Integrated Bachelor of Science - Master of Science in Mathematics- Applied Mathematics

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.

M.Sc. (Petroleum Geo-Sciences)- Environmental Geo-Chemistry

Environmental geochemistry has grown rapidly over the last decade and is the core of environmental sector. Global environmental consultancy market is the primary destination for suitably skilled graduates. This field is currently growing at its strongest rate for five years. Environmental Geochemistry expertise is key to many aspects of the day-to-day work of environmental consultants, geologists, civil, structural and mining engineers, environmental regulatory authorities, mining and oil companies.

Environmental geochemistry is concerned with the sources, distribution and interactions of chemical elements in rocks, soils, waters, air and biological material. It concerns studying a wide variety of environmental materials using a range of analytical tools that include field investigation, chemical instrumentation, and digital modelling.

Environmental geochemistry graduates are well suited for environmental consulting, specializing in interpretation of complex datasets and chemical behaviour, or for analysing scientific data for a commercial or research laboratory. The M.Sc. Environmental Geochemistry program has been developed in response to this demand for high-level skills in this field.

The Lifestyle Accessory Design program builds competency in you to take on challenges of a rapidly developing industry, markets of neo-luxury products and consumers who aspire for ever-changing lifestyle. The program is structured to inculcate various aspects of design as a value addition tool and the way design operates at various levels such as aesthetics, markets, management, strategic as well as technology.

This professional integrated degree of arts with the profound knowledge of the law gives a double boost to the career of students aspiring to join the legal fraternity. The subjects covered under arts include Sociology, History, Political Science in correlation with legal subjects of Criminal Law, Civil Law, Administrative Law, Constitutional Law and Labour Laws under the proficient guidance of highly qualified faculty members.

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.

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.

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.

Pure mathematics includes developing the fundamental tools used by mathematicians, such as algebra and calculus, describing multi-dimensional space, or a better understanding of the philosophical meaning of mathematics and numbers themselves. Pure mathematics is the study of the basic concepts and structures that underlie mathematics. Its purpose is to search for a deeper understanding and an expanded knowledge of mathematics itself. 

UPES School of Design’s Postgraduate Programme in Interaction Design trains students to research, analyze, prototype, and design concepts in business, social, and cultural contexts within existing and emerging technologies. Students will gain proficiency in creating engaging user interfaces, ranging from 2D screen (UI for web and mobile) to 3D (AR/VR and will be able to conceptualize user experiences around new and emerging technology, and design to make interfaces more usable, useful and pleasant.

Growing dependence of the global economy on energy chain has led to higher consumption of natural gas. Resultantly, this field is expanding at a massive rate. This flagship course is in line with the industry needs and prepares students for the future workforce. Industry experts are invited to interact with the students and be part of events to provide their insights and share their experiences.

The Master's Program in Automation and Robotics Engineering is an interdisciplinary programme composed of mechanical engineering, electronics engineering, electrical engineering, computer engineering, aerospace engineering and mechatronics engineering. Robotics is increasingly prominent in a variety of sectors (eg manufacturing, health and remote exploration of hostile environments such as space and the deep sea) and as autonomous and semi-autonomous systems that interact with people physically and socially. It covers important aspects of modern robotics such as autonomous systems, field robotics, artificial intelligence, Machine learning, computer vision, mobile robots, and Rehabilitation robots, embedded systems, modelling and control systems. The program engineers will develop an enhanced skill in the field of dynamics and control technology for complex systems and processes. Over the next decade, robotic assistance will become a reality in almost every field of work and most other aspects of human life. The advanced robots led to a substantial increase in productivity, decision making, increase the efficiency of the system. The program provides top-quality expertise and skills for successful professional careers in research, technology development and design. Hence this degree would help in generating trained and qualified manpower in this area.

This program offers basic technologies of Virtualization (enabler of Cloud), infrastructure less computing at client side by IaaS (Infrastructure as a Service)-by Vmware, Virtual Box, Openstack etc., PaaS (Platform as a service), having platforms for development environments, SaaS(Software as a Service), deploying software on cloud enabled infrastructure, performance tuning of deployed objects-checking efficiency and security in Cloud.