Best Diploma in Mechanical Engineering Colleges in Bangalore - Acharya

Diploma in Mechanical Engineering is a discipline of engineering that applies the principles of physics and material science for the 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, considered the top mechanical polytechnic college in Bangalore, 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 persons. Our collaborations with international universities have also opened the window for students to interact with professors from abroad.

Program Highlights

• Basic and advanced mathematics relevant to mechanical engineering applications
• Principles of physics with a focus on applications in mechanical engineering
• Statics and dynamics of particles and rigid bodies, equilibrium, and basic principles of mechanics
• Properties, behavior, and selection of materials used in mechanical engineerin
• Study of energy and its transformations, heat transfer, and thermodynamic cycles

Career Scope

Diploma in Mechanical Engineering opens up a range of career opportunities in diverse industries due to the broad and versatile nature of mechanical engineering. Here are some common career paths and potential job roles for individuals with a Diploma in Mechanical Engineering:

• Mechanical Designer
• Mechanical Technician
• Manufacturing Technician
• Quality Control Inspector
• Automotive Technician
• HVAC Technician
• Tool and Die Maker

Program outcome

• 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