Top Engineering Colleges in Bangalore

Let’s explore the different branches of Engineering:

Mechanical Engineering:   To put it simply, mechanical engineering is the study of how everything functions, from the biggest spacecraft to the smallest microparticle to the human body, which is one of our most intricate machinery. It is the most comprehensive of all engineering specialties.

Electrical Engineering: The study and application of electricity, electronics, and electromagnetic are the main areas of concentration for electrical engineering. It covers topics including signal processing, telecommunications, control systems, and power generation and distribution.

Civil Engineering: Planning, designing, constructing, and maintaining infrastructure projects like buildings, roads, bridges, dams, and water supply systems are all part of civil engineering. It includes some sub-disciplines, including environmental, geotechnical, transportation, and structural engineering.

Chemical Engineering: Chemical engineering is the design and management of processes for the synthesis of chemicals, fuels, medicines, and materials using the concepts of chemistry, physics, biology, and mathematics. It covers topics like process design, transport phenomena, and reaction engineering.

Aerospace Engineering: Design, development, and testing of aircraft, spacecraft, and related systems are the main areas of concentration for aerospace engineering. It covers the avionics, propulsion, constructions unique to aeronautical vehicles, and aerodynamics.

Computer Engineering: To build and create computer hardware and software systems, computer engineering integrates the ideas of electrical engineering and computer science. It covers topics including software engineering, embedded systems, computer architecture, and digital systems.

Environmental Engineering: By using engineering concepts, environmental engineering works to safeguard and enhance the quality of the environment. It covers topics including solid waste management, air pollution control, water and wastewater treatment, and environmental impact assessment.

Biomedical Engineering: Biomedical engineering is a field that combines engineering and biological concepts to create solutions for medical and healthcare problems. It covers topics including biomaterials, biomechanics, medical imaging, and medical device design.

Artificial Intelligence Engineering: Deep learning, computer vision, robotics, data mining, neural networks, machine learning, and natural language processing are just a few of the many subjects that are usually included in the curriculum. In addition, students study statistics, mathematics, programming languages (such as Python, Java, or C++), algorithms, and the fundamentals of software engineering.

Industrial Engineering: The primary goal of industrial engineering is to increase production and efficiency by improving intricate systems and processes. It includes topics including supply chain management, operations research, manufacturing systems, and quality control.

Information Technology Engineering: A wide range of information technology-related topics are usually included in the curriculum, such as system administration, programming languages, database management systems, computer networks, Bangalore being the Silicon Valley of India hosts many Top Engineering Colleges in Bangalore. Ranging from Mechanical to Civil Engineering the city has a plethora of colleges allowing students to select based on their interest.

Here is the list of Top Engineering Colleges in Bangalore

• Akash Group of Institutions
• Christ University
• MS Ramaiah Institute of Technology (MSRIT)
• BMS College of Engineering
• RV College of Engineering
• Dayananda Sagar College of Engineering
• Acharya Institute of Technology(AIT)
• New Horizon College of Engineering
• RV Institute of Technology and Management
• RR Institute of Technology
• PES University
• East West Institute of Technology
• Nitte Meenakshi Institute of Technology

Salary after completion of engineering

The average salary of an engineering graduate ranges from 3 LPA-6 LPA in the entry-level. The salary also depends on factors like the branch of engineering, the specialization, the college of graduation, experience, and skills, and the location of the job.

Placement after engineering

• Most of the colleges offer campus placement after graduation.
• The placement also depends on the industry's demands. Sectors like Communication Engineering, formation technology (IT), software development, electronics, telecommunications, manufacturing, automotive, and aerospace are some of the sectors that frequently recruit engineering graduates in India.
• The major employers of engineering graduates in India are the IT and the Software industry.
• Start-ups and entrepreneurs also hire engineering graduates.
• The degree allows the candidate to work in different fields.

