East West College of Engineering with prime moto to serve the best quality based on technical education and the campus is advantageously located in a well-known green city of Bengaluru and has an extensive vicinity of 5 acres of land surrounded with congeal and pleasant learning atmosphere. EWCE has five branches Aeronautical Engineering, Computer Science Engineering, Civil Engineering, Electronics & Communication Engineering and Mechanical Engineering with intake of 60 for each branch.The college strives to develop technical and professional skills as well as individual values that help to create a foundation for success, civic responsibility and life-long learning by EWCE (EMPATHY WISDOM COMMITMENT ENDURANCE). The excellent academic records of our students do not end with the results.They get translated into fruitful career in several corporate. A few others pursue entrepreneurship in family business. I have pleasure to inform that leading corporate in Bengaluru IT sectors like Infosys, Accenture, IBM, Aerospace companies, CMTI and many more have selected a sizable number of students. To enable placement as an ongoing process, the college initiated industry-institution interaction and collaboration with several firms to conduct company academic linkages. All the above achievement is because of our young and encouraging management trustee Mr. Tejas Kiran for his constant support for the placement and training activities. The programs we have designed address the lacking parameters in you, which need to be addressed in order to be successful. Our programs deeply analyze and help you understand your interests, what you are good at, your strength-weakness, etc. and accordingly provide, what exactly you need in order to reach better heights. The programs also include industrial exposures, internship opportunities, regular tests, placement assistance and much more, which help you to master the right skills to proceed in your career.
Computer science and Engineering mainly deals with computer hardware and software. It includes systems analysis & design application and system software design, programming and data center operations. The course also includes networking, database systems, information technology, interactive systems, and security.
Aeronautical engineering involves the mechanisms of a flying aircraft. It supports development of new technologies in aviation and defense systems. This field mainly consists of construction, designing, working, testing, operation, maintenance of space crafts, satellites, missiles, space vehicles, etc. The scope of Aeronautical Engineering is immense and growing at a rapid rate, which is focused on improving flight safety, fuel efficiency, speed and weight, as well as reducing system costs and using advanced technologies to meet customer needs.
Civil Engineering is a 'people serving profession' deals with the planning, design, construction, operation, maintenance of infrastructures such as buildings, highways, bridges, railroads, tunnels, dams and airports. Civil Engineering deals with solutions to problems involving traffic, water supply, sewer, flood control, and the environment. There are several areas in civil Engineering: structural, construction, geotechnical, traffic, water resources, urban planning, materials, and many other emerging areas.
Electronics is the technology concerned with the development and behavior of devices and circuits, which make use of electronic components such as transistors or silicon chips. Electronics engineering mainly deal with Design, develop, fabricate, maintain, supervise, and manufacture of electronic instruments/equipment in the area of computer applications, low power systems, control systems (from satellite tracking to domestic appliances), defense systems, medical equipments, radio and television and telecommunications.
Mechanical Engineering is concerned with the design, development, research, evaluation, manufacture, installation, testing, operation, maintenance and management of machines, mechanical and mechatronic systems, automated systems and robotic devices, heat transfer processes, thermodynamic and combustion systems, fluid and thermal energy systems, materials and materials handling systems, manufacturing equipment and process plant. The engineering field requires an understanding of core concepts including mechanics, kinematics, thermodynamics, materials science, and structural analysis.
The fields of Science and Engineering are interlinked. The subject Science generally means possessing knowledge that is sufficiently general, clearly conceptualized, carefully reasoned, systematically organized, critically examined, and empirically tested. Science explores the phenomena of nature and attempts to find the laws that govern them; Engineering attempts to use these laws of nature (already known) to replicate them in situations leading to usable end results; The educational objectives of the basic science is to impart science based engineering education to develop professional and engineering skills