Management Quota B.Tech Admission in MIT Manipal

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About MIT

Management Quota B.Tech Admission in MIT Manipal. Manipal Engineering College (MEC) was inaugurated on 11 May 1957 by the then Chief Minister of Mysore, S. Nijalingappa.^[4][5] The first President of the college was Roque Fernandes. In the initial months, lectures were held at the Kasturba Medical College, Manipal campus before the infrastructure was ready at its present campus towards the end of 1957. The institute started with 25 staff members and an annual intake of 120 students for undergraduate courses, on a campus of 180 acres (0.73 km²).

Rating and ranking

Ranked top five among the private engineering colleges in India
Rated as an A+ category institute by the MHRD, India
Hostel facilities are rated as the best in the country
Over 6500 students from all across the country
Wi-Fi-enabled campus
World-class sports facilities- Marena indoor sports complex
Easy availability of the best healthcare facilities for all students
State-of-the-art audio-visual teaching facilities
Thrust on research and entrepreneurship through Innovation Centre (MUTBI).

It also has

Excellent placement and industrial liaison activities
Green residential campus with over 7500 students and 500 faculty
Active technical and non-technical student clubs
Practice school & international student exchange programs.

Management Quota B.Tech Admission in MIT Manipal

Course Offered

BTech in CSE

B.Tech. in Computer Science & Engineering (CSE) involves the science and technology to design and develop systems as well as applications. Emphasis is given to applying mathematics and the principles of computing to solve engineering problems. The curriculum offers subjects such as big data analytics, machine learning, cryptography, artificial intelligence, the internet of things, and high-performance computing to keep them in sync with advances in technology and prepare them for lifelong learning. The curriculum is designed to provide flexibility for students to opt for minor specialization offered by the department and online courses by reputed international universities. CSE graduates cater to the needs of most industries, including software, healthcare, communications, manufacturing, and automobile to name a few.

The list of minor specializations offered by BTech CSE

· Computer Graphics & Visualization

· Computational Intelligence

· Computer Networks and Security

· Data Analytics

· Material Science

· Business Management

· Computational Mathematics

BTech Mechanical Engineering

BTech Mechanical Engineering (ME) is a four-year undergraduate engineering degree course offered by the Department of Mechanical and Industrial Engineering. This course aims to prepare students to apply the laws and principles of science and mathematics to analyze, maintain and design and manufacture mechanical systems. The program offers subjects such as Kinematics & Dynamics of Machinery, Thermodynamics, Material Science and Metallurgy, Mechanical Design, Computer-Aided Design & Manufacturing, Fluid Mechanics & Machineries, Finite Element Method, Heat Transfer, etc. along with a great choice of program electives to strengthen the Mechanical Engineering Knowledge of the students. The labs with high-end software and advanced machinery keep students in sync with technological advances and prepare them for lifelong learning.

Civil Engineering

The graduates of Civil Engineering degrees play a vital role in fulfilling societal infrastructural needs and demands. India being a developing country and one of the fastest-growing economies has created wide scope for civil engineers. The Civil Engineering degree course at MIT Manipal focuses on planning and designing of industrial and residential buildings, hydraulic structures, water supply and sanitation systems, and transportation infrastructure. After the successful completion of the course, graduates have wide opportunities to work in private and public sectors and industries (L & T, GMR, HCC, etc.). Graduates also have the scope for pursuing higher studies and research.

Information Technology

B. Tech. in Information Technology aims at providing a strong foundation for students aspiring for a career in the field of the software industry and IT-enabled service industry. The curriculum is designed to provide flexibility for students to opt for minor specialization offered by the department and online courses by reputed international universities

Chemical Engineering – Overview

The Bachelor of Technology in Chemical Engineering program is designed to impart both theoretical and experimental knowledge and the curriculum includes

Chemical engineering laboratories with sophisticated equipment.
A computer lab with software such as ASPEN PLUS, MATLAB, JMP, AutoCAD, etc.
Regular guest lectures by professionals.
IAESTE technical training program in which students visit countries like the USA, Germany, Poland, Turkey, Spain, Denmark, and many more.

Biomedical Engineering

Minor Specializations

The BTech program in Biomedical Engineering offers minor specializations in

Biomaterials
Signal & Image Processing
Material Science
Business Management
Computational Mathematics

The Bachelor of Technology Biomedical program at MIT has the following benefits.

Several new courses and laboratories have been introduced over the past 5 years to pull the program close to international standards. Examples include the introduction of new courses such as Object-Oriented Programming, Microcontrollers, Embedded Systems, Tissue Engineering, and Signal and Image Processing Laboratory in MATLAB.
A separate laboratory facility has been for research and development.
Well-equipped laboratories: Instrumentation lab, Electronics lab, Computing Lab, Research lab (which includes the Physiological Signal Acquisition Lab, and Biomaterials and cell culture lab).
The core subjects have practical sessions so that students can have hands-on experience.
Industrial training is a part of the curriculum.
The final semester project is a major opportunity for the student to utilize the subject knowledge accumulated during the course, learn to work independently, involve in R&D activity, and innovate.

Some of the major companies that have hired students from the department include Baxter, Siemens Helathineers, Medtronic, Infosys, Cerner Healthcare, Wipro Biomed, GE Healthcare, Accenture, Deloitte, Teach nook, Boston Consulting, Verzeo, Lead Squared

Electronics and Communication Engineering

The undergraduate engineering course equips students with knowledge in the fields of Signal and Image Processing, Analogue and Digital VLSI, MEMS, and Nanotechnology, Wireless, and Fibre Optical Communication, Embedded System Design, and Application, and Information Theory Coding. The 4-year course consists of, in brief, 15 Core Subjects; 7 Program Electives; 2 Management Subjects; 8 Laboratory Courses; 4 Open Electives; Industrial Training, & Project Work. Students can choose from a bucket of minor specializations as a part of their program electives. Industrial training is a part of the curriculum where students have to work in an industry that is related to their area of interest for a minimum period of 4 weeks. Essentially, this gives them exposure to the technology in practice and the industrial environment.

Seminars included in the curriculum help them to experience self-learning and develop communication and interpersonal skills.
Various clubs operated at the department level train the students on various aspects related to industrial requirements such as technical projects and opportunities to participate in competitions.
Research activity in the department encourages them to innovate and lifelong learning.
Workshops & conferences held at the department and institution level provide them with relevant exposure.