Master of Engineering in CAD/CAM

at Marwadi University India

PG program “Power Electronics and Electrical Drives (PE&ED)” is designed to reshape undergraduate students to fulfill the basic requirement of the Power Electronics industries. Graduate fromElectrical Engineering background are eligible for the enrollment. On fulfillment of all requirements, post graduate degree of M.Tech. in Electrical Engineering will be conferred with specialization in “Power Electronics and Electrical Drives (PE&ED)”.

Objectives    

• To develop knowledge in the field of Electrical Engineering
• To develop skill to issues of Electrical and Electronics Engineering
• To gain analytical skills in the field of Electrical and Electronics Engineering
• To gain research environment in the field of Electrical and Electronics Engineering

PG program “Electric Vehicle” is carefully designed to produce skilled and talented manpower required for the Electric Vehicle (EV) industries. Graduate from any eligible branch can enroll for the course. On fulfillment of all requirement, post graduate degree of M.Tech in Electrical Engineering will be conferred with specialization in “Electric Vehicle”.

Objectives    

• To develop talent in the field of electric vehicle technology
• To develop skills to solve limitations and issues of electric mobility
• To develop talent for future EV industries
• To create best research environment in the field of electric vehicle technology
• To produce entrepreneurs in the field of EV technologies

BSc Microbiology is a three-year undergraduate course that comprises the study of microorganisms, this includes various organisms like a unicellular, cluster of microscopic animals, viruses, bacteria, and fungi. This discipline is a key component of the various research in biochemistry and pathology.The Mission of our department is to contribute to the holistic development of students. The primary objective is to provide an educational and research environment in basic and applied concepts of microbiology relevant to the living systems, environment, and industries. Diverse aspects of science and technology will be utilized to impart fundamental knowledge and to solve challenging problems. The preliminary focus of our department will be to acquaint students with the world of microbiology with hands-on practical training on fundamental techniques of microbiology. Our program will encompass theoretical and practical aspects of advances in scientific research along with interactive sessions with subject experts and regular industrial visits. This training will enhance the problem-solving capability of students. Research projects will be an integral part of our course and which will help our students to think out of the box and work in a team.

Objectives   

• The students should have an understanding of the basic concepts and scope of microbiologyThe course should enable the students to understand the general tools and techniques commonly used in academic or industrial microbiological enterprises.
• Graduates will be gaining the critical concepts and understanding of the subject that would help them solve the industry related technological problems
• The course desires to make the students thorough professional or entrepreneurs engaged in technology advancement or implementation in industry
• The course would enable students to come up with creative or innovative ideas with the hope to create future leaders in the field
• Students should be able to work with a sense of responsibility towards social awareness and follow the ethical standards in the industry
• The course would empower students to pursue higher studies, to interact effectively with their peers and society as well as to contribute to the economic growth of the country

“Computer Engineering” focuses specifically on computer hardware and software. It is an integration of computer science and electrical engineering, a field that touches just about every segment of our lives today, from the cars we drive to the movies we watch to the many ways we all interact with each other (not to mention with businesses and government).

Computer engineering is much more than programming; it is about inventing and building solutions. It is the most creative field where a computer engineer is an artist whose canvas may be a smartphone or PC display and whose paints and brushes are programming languages and development environments. Can you now imagine a world without Instagram, Snap-chat, Facebook, or Twitter? With a major in computer engineering degree, only sky is the limit.

Objective
Computer Engineering is one of the key programmes that serves nearly every domain of our society. An increasing demand for digitization in recent years has led to a growing demand for skilled computer engineers. The following are the main objectives:

• To arrange a dynamic pool of professionals for innovative learning in Computer Engineering DepartmentTo make students capable of tackling with day-to-day problemsTo develop skilled Computer Engineers with an innovative attitudeTo ensure that every student gets individual and adequate opportunity to learn and growTo provide well-equipped lab and highly qualified faculty for the betterment of studentTo provide hands-on sessions to ensure learning in the right direction and building up confidence

M.E Chemical is a two years post graduate program in Chemical Engineering. The students who have completed B.tech or Bachelors in Engineering are eligible for the course. Chemical engineering covers designing as well as maintenance of chemical plants. In this postgraduate program the students study about the application of Life Sciences, Physical Sciences, Mathematics and Economics with respect to the conversion of chemical forms. The M.E. (Chemical) students are taught subjects like Mathematical and Statistical Methods, Process Optimization, Advanced Separation, Processes Research Methodology, Advanced Transport Phenomena, Advanced Reaction, Engineering, Advanced Thermodynamics etc. Along with the theory, students are also given access to the lab. This course is open to plenty of job opportunities in manufacturing and service industries such as chemicals, plastics, power production, biotechnology, Tyre manufacturing, nanotechnology, mining process, mineral based industries, petrochemical, pharmaceuticals, nuclear energy, materials science, and development of new sources of energy.

As the world is becoming increasingly advanced in industrial, environmental and healthcare management, Department of Biotechnology envisions to be a leader to play a pivotal role in providing a platform for enriching knowledge, synthesize ideas and innovate in basic and applied biological sciences. Our department will polish the students to bring out their finest talents with strong academic, practical, professional and co-curricular attributes, preparing them for the competitive world and to serve the society.

Computer Aided Design and Manufacturing is a special branch of Mechanical Engineering that employs wide range of computer based tools and techniques assisting engineers in design and manufacturing activities. Geometrical modeling, Engineering analysis, software simulations optimization, validation are some of the well-known concepts involved in the study of computer aided design and manufacturing.

Environmental science is a multidisciplinary field which describes the interactions between physical, chemical, and biological components of the environment and also about the relationships and effects of these components with the organisms. The field of environmental science can be divided into three main goals

• To learn functional mechanism of nature works,
• To understand elementary components of environment and their interaction with human beings.
• To determine the ways to deal with environmental issues.

Objectives    

• To know more about the sustainable way of living.
• Understand the behaviour of organisms under natural conditions.
• To use natural resources more effectively without harming the environment.
• To create awareness towards environmental problems and issues

Keeping in view the employment opportunities of diploma holders in Chemical Engineering, the course is aimed at developing following knowledge and skills in the students:

• Basic understanding of concepts and principles related to applied sciences as a foundation for further studies.
• Development of communication and interpersonal skills for effective functioning in the world of work.
• Understanding of basic concepts and principles of chemical engineering, so as to enable the students to apply the knowledge and technical skills of these principles to the field of chemical engineering.
• Ability to read and interpret drawings related to plant layout, process equipment and components.
• Knowledge of various materials used in chemical processes, their properties and specifications,
• Knowledge and associated skills of various unit operations, unit processes and process instrumentation in process industry.

The last few decades have seen exponential growth in the field of Artificial Intelligence (AI). Artificial Intelligence is a sub-branch of Computer science. Technically, it is the science that helps develop computer machines that mimic human intelligence. Thus, these machines will be able to visually perceive things, recognize and differentiate speech, make decisions, translate between languages and so much more. There are two main reasons why Artificial Intelligence has become a popular choice in many fields

So, the main objectives of B. Tech with Artificial Intelligence specialization are:

• Low error probability: Since human capabilities have their limitations, using AI will help reduce the risks of errors to a great extent. It will also increase the accuracy of results obtained, making it a much more efficient choice.
• Overcomes limitations: There are some applications such as mining exploration and ocean exploration where human intervention has its limitations. In such a scenario, you can use AI to get the job done in no time at all.