Integrated Bachelor of Science - Master of Science in Physics - Electronics

at University of Petroleum and Energy Studies India

International Business is altogether different from domestic business. Every country has its own internal and external trade policy, civil and criminal laws, and different business ethics. Consequently, when it comes to entering international contracts, there can be disputes. Hence, CISG (Convention on Contracts for International Sale of Goods), commonly known as Vienna Convention, was promulgated by the United Nations so that there is a common law for global businesses. Anybody who intends to enter international business must be aware of International Business Law to succeed.

Medical Microbiology comprises and integrates the fields of immunology, bacteriology, virology, mycology, and parasitology. The common bond between them is the focus on the causes of infectious diseases and on the reactions of the host to the pathogens. With the discovery of novel pathogens and emergence of current drug-resistant microbes make the anti-microbial therapies more and more difficult and complicated every day along with the burden of incurable infectious diseases. The objective of specialized course of medical microbiology is to provide an in-depth knowledge of the etiologic organisms causing disease and the pathogenic mechanisms leading to clinically manifest infections into its host. This knowledge is a necessary prerequisite for the diagnosis, therapy, and prevention of any infectious diseases, indispensable for both biotech, pharma industries and academic sectors.

As pharmaceutical microbiology is crucial to the manufacture and production of drugs, biologics and devices, it is absolutely important that people working in these industries have a strong understanding and in-depth knowledge of pharmaceutical microbiological principles, techniques, processes and strategies in order to avoid any potentially costly and life-threatening failures and consequences.

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 course provides a holistic view of the techno-commercial and policy-cum-regulatory framework of energy and its relationship with other sectors. The curriculum deepens the students’ understanding of the relationship between commercial economics, industry profitability, regulatory reforms vis-a-vis conservation, development, environmental impact, and judicious use of resources.

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.

Medical law is the branch of law, which concerns the prerogatives and responsibilities of medical professionals and the rights of the patient. It is not the same as medical jurisprudence, which is a branch of medicine, rather than a branch of law.

This course has been designed to include all fundamental and advanced concepts of health and medical law at the national and global level to make learners well-versed with the developments in medical field, health sector, and their legal aspects.

The program has been designed in such a way that it imparts knowledge on regulation, financing, trading, business development, and analytics. After pursuing the specialization, students will be able to analyse global and Indian energy, and power markets. The students will also be able to work out optimal scenarios for development and investment besides evolving an organization strategy and a project specific marketing and financial plan.

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 course is a combination of the study of commerce and law. By completing this integrated program, a student becomes well-versed in two different professional fields as a comprehensive concept with a focus on the impacts of digitisation in the legal industry. Students learn about different digital technologies and solutions, and their effects in the field of law.

Integrated B.Sc.- M.Sc. (Physics) with specialization in Material Science aims to equip students both with the fundamental as well as advanced concepts in Physics as well as hands on training in synthesis and characterization of novel materials - finding applications in domains including but not limited to health, sanitation, defense, clean energy harvesting (solar cells, fuel cells, hydrogen storage, etc.), aerospace, semiconductors industry, etc. Students will also have opportunity to learn computational materials science, in which they will be equipped with various simulation software /techniques and numerical algorithms to simulate materials via computers. The students enrolling for this program will have opportunity to work with faculty members having exceptional academic and research credentials in theoretical and experimental materials science. Students will also have access to the state-of-the art material synthesis and characterization instruments installed in the campus. 

This specialisation covers computer science fundamentals such as data structures, algorithms, object-oriented programming, android development, Linux administration, database management systems and also provides students with insights into the world of open-source and open standards along with exposure to open-source communities and open-source development methodology.

The course includes specialized subjects such as IT Applications and Open Standards, Dynamic Paradigm in Open Source and Open Standards, Marketing and Services in OSS, Open Source Mobile platform and OSS Development Methodology that provide hands-on capabilities on various aspects of this highly specialized domain.

Acquire knowledge about the principles behind designing of pipelines, optimisation of Modest/Crude/Gas pipeline design, material selection and use of international standards. Learn topics such as construction and maintenance of cross-country pipelines, pipeline operations, pipeline integrity system, and investigation of pipeline defects, repairs and maintenance. Help students develop into professionals who are future ready and can contribute to the growth of this sector while building a successful career.