Master of Technology in Biotechnology with Specialization in Bio-Engineering and Bio-Informatics

at Sharda University India

B. Tech in Computer Science (Cloud Technology and Virtualization) is an undergraduate programme with advanced learning solutions imparting knowledge of advanced innovations in the field of cloud technologies and virtualization. 

On the front of Cloud Technology, It is an on-demand technology where users utilize the IT resources over the internet platform and work on pay-per-use mechanisms instead of the previous subscription-based technologies. Where on the front of Virtualization, It gives idea about the technology to generate virtual instances of computer resources for multiple uses of the same physical resource. The Course include the fundamentals and detailed introductions of such virtualization technologies which are capable of virtualizing the resources as the server, storage, networks, and operating systems and provide them as a service on demand bases. This specialisation is designed to enable students to build/ configure the smart on demand services / software, or applications with a combination of cutting-edge technical solutions for individual and business problems as analytics and business visualisation. The main objective of the course is to prepare student as industry-ready that’s why this programme is design with strong industry linkage and offer students adequate flexibility to pursue electives and projects of their choice. To enable the students to keep pace with changing technological advances, university has industrial tie-ups with various industries for placements/ internships. Studying these courses as a part of the curriculum would provide an assured entry to the industry.

B. Tech in Genetic Engineering is a four-year undergraduate program involving the study of deliberate modification of an organism’s basic characteristics by manipulating its genetic material. This is an advanced branch of science that applies a wide range of scientific techniques to bring out desired changes in the genetic structure or DNA code of living organisms.  

The programme aims to create professionals who are passionate about finding newer and better methodologies for the betterment of the human race at large.   Research agriculture industrial biotechnology and medicine are some of the fields that use Genetic engineering techniques. The programme trains students to deploy modern DNA technology for direct structure manipulation of an organism’s genome.  

The curriculum endows academic excellence to students including quality teaching high-end research and the study of technology development in frontier areas of Genetic Engineering, Stem Cell, Biology, Oncology, Biomedical Engineering and Molecular Medicine.

M.Tech in CSE Software Engineering is a two-year post-graduate programme dedicated to enlighten students with the desiging, implementing, testing, and modifying of the software to make it viable, maintainable and affordable. The programme offer students with a strong base of software engineering principles and applications in scientific and engineering domains.

Few of the topics under this specialisation include Software Requirement and Estimation Software, Quality Metrics and Testing Software, Architecture and Design Patterns, IOT Agile based Software Engineering, Secure Software Engineering, and Component-Based Software Engineering.

The balanced coursework of the programme enable students to practice their learnings in the fully-equipped labs at the University. Post completion of the programme, the students can find employment in the field of research, academics, design & development in software and co-design technologies or any other closely related field.

M. Tech Mechanical Engineering with specialisation in Production & Industrial Engineering is a two-year post-graduate programme that equips students with a holistic knowledge of various disciplines including engineering sciences, manufacturing technology, management science, and optimization of complex processes, systems, or organisations. The programme trains students to devise efficient systems that integrate machines, workers, materials, information, and energy to provide a service or make a product.

The objective of the programme is to achieve higher productivity by adopting efficient planning, integrated design and operative systems in any manufacturing system. The coursework of the programme is a combination of manufacturing technology and management sciences which enables the students to solve complex problems related to industrial productivity through analysis production sales assessment and maintenance.

Company analytics (BA) refers to the skills, technology, tools, and procedures used to continuously explore and investigate historical business performance in order to generate insight and drive business orchestration for increased profits. Business analytics is concerned with gaining preliminary insights and knowledge of a company's performance based on available data and statistical approaches.

Quantifying the Business World, Predictive Modeling and Analytics, Marketing Analytics, and more courses are included.

The program revolves around the field of Information Technology which is essentially about storing processing securing and managing information. Students learn how to analyze computer problems and system performance manage large amounts of data provide quality customer service and maintain a safe secure network system. This programme is useful to learn how to actively monitor and defend the network and furthermore make fundamental security approach and methods.

M. Tech (ME) Machine Design is a two-year post-graduate programme that focuses on the concepts and processes involved in the designing & manufacturing of machines and machine related items. The considerations, procedures and principles of machine design are introduced to the students along with statistical concepts, engineering materials and their mechanical properties.

The programme facilitates the study of various materials required for the design of mechanical elements. In addition, it aims to endow knowledge of the behaviour of materials and systems in both elastic and plastic ranges, failure modes and mechanisms in both static and dynamic conditions. Besides classroom learning, students also get opportunities to be involved in projects that enhance their practical knowledge of the subject and prepare them for the industry-environment.

A four-year undergraduate programme in Electronics and Communication with a Specialization in Embedded Systems will concentrate on using technology and applied mathematics to solve practical problems in the field of communications. In general, the curriculum aims to instil a thorough understanding of signals, circuits, and how to use differential equations techniques to produce exceptional products.

The curriculum begins with an introduction to the fundamentals of Embedded Systems, Electronics Engineering, Digital Signal Processing, Computer Networks, Analog Electronics, and Network Theory for students. The curriculum progresses through topics such as digital communication, computer architecture, and technical skill enhancement.

B.Tech. in Mechanical Engineering with specialization in Automobile Engineering is a 4 years full time graduate course which is divided into 8 semesters. This course is designed and taught primarily to impart hands on experience to the students in the field of automobile engineering with the basis as mechanical engineering. The students are made familiar with modern technologies involved in fabrication and working of all types of automobiles and auto components. The primary focus is to provide the students with the skills for their growth in the automobile sector.

M. Tech (Biotech) Bio-Engineering and Bio-Informatics is a two-year post-graduate programme designed to expose the students to recent exciting developments in the area of Bioengineering & Bioinformatics and their application in industry, agriculture and medicine. The curriculum of the programme provides students with a strong background in Bioengineering followed by more specific knowledge in the area of choice.

The proposed programme focuses on research and education aimed at developing science & technology and new areas of study that combine computer technology, nanotechnology, bioscience, and bioengineering. Furthermore, to develop knowledge at the molecular and cellular level, it takes up new fields such as cell signalling, genome informatics, bio-nanotechnologies, and regenerative medicine. Graduates from this programme can find various career avenues to advance their success in the field of Bioengineering & Bioinformatics.