Doctor Of Philosophy In Aerospace Engineering

at University of Petroleum and Energy Studies India

UPES School of Design’s Under Graduate Programme, B.Des. in Animation and VFX prepares students with a strong grounding in design, video and audio skills, alongside modeling, rigging, texturing, lighting, digital cinematography, digital color grading, and 3D digital graphics. The course modules also cover motion graphics and virtual studio skills, alongside compositing, 3D tracking, particles, and dynamics.

The Integrated B.Tech Food Technology-M.B.A program helps students save one year, as it is a 5-year program in which students get both B.Tech Food Technology Degree as well as MBA degree and it is as per UGC Norms. In this integrated program, the management of food processing, storage, transportation, distribution, marketing, sale, profit and loss calculations are imparted.

This specialization lays a solid foundation in all areas of food biotechnology and provides a comprehensive review of the biological and chemical concepts that are important in each discipline. Food Biotechnology is a branch of food science in which modern biotechnological techniques are applied. It covers topics ranging from molecular biology to industrial applications of food biotechnology for the improvement of food and food products. It prepares students for careers in the dynamic food sector as well as for research and development.

This integrated specialization further offers students a chance to choose between two MBA specializations: 

• Product Management
• Marketing

Regulatory Affairs is a domain with a broad overview and the responsibility for collecting all kinds of data from the development processes and sending it to regulatory authorities. The courses will provide broad perspectives and integrated knowledge to the students from Innovation →Discovery → Approval→ Commercialization which implies regulatory affairs are essential to bring the product to the market globally. This course specialization provides a comprehensive education in the important aspects of Regulatory and Quality compliance in pharmaceutical industry. Students gets updated with the current regulatory and compliance issues and explore careers in these exciting times. Nowadays regulations and ever changing laws are driving demand for pharmaceutical regulatory affair professionals who can help companies successfully bring medical products to the market.

In addition this program also offers Artificial Intelligence and Machine Learning (AIML) applications in Clinical Research to upgrade Medical and Health Science. Machine Learning Techniques like pre-trained deep learning models and convolutional neural networks (CNN) provides excellent opportunities for drug-development processes and makes clinical trial more intelligent.

Structural Engineering is an innovative program, focused on the combination of recent advances made in the field of structural engineering.  This program allows structural engineer the flexibility and freedom for a better understanding of structural behavior with material and geometric non-linearity and loading uncertainties  It also engages in a comprehensive study of modern structural engineering subjects such as Analysis of Offshore Structures, Bridge Design, Construction Technology, etc.

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

Ph.D. in Pharmaceutical Chemistry covers a broad spectrum of activities related to the research based on the interaction between drugs and biological targets and the relationship of chemical composition and dynamics to biological activities. This includes drug design, discovery of medical needs and the study of chemical substances at the molecular level. The interdisciplinary research involves bio-organic and medicinal chemistry, computational chemistry, development of synthetic methodology, chromatography techniques, natural products isolation and synthesis, chemical biology, analytical and spectroscopic techniques etc.

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.

Smart materials are materials that can respond to external stimuli such as stress, moisture, electric/magnetic field, temperature and pH. They are at the core of sensors used in smart electronics and comprise a huge variety of materials including piezoelectric, shape-memory, photovoltaic, thermoelectric, ferrofluids and self-healing materials. A student opting for this specialisation will be exposed to the properties, synthesis and application of these materials, and will be able to explore one of these material systems in-depth through the dedicated project work.

UPES School of Design’s Postgraduate Programme, M.Des. in Graphics Design prepares students to become proficient and compelling visual storytellers with a focus on the evolving industry and technology. Students are exposed to image design, typography, layout design, branding, design history, research methods, web-based design, digital design, photography, and graphics 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.

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.