Master of Business Administration in Business Analytics with Specialization Data Mining

at University of Petroleum and Energy Studies India

Turbomachinery is the term used to broadly describe the rotating components in the jet engine. It is an arrangement designed to convert kinetic energy into other forms of usable energy, depending upon the application of the unit. Turbomachinery covers industries from energy conversion to the aeronautical engineering sector. Because of its extensive use in the job market, getting qualified in turbomachinery is crucial for any engineering. Computational fluid dynamics (CFD) plays an essential role to analyse fluid flows and heat transfer situations by using numerical methods. Turbomachines involve internal and external fluid flow problems in compressors and turbines. CFD at present is one of the most important tools to design and analyse all types of turbomachinery flow physics. In the realm of turbomachinery, there is no shortage of diversity in the types of aero-thermal analysis of compressor and turbine as well as turbulent mixing in the flow passage area of the turbomachinery. Energy content is being added into and extracted from the flow and the resulting turbulent structures are not only taken for a ride, but precisely manipulated to maximize the performance of the system. For example, consider the cooling flow which is meant to blanket and protect the blade surface, as in the media below. The turbulence between the primary flow and the blanket of cooling flow streams has a massive impact on the effectiveness in shielding the metal parts from high heat loads.

The Integrated (B.Des) - (M.Des) - in Product Design lays emphasis on a process-centric approach of participation and teamwork to shape the students’ education. The curriculum is designed in a way that gradually increases in complexity levels and covers broad areas that product designers will come across in their professional careers. Collaborative projects with industrial houses, social sector, government and multinational companies are a part of the education process.

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.

Forensic science is a highly advanced research method used in criminal and civil investigations to address critical questions. An integral part of the criminal justice system, it includes techniques such as the analysis of fingerprints, DNA analysis, and ballistics and explosives.

This course has been designed keeping in mind the close interrelation between law and forensic science to make students well-versed with the fundamental and advanced concepts of forensic science and its application in legal jurisprudence.

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 five-year program that offers domain-specific subjects ranging from Making of the Indian Constitution, Jurisprudential Approach to Constitution to Comparative Federalism, and Legislative Relations. Drawing heavily from the rulings made in the Supreme Court, it is designed to preserve the relationships between state and federal governments and protect the rights of the individual. Furthermore, it enables the students to become better citizens by sensitising them about concepts that are the basis of a civilised society.

With a focus to meet the United Nations Sustainable Development Goals, this specialisation intends to incorporate all three pillars of sustainable development: Economic growth, environment, and resource protection, as well as social justice and equity. The program imparts knowledge of general management and at the same time encompasses sectors such as climate change, sustainable development, corporate sustainability, global standards, and environmental ecosystem management.

UPES provides a unique and focused Integrated B.Sc-M.Sc program with specialization in analytical chemistry. The specialization equips students with extensive knowledge allowing them to opt for various careers in academics, industries and research fields. Students who are enrolled in integrated B.Sc.-M.Sc. with specialization in Analytical Chemistry program, can enhance their skills related to evaluation, measurement, and interpretation of scientific data. The plethora of research area among the faculty members provides an understanding of different future oriented aspects of chemistry.  The Laboratory courses are designed to offer comprehensive knowledge and hands on experience on sophisticated techniques. The last semester of the program is dedicated to dissertation work making students aware about the application of concepts on real-life challenges. Students are supervised by experienced and research-oriented faculty members.

The curriculum is designed to give exposure not only about the subject, but also research ethics, communication, and skill augmentation. The completion of the course ensures deep knowledge with wide exposure, intellectual development, and ethical awareness that make students ready for various professional research, industrial and academic opportunities.

Smart grid and computing represent a new generation of hardware, software and network that connect physical infrastructure with analytic computing systems. Smart grid is the emerging energy system wherein the application of information technology, tools and techniques make the grid run more efficiently. Frequently occurring high impact low probability natural disaster and cyber-attack creates the need for future-ready resilient smart grid. The challenges and opportunities of emerging and future smart grids can be addressed by computing techniques. The objective of this minor specialisation is to provide different computing applications for energy management in the smart grid architecture and science of resilient smart grid against natural disaster and cyber-attacks.

The M.Tech. Program in Energy Systems and Sustainability provides scope for engineering innovators / entrepreneurs with a mission to develop sustainable energy systems and solutions for the future. Program delivery is intended by aligning the content as per the industry working methodology. This program offers the blend of placement opportunities in various verticals of Energy and Sustainability Engineering to work as an Energy Specialist, Energy Consultant, Project Manager, Lead Energy Auditor (ISO-50001 global level), Sustainability Manager etc. Learners will have the opportunity to gain the knowledge in Energy, Sustainability, Green Buildings, Project and Financial Management, Smart and Micro Grid, e-Vehicle & Energy Storage, Thermal Utilities performance, Sustainable Habitat, Performance Analysis of Electrical Equipment’s, Climate change & Sustainability, Process Optimization 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 under student exchange program. The program specializations are:

The specialization Low Carbon Technologies studies systems having almost zero carbon footprint.

UPES provides unique and focused Integrated M.Sc-PhD course aiming to deliver expertise in theoretical and experimental understanding of Physics and its allied disciplines. The program is designed such that after completing it, students would be able to excel in academia, industries, and research. The faculty members in the department have diverse research expertise including but not limited to materials science, nanotechnology, renewable energy, computational materials science, high energy physics, nuclear physics, plasmonics, spintronics, etc., which would provide students flexibility in opting for their PhD topic. The curriculum is designed to give exposure not only about the subject but also research ethics, communication and skill augmentation. The completion of the course ensures deep knowledge with wide exposure, intellectual development, and ethical awareness that make students ready for various professional research, industrial and academic opportunities.

The Students enrolling in this specialisation acquire proper training in petroleum engineering with a primary focus on exploration and production of oil and gas. Students gain a thorough knowledge of all major technical aspects in relation to the entire hydrocarbon value-chain and the strategic techno-commercial issues. The program offers the following three specializations:

Reservoir   Engineering Drilling      Engineering Production Engineering