0480 2744 500/ 01/ 02/ 03
Fax : 0480 2744 504
axiscet@gmail.com

College Toppers

  • Akshaya T.S
    2011-2015 / EEE
    CGPA:
    8.39
    Amrutha Paul
    2011-2015 / EEE
    CGPA:
    8.07
  • Joffon.C.Francis
    2011-2015 / EEE
    CGPA:
    8.05
    Vrinda. P
    2011-2015 / ECE
    CGPA:
    8.21
  • Sruthi V
    2011-2015 / ECE
    CGPA:
    8.14
    Jesna Jacob
    2011-2015 / ECE
    CGPA:
    8.09
  • Ambily K
    2011-2015 / CE
    CGPA:
    8.43
    Athira Muralidaran
    2011-2015 / CE
    CGPA:
    8.04
  • Surabhi M.S
    2011-2015 / CE
    CGPA:
    8.04
    Sreerakh P.R
    2011-2015 / ME
    CGPA:
    8.8
  • Midhun Subramanian
    2011-2015 / ME
    CGPA:
    8.79
    Krishnaprasad.K
    2011-2015 / ME
    CGPA:
    8.21

2017 Admission

Our Courses

  • B-Tech Courses

    CE - (120 seats)
    ME - (120 seats)
    ECE- (60 seats)
    EE - (60 seats)
    CSE - (60 seats)

  • M Tech Course

    Structural Engineering - (18 seat)
    Embedded System - (18 seat)

Embedded Systems

Embedded Systems industry is in high requirement for people having fundamental knowledge in this technology and skilled in the latest technologies vi’s-à-vi’s CAN, USB and Ethernet. People with good knowledge in a wide variety of processor platforms including Intel x51, Microchip PIC, Atmel AVR and ARM are in high demand.

This training program will make the trainees proficient in the latest technologies and bridge the vast technical gap that persists in academics. Thereby making the trainees proficient, competent and eligible for any Embedded System Development industry.

The contents delivered in this training program ranges from basic micro-controllers to advanced micro-controllers and Digital signal processors to Real-Time Operating Systems.

Placement chances are very high.

STRUCTURAL ENGINEERING

Structural engineering is a field of engineering dealing with the analysis and design of structures that support or resist loads.

Structural engineers are most commonly involved in the design of buildings and large non-building structures, design of machinery, medical equipment, vehicles or any item where structural integrity affects the item's function or safety. Structural engineers must ensure their designs satisfy given design criteria, predicated on safety or serviceability and performance.

Structural engineering design utilizes a number of simple structural elements to build complex structural systems. Structural engineers are responsible for making creative and efficient use of funds, structural elements and materials to achieve these goals.

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