Polytechnic ME

Diploma in Mechanical Engineering (DME)

Diploma in Mechanical engineering is a discipline of engineering that applies the principles of physics and material science for analysis, design, manufacturing, and maintenance of mechanical systems. Here students learn about the techniques and technologies involved in the industry with special emphasis on motors, structures, control plants, vehicles, etc. The course will also give aspirants a deeper understanding of concepts such as mechanics, kinetics, hydraulics, energy and vitality. At Acharya Polytechnic, students are given the opportunity to sharpen their skills and understanding of the domain through several co-curricular activities. We conduct regular industrial visits and seminars with prominent industry figures as resource personals. Our collaborations with international universities have also opened the window for students to interact with professors from international universities. Diploma holders can have their own small scale industry or work in the many industries that require the services of mechanical engineering, this includes robotics, automobile, aerospace, etc.


Duration : 3 Years

Eligibility :Pass in SSLC / 10th / HSC or equivalent from any recognized Board or Council with an aggregate of 35%.

Career Scope

  • Mechanical engineering encompasses a broad field of inter-disciplinary studies including major aspects of power generation, transportation, aerospace technology, and construction. This field of engineering is the oldest and broadest of all engineering fields and the job prospects
  • Mechanical Engineering Department was established in the year 1995 and affiliated to DTE
  • Laboratories in the department are well equipped to facilitate the conduction of experiments prescribed in the curriculum and also to carry out the research work
  • The department is continuously organizing the industrial visits, seminars, technical talk and placement training for the benefits of the students

  • Core Knowledge: Our graduates apply the principles of Electronics and mathematics to solve real world problems
  • Breadth: Our graduates exhibit depth of skills and knowledge in Mechanical Engineering issues and they apply them to product design
  • Professionalism: Our graduates exercise excellent leadership qualities at levels appropriate to their experience, which addresses issues in a responsive and ethical manner
  • Learning environment: Our graduate is provided with an academic environment needed for lifelong learning for professional career

  • Basic knowledge Apply knowledge of basic mathematics, science and Mechanical Engineering to solve engineering problems
  • Discipline knowledge Apply mechanical engineering knowledge to solve specific core and /or applied engineering problems
  • Experiments and practice Plan and perform experiments and continue to use the results to solve mechanical engineering problems
  • Engineering Tools Apply appropriate technologies and tools in solving mechanical engineering problems
  • The engineer and society Understand and assess societal problems like health, safety, legal and cultural issues and its consequences on the society while solving mechanical engineering problems
  • Environment and sustainability Understand the impact on society and environment while giving mechanical engineering solutions and demonstrates a sustainable development
  • Ethics Practice and apply ethical principles and commit to professional ethics, responsibilities and norms of mechanical engineering practices
  • Individual and team work Function effectively as an individual and as a member or leader in diverse multidisciplinary teams
  • Communication Communicate effectively as an engineer
  • Life-long learning Recognize the need and engage in lifelong learning in the context of changing technology


  • To offer quality technical education through innovative methods in teaching and learning that emphasizes modern engineering skills and multi-disciplinary approaches
  • To meet the challenges of modern science and technology, through continuous improvement in teaching methodologies, which enable students to gain a thorough knowledge of Mechanical Engineering
  • To facilitate faculty development through continuous improvement and training programs