Engineering Syllabus

First-Year Common Subjects:

• Mathematics
• Physics
• Chemistry
• Engineering Drawing/Graphics
• Basic Electrical Engineering
• Basic Electronics Engineering
• Basics of Computer Science and Programming
• Engineering Mechanics
• Environmental Studies

Core Engineering Subjects:

• Engineering Mathematics (Advanced)
• Engineering Physics
• Engineering Chemistry
• Engineering Mechanics
• Basic Electrical Engineering
• Basic Electronics Engineering
• Engineering Graphics

Elective Subjects:

• Artificial Intelligence and Machine Learning
• Robotics and Automation
• Renewable Energy Systems
• Internet of Things (IoT)
• Big Data Analytics
• Cybersecurity

Project Work:

• In the final year of the course, students should work on various projects depending on the field of their specialization.

Masters of Technology (M. Tech)

A Master of Technology, or M. Tech, is a postgraduate degree granted to individuals who have successfully finished an engineering or technology program. Usually a two-year course, it expands on the fundamental knowledge students learn during their undergraduate engineering.

M. Tech programs focus on understanding a particular field of engineering or technology, together with improved academic knowledge and practical abilities. These programs prepare graduates for leadership roles in industry, research, academia, or entrepreneurship studies by providing chances for in-depth study, research, and professional growth.

Important Features of the M. Tech Programme

Specialization: Students enrolled in M. Tech programs can choose to focus on any branch of engineering or technology, including computer science, mechanical electrical, civil, aerospace, and chemical engineering. Based on their hobbies, professional aspirations, and the particular requirements of the industry, students might select a specialization.

Curriculum: A core course, an elective course, seminars, and a research or project are usually included in an M. Tech program's curriculum. Core courses give students extensive knowledge in the specialization they have selected, while elective courses let them customize their education to fit their interests and professional goals.

Research: Students in many M. Tech programs are required to work with a faculty advisor to guide them through a research project or thesis. Students can investigate cutting-edge subjects in their profession, further knowledge, and hone their critical thinking and problem-solving abilities through the research component.

Practical Experience: To improve students' technical proficiency and real-world experience, M. Tech programs frequently incorporate hands-on projects, laboratory work, and practical instruction. This experiential learning component helps graduates apply theoretical principles to real-world challenges and gets them ready for the demands of the workplace.

Career Opportunities: M. Tech program graduates are qualified for jobs in business, academia, government, research and development, and consulting, among other fields. Depending on their area of expertise and interests, they might work as engineers, researchers, project managers, consultants, instructors, or business owners.

List of Top M. Tech Colleges in Bangalore

• Christ University
• MS Ramaiah University of Applied Sciences – Bangalore
• Dayananda Sagar College of Engineering
• Jain University
• PES University
• New Horizon College of Engineering
• Acharya Institute of Technology(AIT)
• SEA College of Engineering and Technology

B. E/ B. Tech Lateral Entry

The term "B.E./B.Tech lateral entry" describes a route that allows students to enroll straight into the second or third year of a program leading to a bachelor's degree in engineering or technology. Students who have finished their first year of engineering at another university or college, or who have obtained a diploma in engineering or a similar discipline from an accredited institution, are eligible to pursue this pathway.

Eligibility: In order to be qualified for lateral entry into a B.E./B. Tech program, candidates must fulfill the requirements set forth by the specific college or university. Typically, applicants must have earned a minimum proportion of marks (typically 60% overall) in a three-year engineering or technology diploma. Candidates may also need to pass an entrance exam or interview to be admitted to some universities.

Curriculum: Lateral entry students usually enroll directly in the second or third year of the B.E./B.Tech program, avoiding the first-year courses that they have already completed for their diploma. They will study the remaining subjects needed to earn a B.E./B. Tech degree and be incorporated into the normal program.

Benefits: Diploma holders can pursue higher education and obtain a bachelor's degree in engineering through lateral entrance into a B.E./B.Tech program. It offers the chance for professional growth, specialization in a particular engineering area, and improved employment opportunities in the sector.