Bachelor of Arts / Bachelor of Law (B.A.LL.B.) (Honours) with specialization in Taxation Law

at University of Petroleum and Energy Studies India

The course equips students on subjects including Security Analysis and Portfolio Management, and International Financial Management, giving an understanding of the finance division of an organization or for pursuing higher education such as MBA, MS (Finance), FRM, and CFA program. Case studies and practical examples are at the core of this course. Students undertake term projects to apply the theoretical frameworks to business management issues, especially finance.

PhD in Aerospace Engineering is the highest academic degree awarded in the study of Aerospace Engineering.

The specialisation acquaints the students on subjects such as Manufacturing Operations for Fast-Moving Consumer Goods (FMCG), Lean Manufacturing et al. The program equips them to understand how an organization achieves high levels of efficiency in converting material and labour into goods and services and create linkages on their distribution.

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.

Internet of Things is generating a large amount of data daily. The reciprocity of such huge amount of data in the form of text or image or audio can be beneficial for both Big Data Analytics and IoT systems. This makes IoT useful for companies that rely on data analytics to improve their systems. Students looking for a long-term career in this field will find abundance of jobs when they complete their course. Apart from essential concepts such as data structures, algorithms, OOPS concepts using Java and python, databases, software engineering and design processes, in this specialization students will have an addon in technologies and concepts of IoT and their applicability in smart cities and sustainability.

Master of Technology in Chemical Engineering with Specialization In Process Design Engineering is an industry-oriented program training the students in chemical process development and designing. The students as part of the curriculum go for one year of Industrial project where they receive immense industrial experience. We also have a MoU with Grasim Industries - Aditya Birla Ltd., for the M. Tech Industrial project/ internship program.

In this program, a student learns about the basics food preservation and conservation. In this particular specialization, the Design of food process plant, Food plant location, Food plant layout, requirements like water supply, Electricity supply, clean environment and location, Contraction material used, Waste management, cleaning and sanitisation are main course content. The equipment used during food processing, packaging requirement, utensils, standards related to material used in construction of food processing equipment’s, standardisation of food process, arrangements of equipment’s in best possible way.  The food processing Industry visit carried out for practical knowledge.  Food Industry Trainings are also carried out. Scope and importance of food plant engineering, Processing methods and their requirements, Preservation by drying, Preservation by low temperature, heat treatments, and Food conversion operation. In this a student learns about various techniques and procedures involved in food packaging. This subject helps a student to understand the importance of processing of various kinds of food products. This course covers both practical and theoretical aspects of food industry.

Dietetics and holistic wellness covers all information concerned with the diet planning and its effects on health, especially with the practical application of a scientific understanding of diet calculation. Dietetics and holistic wellness prepares students to use advanced knowledge about food and diet to help, prevent as well as treat diseases and maintain holistic wellness. Dietetics is a science that deals with the adequacy of diet during normal life cycle and modifications required during diseased condition. Holistic wellness is associated with an active process of being aware and making choices that lead toward an outcome of optimal holistic health and wellbeing. This specialization enable the students to learn the methods of assessing human nutritional requirements, dietary assessment and diet planning. It imparts the understanding of the concepts of diet therapy, basic dietetics, public health, therapeutic nutrition and alternative wellness therapies. It deals with diet monitoring, food exchange and calorie calculation. This specialization covers all Incidence, etiology, pathology & metabolic aberrations, clinical manifestation, complications, dietary management &counseling of Acute and chronic fever, Surgery, burns and trauma. 

In a globalised world, no country is self-sufficient and hence, there is a growing interdependence amongst nations and extended alliances amongst countries. As a result, we see several FTAs (Free Trade Agreements), PTAs (Preferential Trade Agreements), Associations, Common Market, Customs, Economic and Political Unions mushrooming.These concepts are covered elaborately under the Regional Economic Integration specialisation.

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.