Bachelor of Technology in Computer Science with Specialization in Artificial Intelligence & Machine Learning

at Sharda University India

B.Tech Mechanical Engineering with specialization in Digital Manufacturing is for individuals who are willing to change the landscape of product design and its manufacturing. You will be introduced to modern systems, processes, modelling and simulation tools that creates an integrated approach to manufacturing, thereby shifting from traditional hardware-based methodologies to digital processes in the manufacturing industry.

Students who are looking to transform the way a product is manufactured across the globe and become a part of modern manufacturing systems viz. additive manufacturing, robotics, industrial IoT and Embedded technology etc. in roles such as production engineer, quality control engineer, R& D engineer etc.

B.Tech. in Mechanical Engineering with specialization in Mechatronics Engineering course is a 4 years full time graduate course which is divided into 8 semesters. This course is an amalgamation of Mechanical and Electronics engineering which prepares the students to comprehend and solve complex problems related to system design computer electronic mechanical and control engineering. The objective of the course is to make students ready for a future that will have automation and robotics as the primary drivers of the technological world.

M. Tech (Electrical & Electronics Engineering) Industrial Automation is a two-year post-graduate programme that deals with the study of the use of control devices to control industrial processes and machinery. The coursework of the programme covers important aspects of modern industrial automation such as Autonomous Systems, Computer Vision, Artificial Intelligence, Embedded Systems, Modeling and Control Systems.

The programme offers students the opportunity to work on live projects where they design, create, and control automated devices as well as conduct research and write theses. The state-of-the-art laboratories facilitate students to apply and implement concepts learned during theory sessions. In most of the subjects, there will be theory and practical classes.

Department of Biotechnology started with a vision to impart in-depth knowledge of biotechnology to create a pool of scientific personnel with expertise in biological engineering. Since then the department has endeavoured to educate and train its students to develop proficiency in each sector of biotechnology. The scheme of courses has been designed keeping in the demand trend in mind. A conscious effort has been made so that curriculum of each programme integrates courses of biological sciences and engineering together with relevant laboratory programs and a compulsory research project of variable duration. The university has recognized the significant role being played by biotechnologists in industrial development and has sought to implement an integrated approach towards education and research. The department strongly believes a teacher has to be involved in active research to be in touch with the recent development in the subject so as to deliver the latest know-how. The department has a strong interdisciplinary research and teaching base in biological sciences and engineering which prepares the student for industry as well as research programs. 

All the basic infrastructural facilities needed for conducting teaching and research programmes in different areas of Biotechnology have been developed in the department. The department is housed in a newly constructed building consisting of classrooms with audio-visual facilities well-equipped students laboratories research laboratories special lab for molecular biology genetic engineering plant tissue culture Microbial technology nano biotechnology and bioinformatics. the students undergo project training in modern biotechnology viz bioinformatics genomics nano biotechnology cancer cell signaling plant and animal Biotechnology structure base drug design neuro biology etc.

Bachelor of technology (CSE) Bioinformatics is a four-year undergraduate programme that combines the study of information technology and computer science with the study of biology and medicine to understand the working of the human body. It involves the analysis of multiple factors which affect movement in our biological systems.

The curriculum of this programme is designed in such a manner that the students are taught all the essential concepts of bioinformatics through basic classroom teaching and experiential learning through various experiments and case studies. Students have full access to our state of the art laboratories where they can gain practical knowledge about the application of the Bioinformatics concepts in real life situations. The students also get a thorough understanding of the subjects of biotechnology so that they can focus on information analysis and biotechnology management.

After completion of this course, students can confidently do researches in the field of biotechnology and cancer cures, hence contributing to society. They can also opt for further studies in their field of interest and give wings to their career.

Bachelor of Technology in Block Chain Technology is a four-year undergraduate programme that familiarises students with the functional and operational aspects of the cryptocurrency ecosystem. During the tenure of this programme, students develop an understanding of the emerging abstract models for Blockchain Technology.

The primary objective of this course is to identify significant research challenges and technical gaps existing between theory and practice in cryptocurrency domain and to quickly configure a new development platform to understand the applications of blockchain in cybersecurity, the integrity of information, E-Governance and other contract enforcement mechanisms.

M. Tech. Electronics & Communication Engineering (VLSI Technology) is a two-year post-graduate programme encompassing the advanced study of modern Electronics and Communication techniques. This specialized programme focuses on instilling skills related to design, development, observation, and application of VLSI Technology.

The VLSI Technology program will cover the fundamentals and engineering aspect of designing and developing IC based systems. Traditionally, VLSI technology has emerged out as a successful collection of two streams: namely material science and electrical engineering.

The state of the art VLSI technology requires research in physical devices as well as novel design and development of electrical circuits. The program will focus on developing hands-on skill of designing semiconductor devices and circuits, architecting systems using embedded components such as, CPU, memory and peripherals.

Students will be trained in several topics that cut across different domain, starting from lowermost level of physical devices to the top level of application development. The programme also enhances research and development skills of the students and helps them to incorporate significant learning through practical sessions. Candidates looking for more exposure in this field can enroll for higher studies.

M.Sc. Big Data and Analytics is a postgraduate programme in the field of information science. The duration of the M.Sc Big Data and Analytics program is two years and consists of four semesters of study. The course covers Big Data, Analytics, Statistics, Forecasting, and Mathematics, among other topics.

M.Sc. Big Data and Analytics is a course that focuses on producing marketable talents in the Data Science industry by generating a professional sense of analytical and technical abilities for people with quantitative aptitude who are interested in Data Science and Big Data Analytics.

Bachelor of Science in Electronics with a Specialization in Robotics and Automation is a three-year graduate program designed to provide students with a comprehensive and deep understanding of technology and current practices in electronic engineering along with its applications in robotics, including digital systems and control systems.
 
This program helps students develop advanced integrated engineering knowledge, essential for success in the robotics industry and deals with the design, construction, operation and use of robots along with the computer systems for their control, information processing, and sensory feedback.
 
During this program, individuals learn how to manage robotic control systems, understand mechanics, applied electronics and machinery. Advanced mathematics is also an essential component of the degree.

B.Tech. in Stem Cell & Tissue Engineering is a four-year undergraduate programme that provides extensive training in the science and practice of tissue engineering in all aspects from theoretical, to testing and clinical application. The programme targets those students that wish to pursue a career in biomedical or life sciences. 
 
The curriculum of this programme is designed in such a way so that students get deep insights into the theoretical as well as experimental aspects of the stem cell and tissue engineering with the help of industry experts and potential employers. Additionally, the students also learn about laboratory management programs and various ethical issues that concern stem cell and tissue engineering research. 
 
The aim of this programme is to prepare students to build up their research acumen by doing individualised projects using different types of stem cell experimental approaches so that they can readily integrate into the scientific workforce in stem cell industry and meet the needs of highly qualified technical and managerial personnel.

After completion of the course, students can opt their careers as research scientists and corporate professionals in universities, hospitals etc.