Master of Technology in Computer Science and Engineering with Specialization In Artificial Intelligence

at University of Petroleum and Energy Studies India

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.

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.

This course gives an overview of cyber laws including the legal regime related to cyber-crime, copyright issue in cyberspace, cyber-crimes, and related subjects. Various class assignments and other activities involve case studies, group activities, cooperative group solving problems with real-life examples, so that students can get the idea about the practical aspects of this field.

The B. Tech. Applied Petroleum Engineering Upstream Spl in Specialization in Digital oilfield training is the panacea for intricacies of today’s oilfield business. There is scarcity of digitally trained workforce in E & P sector, which is major roadblock in the adoption of digitalization in the oil and gas industry.

Keeping this in mind, UPES offers digital oil field specialization to B Tech students of petroleum engineering. Digital oilfield concept blends business process management with digital technologies for workflow automation, productivity maximization, and cost reduction, resulting in O&G operation risk minimization.

A thorough implementation of digital oilfield can aid E&P as well as service companies enhance operational efficiency, production optimization, data integration, teamwork, and workflow automation. Furthermore, productivity gains can be achieved through enriched understanding of the subsurface, long-distance monitoring of drilling and completion operations, and logistics optimization.

This B.Tech. program explores the various ways through which the concepts of engineering can be applied to prevent fire. It educates students with the science of designing buildings that promotes fire safety and property protection. Conserving natural resources and protecting the environment are at the forefront of this specialization.

The objective of this program is to equip the students with ways to find solutions to the challenges imposed by climate change, and the principle on which to build the future of business. It covers general management skills as well as the ability to apply those skills in transition to sustainability and the efficient use of natural resources, thus adding an ethical dimension to business.

Automotive design is a distinctive field that encompasses engineering, creativity, business acumen and safety. An automotive designer is not bounded by automobiles only, they can be a designer for any form of wheeled transportation. This course includes a wide assortment of topics on the related aspects of the transportation sector, energy, and environmental concerns, application of fossil and alternative fuels and development of vehicles of the future. Automotive design engineering is a combination of art and science; a strong aesthetic sense is needed, as well as a solid grounding in the engineering and materials involved in building cars and their component parts.  Our program offers something unique wherein, we teach our students to be prepared for their professional career and also be life-long learners. We offer them courses not only for core subjects but also subjects which will ensure they have wholesome development and achieve their full potential.

PhD General Management is the highest academic degree awarded in the study of General Management.

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.

M.Tech by Research facilitates industry fellows and upcoming research scholars with specific knowledge of the problem to be investigated in a way to draft novel and efficient solutions that have both scientific and industrial viability. This program aims at strengthening the students' core knowledge and greater potential to contribute to core research in the field of science and technology.