Bachelor of Commerce

at Marwadi University India

This is a three years course following semester system. In three years, consisting six semesters, each semester will be consisting subjects each with 48 hours of classroom interactions. A typical week will be of FIVE working days and of 30 hours, including classroom teaching, library sessions and other assignments and practicing sessions.

Program Outcomes   

• On the successful accomplishment of this Programme, the following outcomes should be expected from students:
• Reveal knowledge of major theories and models in key areas of organizational behavior.To create self-confidence environment to our students and to offer reliable educational resources that can fill the academic standards and innovations.Analyze organizational problems and generate realistic solutions based on current academic research in organizational behavior.
• Demonstrate a knowledge of microeconomic theory as it relates to markets, firms, government policy, and resource allocation.Demonstrate a knowledge of key concepts underlying quantitative decision analysis.
• Apply basic mathematical and statistical skills necessary for analysis of a range of problems in economics, actuarial studies, accounting, marketing, management and finance.
• Demonstrate knowledge of the theories, concepts and findings of the various specializations.
• Develop viable alternatives and make effective decisions relating to business ethics and social responsibility.

The program is designed for students aspiring to develop cutting-edge technology in the field of Information and Communication. Students are taught about communications systems under which they get to know about radar systems, wireless system design, computational electromagnetics. The other aspects which students would get to know are related to satellite communications and telecommunication system since mobile phones and the internet have penetrated every sphere of our life. Hence, it is important to ensure that students are aware of the latest developments that are taking place in this field. Students get to know as to how to provide immediate connectivity through voice, visual and data.

Objective
The objectives of this course are

• To provide adequate knowledge of principles and scientific practices involved.
• To gain the skills required for the systematic adoption of evolving changes in science and technology.
• To develop a collaborative environment for multidisciplinary project-based learning practices.
• To create state-of-art infrastructure, 24×7 learning environment, hands-on expertise and teamwork for shaping students to industry ready professionals or entrepreneurs.
• To demonstrate the sensible approach by the way understanding, analyzing and applying knowledge in accordance with the socio-economical context.

Post-Graduate program (M. Tech.) in “Computer Engineering (CE)” is designed to train undergraduate students for research, academics and industries. Graduates from Computer Engineeringare eligible for the enrolment. At the end of the program successful graduates are conferred degree of M.Tech. in Computer Engineering.

Objectives    
The objectives of the program may be enlisted as to:

• Train students technically and morally for research, academics and industries
• Equip analytically and ethically to address various issues in Computer Engineering
• Educate them in latest state of the art tools for R&D software companies
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Information Technology and its applications have rapidly grown over a decade and its demand would further rise in the coming years. Organizations require such aspirants who desire to work in designing, development and in applying information technology. B.Sc. (IT), as a course, seeks to bridge the gap between business and information technologies.

Learning Information Technologies imparts specialization in subjects like

• Artificial Intelligence and Machine Learning
• Data Analytics
• Internet of Things
• Cloud Computing
• Image Processing and Machine Vision
• Cyber Security

Bachelor of Science inInformation Technology (B.Sc. (IT)) from Marwadi University is an ideal program for students who wants to step in IT career. The university provides a conducive environment for this technical program including well ventilated classrooms, special labs, and library resources. The syllabus comprises of all the modern technology currently being used in the IT Industry such as Artificial Intelligence, Machine Learning, Internet of Things, and Cyber Security.

Electrical Engineering is a core and an evergreen branch of Engineering. An Electrical Engineer can focus on skill-based learning in various area of Electricity and its applications, such as generation, transmission, distribution and utilization of energy, Instrumentation & Control, Switch-gear & Automation Engineering, Panel Design Engineering, Energy Management and Audit and most importantly in electrical equipment maintenance and repair field also.

This curriculum is designed in such a way that it can fulfill the following objectives:

• Students will be able to modify, maintain and repair electrical networks and machines for the real-life problems.
• Students will be able to evaluate the technical problem and will be able to suggest cost effective solutions using modern tools and technology.
• Students will be able to apply their skills for the sustained development of industry and society.
• Students will be able to demonstrate professional ethics, good communication and leadership capabilities for continued success enabling him to enjoy the life.

To achieve these diverse objectives, Electrical Engineering Department will strive to identify experienced, committed and dedicated staff who are constantly updating themselves by attending various seminars, workshop as well as interaction with industry and imparting their knowledge amongst the students. The students are also encouraged to convert their conceptual knowledge to practical implementation and the department has laboratories well equipped with state of art technology.

A two-year PG program offered to provide a broad knowledge and practical experience in VLSI Design with fundamentals in ASIC design, Digital and Analog design with six areas identified for Professional electives handled by Ph.D. qualified and experienced faculty members. The program boasts of an exclusive well equipped lab with state-of-the-art EDA tools, FPGA & embedded processor based development boards and computing facilities that is available to student use during regular and beyond regular course schedule. Students have access well equipped library with quality textbooks & reference books, and e-journals including IEEE, Elsevier, Springer, and others. The program allows students to complete their Master’s thesis internally under the guidance of our faculty or externally through Industry experts with a strong emphasis on research and development.

Objectives    

• To develop knowledge in the field of electric vehicle technology
• To develop skills to solve digital and analog VLSI design challenges.
• To develop knowledge for future VLSI Industry
• To create best research environment in the field of VLSI technology
• To produce entrepreneurs in the field of VLSI

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.

Geotechnical Engineering is a special branch of Civil Engineering/Applied Mechanics which focuses on the use of the soil (rocks/boulders/gravel/sand/clay) as an engineering material. The scope is not limited to its use as engineering material but it is also concerned with designing the foundation of structures, stability of the slopes, mining and tunneling. The students pursuing this course study about ideas and various research methods to prevent any damage to tilt/stability of the structure, mitigation of landslides and soil and water pollution. With the increase in infrastructure demand all over the world including India, professionals in Geotechnical Engineering are in high demand in Core companies, MNC consultancy firms, Government sectors, Mining, Road and Bridge construction and in education as well.

Objectives    

The course in Geotechnical Engineering is designed to fulfill the following objectives:

• To provide excellent geotechnical engineering knowledge
• To raise awareness among the students about the state-of-art geotechnical engineering
• To equip the students with good technological skills pertaining to identification of soil and rock with its engineering properties
• To produce international level engineers who can help solve global problems
• To build confidence and inculcate creativity among engineers
• To impart humanity and honesty values and ethics to the students

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.

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