Bachelor Of Technology in Information Technology (Lateral)

at Alliance University India

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.

Aerospace engineering has emerged as a field that focuses on using materials, structures, thermodynamics and control towards enhancing human mobility. Aerospace engineers, who specialize in areas such as structural design, propulsion, navigation and control, instrumentation, and propulsion communication—develop new technologies used in aviation, space exploration and defense systems. The B. Tech. degree course in Aerospace Engineering at the Alliance College of Engineering and Design, ensures that its graduates not only have a strong theoretical foundation but receive relevant practical experience through its advanced testing, simulation, and workshop and laboratory based learning. Aligning to industry demands, the course also offers emerging subjects such as satellite communication, hardware-software integration and the use of computer-based tools that assist in solving engineering problems.

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.

The course is aimed at preparing young graduates to take up challenging careers and equips them with required skill sets such as analytical, decision-making, social and technological skills. It is designed to ensure holistic development in graduates thus enabling them to succeed as professionals, while at the same time find fulfilment in their personal lives. The overall objective of the course is to prepare young professionals to be responsible and responsive to the demands of society in an ever-changing environment.

Students differ in their individual learning styles, and each student possesses a unique combination of multiple intelligences. Our integrated teaching methodology encourages and stimulates critical thinking, leadership qualities and entrepreneurial spirit. With a student-centric approach that includes active learning, inquiry, experiential learning and co-operative activities, we focus on integration of knowledge with a development of problem solving and performance skills in our graduates enabling them to thrive in their areas of interest.

The B. Tech. degree course in Information Technology at the Alliance College of Engineering and Design focuses on developing its graduates into professionals and domain specialists in the area of information technology management, which it achieves by blending the application functionalities of software project management with software systems audit as applied to diverse programming paradigms. Apart from common core subjects, graduates also study elective subjects that deepen their expertise in the development of application software deployed across organizations to integrate and converge diverse processes: enterprise-wide applications; automation and system audit; and security management. In addition, graduates in the course are proficient in the applications of emerging technologies such as content management solutions, strategic computing, web engineering techniques, semantic web techniques as well as in other related areas such as cyber laws and ethics.

Work Integrated M. Tech. Program is a unique outcome-based learning program. Students not only earn while they learn, graduate with an M. Tech. Degree but also gain deep knowledge in specialized areas with 24 months of hands-on work experience.

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.

Aerospace engineering has emerged as a field that focuses on using materials, structures, thermodynamics and control towards enhancing human mobility. Aerospace engineers, who specialize in areas such as structural design, propulsion, navigation and control, instrumentation, and propulsion communication—develop new technologies used in aviation, space exploration and defense systems. The B. Tech. degree course in Aerospace Engineering at the Alliance College of Engineering and Design, ensures that its graduates not only have a strong theoretical foundation but receive relevant practical experience through its advanced testing, simulation, and workshop and laboratory based learning. Aligning to industry demands, the course also offers emerging subjects such as satellite communication, hardware-software integration and the use of computer-based tools that assist in solving engineering problems.

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 B. Tech. degree in Computer Science and Engineering at the Alliance College of Engineering and Design, apart from offering common core subjects, extends to its graduates the flexibility to select from a wide range of elective subjects, which enables them to gain domain knowledge and practice-oriented learning in the key aspects of computer science and engineering—as well as newer academic insights into the salient advancements and emerging technologies.

Electives thus offered aim at equipping graduates with the skills and expertise required to design and develop computer software that is applied to diverse system-based environments; computing solutions for optimizing and enhancing the performance of systems; and computers to solve challenges in areas such as robotics, computer vision, digital forensics, image processing and pattern recognition techniques, machine learning, and protocol verification techniques.