Bachelor of Business Administration in Digital Business with Specialization Digital Media Laws

at University of Petroleum and Energy Studies India

Computational material science involves exploration of material structure, properties and behaviour using modelling, simulation, theory or statistics. It is a wide field that encompasses computational techniques that can simulate electronic structure of materials, explore materials at different length scales: nano, micro, meso and macro scales, predict the structure based on thermodynamic stability and accelerate discovery of novel materials with desired properties. A student opting for this specialisation will get exposed to these techniques and will gain an in-depth expertise on any one technique through the dedicated project work.

In this specialisation, students learn about essential concepts such as data structures, algorithms, OOPS concepts using Java, databases, software engineering and design processes. Students will also obtain an in-depth knowledge of machine learning and artificial intelligence by implementing real-world problems in a wide variety of application domains such as robotics, computer vision, natural language processing, etc. Students will be experienced in machine learning pipeline, data, models, algorithms and empirics.

Mechatronics engineering is a multidisciplinary study of the engineering/technology field that deals with the study of electronics engineering, mechanical engineering, telecommunications, computer engineering, system engineering, and control engineering. Mechatronics engineering is a connection amongst technicians and engineers and gradually work from origination of a project to the culmination of the undertaking. Mechatronic Engineers are integral in the development of new technologies. Mechatronics industry is one of the largest industries in the current market with unlimited scope and amazing opportunities, both professionally and monetarily. 

Bachelor of Business Administration and Bachelor of Legislative Law (BBA + LLB) is a five-year integrated dual degree course which provides an integrated study of management studies and legislative law in an entirely independent manner.

This specialised undergraduate program deals with the business, policy governance, regulatory, and legal aspects of various non-renewable/fossil fuels and renewable energy sources. The course covers the business cycle operations, regulatory policies, governance mechanism and all-round legal perspectives in the entire energy basket market including commercial, taxation, and environmental governance aspects.

Looking at the worldwide requirement of converting the dependencies of countries economy on sustainable and environment friendly technology M. Tech. in Renewable Energy Engineering provides the in-depth knowledge of various domains of Renewable Energy Sources like Solar, Wind, Hydro, Biofuel, Hydrogen etc. This program is equipped with advance tools and lab setup equipped with advance testing kits and provision of engaging the students in real time field visits to perform the feasibility study of various Renewable Energy Systems.

This program offers the blend of placement opportunities in various verticals of Renewable Energy Engineering to work as an Energy Specialist, Energy Consultant, Project Manager, Lead Energy Auditor (ISO-50001 global level), Renewable Energy Products Manager, RE project developer etc.

Learners will have the opportunity to gain the knowledge in Renewable Energy Technology, Solar PV and Solar Thermal Systems, Wind Energy Systems, Biomass Conversion Technology, Green Buildings, Project and Financial Management, Smart Grid etc. Students has the opportunity to work in funded research projects and consultancy projects from Government and other funding agencies with wide opportunity to go for higher studies.

The Smart Grid specialization focuses on efficient use of energy and precise control along with digitalization.

Bachelor of Business Administration and Bachelor of Legislative Law (BBA + LLB) is a five-year integrated dual degree course which provides an integrated study of management studies and legislative law in an entirely independent manner.

The program provides students with a vast knowledge of laws around media and entertainment and business, which is crucial in the professional world. The course comprises of 10 semesters with a pedagogy using innovative classroom teaching techniques, workshops, and case studies. Lectures are conducted by full-time faculty and eminent industry fellows. The college facilitates internships with firms that not only help in the practical application where students can better understand their interests, it also expedites early placements.

In the upstream oil and gas industry, digital transformation is changing how business is performed. Digital transformation of E&P proprietary data could save the industry as much as $1 billion each year while boosting production up to 8 percent. E&P data stored in warehouses on various old media technologies cannot be accessed on today’s platforms, and that signifying missed opportunities. Oil and gas organizations possess a wealth of subsurface information. Optimal use of E&P data differentiates production plateaus from fresh income-generating insights using historical data. Companies can forego around nearly 8 billion dollars a year in non-productive time as their geologists, geophysicists, engineers, and data managers spend up to 70 percent of  time filtering mountains of well (onshore and offshore) cores, logscans, and subsurface seismic data in many current and defunct software applications and databases.
Storage, management and organization of giant volumes of hard-copy proprietary records and media archives, and locating and accessing the specific data required for analysis, interpretation and processing, is unwieldy and challenging. This inefficiency renders only 1% of the existing data of any value.

Digitizing and transforming these valuable data into safe cloud-based data, puts priceless E&P information at the geoscientist’s and data manager’s disposal. It is stored privately and securely in the cloud. Digitized geoscience data, when combined with data analytics can be instantly read, interpreted, indexed, manipulated, verified and accessed with smart-tools incorporating artificial intelligence (AI) and machine-learning. Therefore, legacy data can be mined to discover useful patterns for prompt and wise decisions.

This program is designed for students who want not only a sound consolidation of their learnings at undergraduate level in Physics, but also seek specialized training in Electronics catering to the future requirements of the industry. It offers courses from analog and digital electronics, and communication systems. The program is aimed to transform students into professionals ready to participate in industrial revolution 4.0. The specialization courses consist of a set of theory courses backed up with extensive lab sessions and project work. This program is also an ideal preparation for various PhD programs in basic sciences and engineering. 

The course is a concoction of the study of commerce and law. By completing this integrated course, a student can learn about two different professional fields. The specialised law course, in its five-years duration, equips the students with the knowledge of both commerce and legislative regulations as a comprehensive concept.

This is a 5-year integrated law degree program – the first two years of the program focus primarily on arts and the last three on law subjects. The program prepares students for both national as well as international criminal justice systems. It has both classroom teaching as well as practical components like moot courts, law internships, workshops, guest lectures, national and international academic events, legal debates, and interaction with legal luminaries.

Propulsion and Engine systems plays a vital role in development of various automobile, transport vehicles, aircrafts, rocket engines, ships and navel transport vehicle. The major source of energy to these systems is through the combustion and hence the design of combustion chamber plays a vital role. Computational Fluid Dynamics (CFD) explores the design, monitoring and analysis of propulsion and engine systems. The core part of the course consists of modules, which are considered to build the necessary foundation of the combustion modelling. The advancements in the combustion technology, challenges in designing advance combustion chambers like burners, IC engine Combustion systems, jet engine combustion systems, fuel injectors, supersonic combustors in Scramjets and Rocket engine combustions. The Modelling of these systems are associated with various challenges like flame stabilization studies, turbulence combustion, Spray Systems, multiphase combustion, Microgravity combustion, flames and reactive flows, This module covers Recent Trends in Modelling of Combustion and its available numerical models and computational tools along with the expectation for further developing CFD techniques in the field.