Bachelor of Technology in Computer Science and Engineering - Data Science

at GD Goenka University India

Master of Science Healthcare and Clinical Research is an interdisciplinary study program with the right blend of basics of clinical research, pharmacology, clinical trials, biostatistics, drug regulatory affairs and ethics. The program focuses on imparting knowledge and thorough understanding of the basic concepts in clinical trials. It provides multidisciplinary learning with eminent scientists from reputed Pharmaceutical Industries and Academia. The teaching and learning methods used in this program include lectures, tutorials, practical hands-on training, seminars and workshops. In order to attain learning outcomes of the program, assessments require students to integrate theory and apply it to practical aspects of clinical research.

The B.Design (Hons.) Global Design Programme at UID has been crafted through deep research, collaboration with top International Design Schools, using innovative approaches for reimagining Design education in India. It provides a unique opportunity for a student to understand global perspectives to tackle design challenges with an international style of learning in a global class room with world renowned faculty in a multi city / country learning model in vibrant Design Capitals of the world to give you a career edge.  Our vision is to provide students with an experience that is unparalleled, nurturing them to be design leaders and creative catalysts who deliver positive social, environmental, economic and cultural change.

Master of Computer Applications is a two-year post-graduate programme with curriculum primarily based on the development of application software in diverse areas. The programme provides the latest elective courses and with emphasis on project work. The programme is inclined towards application development and lays emphasis on the latest programming languages like Python etc. This programme equips students with the knowledge of the development of application software for diverse fields to solve specific problems for the end users or clients. In addition, the programme also emphasises upon planning, designing and building of complex commercial application software and system software.

Our School of engineering sciences offers students the choice between a B.tech in Artificial Intelligence and B.Tech Data Science.  With state-of-the-art infrastructure, we provide a complete learning experience. Our labs for B.tech in Artificial Intelligence and B.Tech Data Science are well equipped and expose learners to implement the theory they learn in lectures to practical experience. Our industry-leading expertise lies in the hands of experienced teachers in this domain. Their professional experience helps them guide you towards growth. Our faculty for B.tech in Artificial Intelligence and B.Tech Data Science follows a facilitative teaching approach and encourage creativity and innovation. Join our course today for the perfect start to your learning curve.

B.Tech. Biomedical Engineering constitutes human beings' earliest efforts to understand the living world in terms of the basic sciences and to comprehend the body mechanism in terms of their technological creations. Biomedical Engineering involves the study and application of engineering processes for diagnosis and therapy. It is a rapidly changing interdisciplinary domain, in which each branch of engineering interacts with a number of other disciplines to yield a fundamental understanding of health maintenance processes and improved diagnosis, optimal interventional (surgical, therapeutic & rehabilitative) procedures, prosthesis and organ assist systems, health care systems performance, and econometrics.

Master of Science (M.Sc.) in Physics program is designed to prepare students for a research career in academia or industry by introducing advanced ideas and techniques that are applicable in a wide range of research areas while emphasizing the underlying concepts of Physics. This course provides an in-depth understanding of principles and concepts of Physics, proficiency in experimentation to understand the theoretical and experimental dimensions of Physics.

In this program, students will learn to design electronic circuits, computer systems, installation, maintenance and troubleshooting of electronic equipment. These candidates are considered to deal with the problems that occur with systems such as electrical machines and electric power transmission and find solutions for an issue occurred in the electrical and electronic machines.

Students are introduced to the basic Electrical & Electronic Engineering principles with hands-on experiences to emphasize on the various areas of electronics. They can apply ICT knowledge in engineering analysis, simulation and control through various software such as C++ and MATLAB etc.

The curriculum for the B.Des. Programme inculcates from the very beginning, the importance of design process and critical thinking. Structured to give the students adequate learning both conceptually and skills.

The Programme envisions that by the end of the course, students are not only trained and equipped with their professional learning, they are also sensitized and nurtured to be good, empathetic and ethical participants of a vibrant design community of the future who can bring about a change in the quality of life and create a sustainable new world.