanical Engineering

at Quantum University India

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.

The BBA program at Quantum School of Business aims at providing leadership skills in budding business managers and entrepreneurs. The BBA curriculum offers a comprehensive knowledge of Accounting, Marketing, Global Business, Finance, Human Resources, Information Systems, Organizational Behavior, Logistics and Insurance.

A BBA with a Marketing Specialization is aimed at the future professionals of the Marketing field. It deals with exposing the prospective customers of the products and services. Marketing professionals deal with products development or services of a business. Such graduates work with teams for ad campaigns or develop public relations. They use creative and useful incentives to increase sales.

The main areas of study are such as pricing theory, buyer behavior, import and export. The students are also exposed to liberal arts classes. Active marketing internship provides hands-on work experience. The program hones communications ability, presentation techniques and interpersonal skills.

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 IBM definition of Cloud Computing is ‘computing as a service over the Internet.’ However this needs some clarification. ‘The Cloud’ refers to a disembodied congregation of resources over the Internet. These include storage, software, database, servers, networking, applications etc. The combined use of these allows accomplishing a number of computing tasks.

One common example is the execution of applications and data storage without downloading the necessary resources on your hard drive or any similar device. Instead Internet resources or remote servers are utilized. It has many obvious advantages. The service is on-demand, scalable, configurable and minimalistic.

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 International Business deals with conducting and planning business on an international level. The International Business course teaches students about the varied aspects of international business such as documentation, export and import, foreign trade practices, foreign exchange, foreign capital and international market. The course typically covers marketing, finance and human resource with an international focus. Thus it prepares learners for a global trade, management or general business career.

Aspirants of this course specialization should have a global outlook towards trade, a flair for international travel, openness to other cultures, adaptability and strong communication skills. The knowledge of foreign languages is a great advantage. The core body of knowledge that this specialization deals with are Export and Import Management, International Marketing, Foreign Exchange Management, International Finance and International Logistics.

The IBM definition of Cloud Computing is ‘computing as a service over the Internet.’ However this needs some clarification. ‘The Cloud’ refers to a disembodied congregation of resources over the Internet. These include storage, software, database, servers, networking, applications etc. The combined use of these allows accomplishing a number of computing tasks.

One common example is the execution of applications and data storage without downloading the necessary resources on your hard drive or any similar device. Instead Internet resources or remote servers are utilized. It has many obvious advantages. The service is on-demand, scalable, configurable and minimalistic.

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.

In the 21st century the Electrical Vehicle Technology (EVT)is making a comeback. A battery electric vehicle (BEV) and Plug-in Hybrid Electric Vehicles (PHEVs) are the most popular examples of EVT. The EVT has a minimal reliance on moving parts e.g. starter motors, exhaust systems, radiators, fuel injection systems etc. which are so abundant in conventional cars. Hence the servicing and maintenance is minimized. It doesn’t rely on gas fuels. Both the factors lead to savings. It helps the proliferation of renewable energy being amenable to solar energy technology for electrification.

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.

Thermal engineering explores advanced applications of the science of thermodynamics. Thermal engineering It studies heating and cooling processes, heat transfer in linear, nonlinear, steady state and transient modes, fluid flow, porous media, multiphase flows, open channel flow, fluid structure interactions etc. Thermal Engineers concern themselves with design of efficient heat removal and cooling design in engineering systems. Such designs are achieved by ideal thermal and pressure load estimation and coupled field analysis. They are also entrusted with the design and maintenance of equipment like gas turbines, steam turbines, heat exchangers, pumps, propellers, compressors, rotor stator interactions, inlet manifolds, flow separators, turbo chargers, volutes and related accessories. The field studies subjects such as Thermodynamics, Heat Transfer, Thermal Power, Energy Systems Design, Refrigeration, Air Conditioning, I.C. Engines and Hydro- Thermal Turbomachines. The program aims to provide the engineer with cutting edge skills in numerical simulation, flow visualization, particle characterization, combustion diagnostics and thermal research. The course focuses on experimental and simulation techniques and their applications in the context of Thermal Engineering.