IGNITION 2K18 NDT WORKSHOP AUTOTRIX-2017 NATIONAL SEMINAR ON MICRO MANUFACTURING Dept. of Mechanical Engineering celebrated Engineers Day  on 25-09-2017 U TOO CAN CLUB Celebrated National Sports Day on 29-08-2017 ANITS Team from Dept of MECH has won 1st prize in ELITE GO-KART Racing Prof. T.V.Hanumantha Rao <br> Principal Dr. B. Nagaraju <br> HOD of Mechanical Department Prof.D.Prasada Rao <br> Dean & Controller of Examinations 3D Printing CNC & 6 Axis Robot Metrology & Mechatronics Lab Heat and Mass Transfer Lab Strength of Materials Lab CAD Lab Fluid Mechanics & Machinery Lab Workshop Manufacturing Technology Lab Manufacturing Technology Lab

  • About Department
  • Vision and Mission
  • POs, PEOs, & PSOs
  • The Mechanical Engineering Department of ANITS was started in the academic year 2005-06 and offers courses of B Tech programme with an in-take of 240 and M Tech (Machine Design) with an in-take of 18. The department is presently having 51 highly qualified faculty members who are having rich academic and industrial experience. To make teaching and learning processes more effective, 1:15 faculty student ratio is being maintained in the department since inception. The department possesses best infrastructure facilities in various labs like Workshop, Strength of Material lab, Thermal Engineering lab, Industrial engineering lab, Metrology lab, Manufacturing Technology lab, Fluid Mechanics lab, CAD/CAM Lab, Heat transfer lab, Mechatronics Lab and Experimental stress analysis lab. To serve the student needs beyond curriculum and make them industry ready, additional experiments are being conducted in the labs and softwares were installed which are beyond the prescribed syllabus.

    The faculties strongly believe that for disseminating knowledge to the students and to make them abreast with latest developments, good research activities are the need of the day along with regular teaching. About 60 papers were published by the faculty in various international peer reviewed journals and Conferences in the last 2 years. Due to the subtle efforts of faculty and the infrastructure available, the department attracts students of good EAMCET ranks in this region. The academic performance of the students is also a matter of prestige to the department as it stands first amongst all the affiliated colleges of Andhra University on the basis of student pass percentage. Special impetus is given to students to improve their managerial skills. They are motivated to organize various events in the department by themselves which includes national seminars and technical symposiums. They are also encouraged to participate in various events organized by reputed colleges and have won many prizes every year bringing laurels to the department. To make the students aware of latest technologies and also industrial needs, guest lectures by eminent persons from academics and industry, industrial visits etc., are being organized regularly in the department. Apart from this, Mechanical Engineering department has started various student chapters such as ISHRAE {Indian Society for Heating, Refrigerating and Air Conditioning Engineers} IE chapter, COMSOI chapter and entrepreneurship development cell (EDC) which organizes various training programs to enhance career prospects of students.The department has various student clubs i.e., Society of Automotive Engineers (SAE) Collegiate Club, CYBORG Robotics club and U2CAN student activity club.ANITS Department of Mechanical Engineering is recognized as Pollution testing centre by govt of Andhra Pradesh.


    ANITS, Mechanical Department envisages to become a premier centre of learning for knowledge seekers with state of art laboratories, research facilities and highly competent luminaries in the faculty ranks.


    To make our students competent and build their career upon a solid foundation of knowledge.To make our students future leaders for industry, academia and society whose ideas are based on fundamental knowledge, analytical skills, creativity and ethics.


    1 To enable the students to address the challenges faced in mechanical and other allied streams with a solid foundation on the principles of mechanical engineering, mathematics, sciences and with good knowledge in modern computational, analytical and simulation tools and techniques.
    2 To educate the students to design, construct, manage and develop mechanical engineering systems with a research orientation, in a way such that the systems are strong technically, viable economically and accepted socially to enhance quality of life.
    3 To enable the students to communicate effectively to excel in their profession, pursue life-long learning, good at teamwork and adhere to ethics to achieve their career and organizational goals


    1 The student will be able to design, develop and fabricate working models in the areas of Automobile engineering, Mechanisms and Thermal engineering and analyse their functioning. Further analyse thermal systems and perform finite element /CFD analysis of Engineering systems.
    2 The student will be able to develop composites using Nano materials and test their characteristics, perform experimentation on alternate-fuels and further apply optimization techniques for various engineering problems


    1 Apply the knowledge of mathematics, science, engineering fundamentals to solve complex mechanical engineering problems.
    2 Attain the capability to identify, formulate and analyze problems related to mechanical engineering with authentic conclusions.
    3 Design mechanical system components and processes in the fields such as thermal, manufacturing, industrial and mechanical design with a contemplation on issues concern to the society such as environment, public health and safety.
    4 Employ the knowledge and apply research methodology for design, analysis and experimentation to provide valid conclusions.
    5 Select and apply appropriate and latest technological and software tools for problem solving in Mechanical engineering systems with an understanding of their limitations.
    6 Carry out their professional practice by evaluating various societal issues with good reasoning blended with knowledge.
    7 Apply the knowledge of engineering for eco-friendly and sustainable growth in the prospect of limited resources available for mankind.
    8 Transform into responsible citizens by adhering to professional ethics and norms of engineering practice.
    9 Function effectively in individual capacity as well as a team member in diverse and multidisciplinary streams.
    10 Communicate effectively on various technological aspects with the engineering community and society at large.
    11 Apply knowledge of engineering, management and financial principles to manage projects in multidisciplinary environments.
    12 Realize and engage themselves in life-long learning to be abreast with technological changes and enhancing skills set.