Master of Law

at Alliance University India

The Department of Electrical & Electronics Engineering, ACED, Alliance University is offering a new UG program of B. Tech. – Energy Engineering keeping with the recent trends leading to advancements in the domain of sustainability, smart grids, microgrids, electric vehicles and other renewable energy technologies. The course shall provide a solid background and knowledge in the power industry, green and clean energy technologies, and the upcoming electric vehicle technology.  

The B. Com. course aims at building competence in particular areas of business studies while providing the students with a wide range of managerial skills. The program imparts strong subject-matter expertise by focusing on the learning that includes the knowledge of basic theories, principles, methods and procedures of commerce and accounting.

The curriculum of the B. Com. degree course is rigorous and progressive, and prepares its graduates for careers in commerce and accountancy as well as for other professional roles such as economic, business and security analysts.

A bachelor's degree in commerce is a fundamental graduating qualification, and opens up opportunities in higher education for graduates to pursue Master's-level courses such as M. Com. and MBA.

Course Pedagogy

The uniqueness of the specially crafted curriculum for our commerce graduates is a robust combination of theory and practice focused on economic and technological advance of the current epoch. Enhanced experience of learning through industry academia interface and world-class faculty empowers our graduates with a distinct advantage.

The doctoral program in law is aimed at aspiring candidates who wish to pursue research in law. As the field of law is dynamic, there is a greater need to undertake research especially in Constitutional Law, Environmental Law, Intellectual Property Rights Law, Criminal Law and Information Technology Law. The research in law is multidimensional and interdisciplinary in character. The School of Law will provide academic support with experienced faculty that will facilitate the researcher to make significant contributions in his / her area of research.

The field of electrical and electronics engineering engages in the study and application of electricity, electronics and electromagnetism and has resulted in significant inventions ranging from the radio and television to laser and fiber optics. Graduates in electrical and electronics engineering are drivers of technological change and innovation in engineering-based industries. The B. Tech. degree course in Electrical and Electronics Engineering at the Alliance College of Engineering and Design, imparts to graduates a strong foundation in physical and mathematical sciences as well as computational methods related to electrical ciruitry. In addition to offering common core subjects, the course also covers basic concepts such as analog systems, digital systems, communication systems as well as advanced concepts such as signal and image processing, microwaves, antennas and propagation.

The Doctoral Program (Ph.D.) in Management offered by Alliance School of Business, Alliance University balances solid grounding in the fundamentals of the discipline with the flexibility to combine and create new knowledge that is derived from a doctoral student's research interest. Doctoral students are expected to pursue academically rigorous coursework and work independently on a research topic that develops and leads to the completion of a doctoral dissertation.

Doctoral students will be part of an intellectually-stimulating and demanding environment that requires participation in seminars, interactive discussions and workshops, which are delivered by research scholars, faculty and experts from the respective areas. Doctoral students are encouraged to develop original ideas, collaborate on research projects and present their work at major national and international conferences.

It is essential for a graduate of law to have a robust understanding of the social sciences. Law and social sciences share a strong mutual relationship. While a legal instrument is a mechanism to express the socio-economic and political will of the State, it is equally undeniable that the effectiveness of the legal system has a definite impact on the society. Hence a successful attorney should have a sound knowledge of the social sciences in order to appreciate how to use law as an instrument of social change. The B.A. LL. B. (Hons.) course at the Alliance School of Law includes Political Science, Sociology, Economics, and English subjects as minor areas of study to supplement the wide range of law subjects that its graduates are required to study.

The Master of Law degree course prepares graduates at the postgraduate level in legal principles, law, justice, and governance while building in them strong research acumen and subject-matter expertise in i) Constitutional and Administrative Law, ii) Corporate and Commercial Law, iii) Intellectual Property Law and iv) Criminal and Security Law. The pedagogy and learning delivery includes classroom training based on seminars, workshops and research-centric discussions in law.

Graduates in mechanical engineering are adept at designing innovations and technological advancements in the high technology areas of mechanical systems, robotics, nanotechnology and mechatronics, and are renowned for their generalist engineering expertise. Choosing and pursuing a degree course in mechanical engineering—one of the oldest and broadest engineering branches—provides graduates with an opportunity to acquire knowledge and expertise that can be applied to the various branches of engineering. At the Alliance College of Engineering and Design, the B. Tech. in Mechanical Engineering degree is crafted with a high emphasis on the design aspects of mechanical engineering: tool and die design, industrial robotics, gears and cams as well as oil hydraulics and pneumatics.

The Bachelor of Business Administration (Honours) course is designed to prepare young graduates to take up challenging careers in business and industry and equips them with required skill sets such as analytical, decision-making, technical, interpersonal and technological skills. It is strategically developed to ensure holistic development in graduates thus enabling them to succeed as professionals, while at the same time find fulfilment in their personal lives and be responsive to the demands of society in an ever-changing environment.

The course aims at

• Enabling students to acquire contemporary management ideas and concepts
• Developing the ability of students to apply such concepts to practical situations
• Providing a comprehensive learning experience, designed to educate the students about global business practices
• Facilitating learning through complementary networks of students, faculty and industry professionals

Course Pedagogy

Students differ in their individual learning styles, and each student possesses a unique combination of multiple intelligences. Our integrated teaching methodology nurtures a stimulating learning environment to encourage students to learn at higher levels. The delivery methodology is student-centered and includes active learning, inquiry, experiential learning, co-operative and participative learning activities. We focus on integration of knowledge, development of critical thinking, problem solving, and performance skills. Such a learning environment encourages the students to enjoy lessons, try out new things and to think creatively and independently. Our students thrive in a challenging academic atmosphere and enjoy the rich cultural life of the institute.

The B. Tech. degree course in Electronics and Communication Engineering at the Alliance College of Engineering and Design, imparts strong theoretical foundations and practical learning to its graduates on electronic devices as well as rigorous training in research, design and development of such devices, and their broad-based applications. The course offers a wide spectrum of elective subjects that cover the application of sophisticated and cutting-edge technologies for device design such as satellite transponder technology and signal processing chip technology. In addition to common core subjects offered in the course, other elective subjects aim to sharpen technical expertise in graduates on the recent advances and innovations in electronics and communication such as Sensor Networks; Wavelength Division Multiplexing (WDM); Wavelet Transformations; Digital Signal Processing (DSP); Data and Image Compressions; and Satellite Communication.