M.Voc in Production: Tool and Die Manufacturing

About the Program

A Master of Vocational (M.Voc) in Production with a specialization in Tool and Die Manufacturing is a postgraduate program designed to provide advanced knowledge and skills in the production and maintenance of tools, dies, and molds used in various manufacturing processes. This program combines theoretical learning with practical applications to prepare students for specialized roles in the production and manufacturing industries.

Eligibility Criteria of M.Voc in Production- Tool and Die Manufacturing

Educational Qualification A Bachelor's degree in Mechanical Engineering, Production Engineering, Manufacturing Engineering, or a related field.

Some institutions may accept candidates with a degree in other engineering disciplines if they have relevant experience or coursework in manufacturing processes.

Minimum Marks: Typically, candidates should have a minimum of 50% to 60% aggregate marks in their undergraduate degree.

Entrance Exams Some institutions may require candidates to pass an entrance exam or interview as part of the admission process.

Why Study for  M.Voc in Tool and Die Manufacturing?

Specialized Knowledge Gain in-depth knowledge of the design, production, and maintenance of tools and dies, which are critical components in manufacturing processes.

Industry Demand The demand for skilled professionals in tool and die manufacturing is high due to the critical role these components play in various industries, including automotive, aerospace, and electronics.

Career Opportunities: Opens up diverse career paths in manufacturing, production management, and quality control, among others.

Technological Advancement Learn about the latest technologies and techniques in tool and die manufacturing, such as computer-aided design (CAD) and computer numerical control (CNC) machining.

Admission Process of M.Voc in Production- Tool and Die Manufacturing

Application: Submit an application form either online or offline, depending on the institution’s process.

Entrance Exam/Interview: Some institutions may require candidates to pass an entrance exam or interview.

Document Submission: Provide required documents such as academic transcripts, degree certificates, and proof of experience (if applicable).

Selection: Based on academic performance, entrance exam results, and interview performance.

How To Apply for M.Voc in Production- Tool and Die Manufacturing

Research Institutions Identify universities or colleges offering the M.Voc in Tool and Die Manufacturing.

Prepare Documents: Gather necessary documents including academic records, ID proof, and a resume.

Submit Application: Fill out and submit the application form as per the institution’s requirements.

Attend Entrance Exam/Interview: Prepare for and attend any required entrance exams or interviews.

Check Admission Status: Monitor the application status and respond to any additional requirements.

Job Profiles of M.Voc in Production- Tool and Die Manufacturing

Tool and Die Designer Designing and developing tools, dies, and molds for manufacturing processes.

CNC Machinist Operating and programming CNC machines for precision tool and die production.

Tooling Engineer Managing and optimizing the production and maintenance of tools and dies.

Quality Control Inspector Ensuring that tools and dies meet required standards and specifications.

Manufacturing Supervisor Overseeing the production process, ensuring efficient and accurate tool and die manufacturing.

Career Options for M.Voc in Production- Tool and Die Manufacturing

Tool Designer Designing tools and dies for various manufacturing processes.

Manufacturing Engineer Overseeing the production and quality of tools and dies.

Tool and Die Maker Producing and assembling tools and dies according to design specifications.

Maintenance Engineer Maintaining and repairing tools and dies to ensure optimal performance.

Production Manager Managing production processes, including the manufacturing of tools and dies.

Future Scope of M.Voc in Production- Tool and Die Manufacturing

Industry Growth The manufacturing industry continues to grow, increasing the demand for skilled professionals in tool and die manufacturing.

Technological Advancements Continuous advancements in technology, such as automation and additive manufacturing, offer new opportunities in the field.

Specialization Opportunities to specialize in areas such as aerospace, automotive, or medical device manufacturing.

Global Opportunities Opportunities to work in various international markets and industries.

Syllabus for M.Voc in Production- Tool and Die Manufacturing

Semester 1

Introduction to Tool and Die Manufacturing

Fundamentals of tool design and manufacturing

Types of tools and dies

Applications in various industries

Materials for Tool and Die Making

Properties of tool steels and other materials

Heat treatment and material selection

Computer-Aided Design (CAD) for Tool Design

Introduction to CAD software

Designing tools and dies using CAD

3D modeling and simulation

Manufacturing Processes

Machining processes (turning, milling, drilling)

Fabrication techniques

Introduction to CNC machines

Semester 2

Advanced Tool Design

Design principles for complex tools and dies

Tolerance and fits

Design optimization

Tool Maintenance and Repair

Techniques for tool maintenance

Troubleshooting and repair methods

Preventive and predictive maintenance

Manufacturing Technology

Advanced manufacturing techniques

Injection molding and stamping

Quality control and assurance

Project Management

Basics of project management

Scheduling, budgeting, and resource management

Project planning and execution

Semester 3

Specialized Tool and Die Applications

Custom tools and dies for specific industries (automotive, aerospace, etc.)

Case studies and industry applications

Research Methodologies

Research methods and techniques

Data analysis and interpretation

Preparing for thesis or major project

Industry Internship

Practical experience in a manufacturing or tool and die shop

Application of theoretical knowledge in real-world settings

Design and Manufacturing Integration

Coordination between design and manufacturing processes

Prototyping and testing

Semester 4

Thesis or Major Project

Conducting independent research or working on a significant project related to tool and die manufacturing

Presentation and defense of thesis/project

Professional Practice and Ethics

Legal and ethical considerations in tool and die manufacturing

Professional standards and best practices

Client and supplier management

Electives (Examples)

Advanced CNC Machining

Techniques and programming for advanced CNC machines

Additive Manufacturing

Introduction to 3D printing and its applications in tool and die manufacturing

Automation in Manufacturing

Use of robotics and automated systems in production

Admission Process

Application

Submit an application form either online or offline, depending on the institution’s process.

Entrance Exam/Interview

Some institutions may require candidates to pass an entrance exam or interview.

Document Submission

Provide required documents such as academic transcripts, degree certificates, and proof of experience (if applicable).

Selection

Based on academic performance, entrance exam results, and interview performance.