Overview:

Advanced Diploma in Mechanical Engineering Services (ADMES), offered by the National Council of Training Academy, is a comprehensive one-year course designed to equip students with advanced knowledge and practical skills in mechanical engineering services. This program focuses on key areas such as mechanical systems design, maintenance, and troubleshooting, along with the operation of industrial machinery and equipment.

Throughout the course, students will gain hands-on experience in the management of mechanical projects, the use of engineering software, and the application of industry standards in mechanical engineering practices. Emphasizing both theoretical and practical learning, the ADMES course prepares students for challenging roles in various sectors, including manufacturing, construction, automation, and HVAC services.
By the end of the program, students will be proficient in mechanical system analysis, problem-solving, and the implementation of efficient engineering solutions. This advanced diploma opens up numerous career opportunities in both technical and managerial positions within the field of mechanical engineering.

Objectives:

Advance Diploma in Mechanical Engineering Services (ADMES) equips students with advanced knowledge and practical skills in mechanical systems design, maintenance, troubleshooting, project management, and industry standards, preparing them for leadership roles in mechanical engineering services.

Course Curriculum:

Advance Diploma in Mechanical Engineering Services (ADMES) offers a comprehensive one-year program that covers essential mechanical engineering concepts, practical skills, and industry standards. The curriculum is designed to equip students with advanced knowledge and hands-on experience in mechanical systems and engineering services. Below is the detailed curriculum:

1. Machine Design:
   1. Principles of machine design and the process of creating mechanical systems.
   2. Design analysis of gears, bearings, shafts, and power transmission systems.
   3. Study of material selection and stress analysis in machine components.
       
2. Engineering Mechanics:
   1. Understanding forces, motion, and equilibrium in mechanical systems.
   2. Application of mechanics in the analysis of structures, machines, and materials.
   3. Study of kinematics, dynamics, and statics in engineering applications.
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3. Workshop Technology:
   1. Introduction to various manufacturing processes such as casting, welding, machining, and forming.
   2. Study of tools, equipment, and techniques used in the mechanical workshop.
   3. Safety protocols and quality control measures in workshop operations.
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4. Engineering Drawings:
   1. Principles of technical drawing and the creation of detailed mechanical drawings.
   2. Use of drawing standards, symbols, and conventions in engineering design.
   3. Reading, interpreting, and creating blueprints and schematics for mechanical systems.
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5. Basic Workshop:
   1. Hands-on experience in using basic workshop tools and equipment.
   2. Training in the basic operations of turning, milling, grinding, and drilling.
   3. Focus on precision, safety, and best practices in workshop operations.
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6. Technical Documentation:
   1. Study of documentation practices in engineering projects.
   2. Creation of reports, manuals, and specifications for mechanical systems and projects.
   3. Emphasis on clear communication of technical information and documentation standards.
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7. Electrical Technology:
   1. Basic principles of electrical circuits and components.
   2. Study of electrical systems used in mechanical engineering applications.
   3. Introduction to power generation, distribution, and control systems in engineering.
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8. Practical:
   1. Hands-on training in various mechanical systems and their components.
   2. Application of theoretical concepts in real-world scenarios and projects.
   3. Emphasis on practical troubleshooting, testing, and maintenance techniques.
       

Career Opportunities:

Upon completing the Advance Diploma in Mechanical Engineering Services (ADMES), graduates have a wide range of career opportunities in various sectors. They can pursue roles such as:

• Mechanical Engineer: Designing, analyzing, and improving mechanical systems and components in industries like manufacturing, automotive, and aerospace.
   
• Maintenance Engineer: Managing the maintenance of mechanical equipment and machinery in factories, plants, and large-scale industrial operations.
   
• Machine Design Engineer: Specializing in designing and optimizing machines, tools, and mechanical systems used in manufacturing and production.
   
• Workshop Supervisor: Overseeing the operations of mechanical workshops, ensuring safety, quality control, and smooth workflow in manufacturing processes.
   
• HVAC Engineer: Working in the heating, ventilation, and air conditioning sector, designing and maintaining systems for commercial and residential buildings.
   
• Production Engineer: Focusing on the efficiency, quality, and automation of production lines in factories, plants, and industries.
   
• Project Manager: Managing mechanical engineering projects, ensuring deadlines, budgets, and project specifications are met.
   
• Technical Consultant: Providing expertise in mechanical systems, design, and troubleshooting to industries and organizations.
   
• Automobile Engineer: Specializing in the design, repair, and maintenance of automotive systems and vehicles.
   

Salary Expectations:

After completing the Advance Diploma in Mechanical Engineering Services (ADMES), salary expectations vary depending on the role and experience. Entry-level positions like mechanical engineers earn INR 3 to 5 lakh per year, while roles such as maintenance engineers, machine design engineers, and HVAC engineers can earn INR 3.5 to 7 lakh per year (USD 4,300 to 8,600). Experienced roles like project managers or technical consultants can earn INR 5 to 9 lakh per year (USD 6,100 to 11,100). Salary increases with experience and additional certifications.