Post Graduate Diploma In Tool Design
A specialised programme known as a Post Diploma in Tool Design offers in-depth information and abilities linked to the design and development of tools used in a variety of sectors. It is primarily created for those who currently hold a certificate or degree in an associated engineering subject and want to advance their tool design knowledge.
The curriculum of the programme has a strong emphasis on teaching students the theoretical knowledge and practical skills they will need to design and produce a variety of tools, including cutting tools, jigs, fixtures, moulds, and dies. The different facets of tool design, such as material selection, manufacturing procedures, geometric tolerancing, and computer-aided design (CAD) software tools, are thoroughly understood by the students.
A Post Diploma in Tool Design programme will normally cover the following important topics:
The core principles and ideas of tool design, including as design considerations, functional requirements, and design optimisation approaches, are taught to students.
Manufacturing Methods: The course teaches students about several manufacturing procedures that are pertinent to tool design, including machining, casting, forging, and injection moulding. Students gain knowledge of how these procedures affect the viability of production and tool design.
Students learn how to apply GD&T concepts to ensure precise and accurate tool functioning and interchangeability because GD&T is a crucial component of tool design.
CAD software: Students have first-hand experience using CAD programmes that are commonly used in the industry, such AutoCAD, SolidWorks, or CATIA. They learn how to produce thorough 2D and 3D designs of tools and generate engineering drawings.
Tool Materials and Heat Treatment: It's important to comprehend the various materials utilised in tool manufacture. The characteristics of tool steels and other materials used in tool manufacture, as well as selection standards and heat treatment procedures, are taught to students.
Specialised tooling requirements for particular sectors, such the automotive, aerospace, or consumer goods, may be covered by the programme. The best practises and standards for tooling used in the industry are taught to students.
The concepts of mould and die design, such as the design of the cavity and core, the cooling system, the ejection systems, and the mould flow analysis, are taught to the students.
Students learn about quality control procedures and inspection techniques to make sure that the manufactured tools fulfil the necessary requirements and standards.
A Post Diploma in Tool Design program's length might vary, but it normally lasts between six months and a year. To give hands-on experience and exposure to real-world tool design difficulties, the programme may include classroom lectures, hands-on workshops, design projects, and industrial internships.
Graduates can work as tool designers, tooling engineers, product development engineers, or production engineers in sectors including automotive, aerospace, electronics, and consumer products after completing the programme. They may work for manufacturing and tooling firms, R&D divisions, or form their own tool design consulting organisations.
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Specializations
Depending on the exact programme and organisation providing the course, there may be several specialisation possibilities for a Post Graduate Diploma in Tool Design. These popular areas of specialisation in the field of tool design are open to students:
Mould Design: This area of expertise focuses on the creation of moulds for use in a variety of manufacturing procedures, including rotational moulding, blow moulding, and injection moulding. Students study mould flow analysis, cooling system design, ejection systems, and cavity and core design.
Die Design: The design and production of dies used in metal forming operations such as forging, stamping, and extrusion are the focus of the die design specialisation. Students gain knowledge of die maintenance, material flow analysis, parting line selection, and die cavity design.
Fixture Design: The design and development of fixtures used to hold and position workpieces during machining or assembly activities is covered under the specialty of fixture design. Students gain knowledge of the concepts of clamping and locating, modular fixture design, and the incorporation of automation and sensors in fixture design.
Jig Design: The design and development of jigs used for supporting and guiding tools or workpieces during machining processes is the subject of the jig design specialisation. Students gain knowledge of choosing jig ele...
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Colleges Offering Post Graduate Diploma In Tool Design
Eligibility Criteria
Depending on the school and programme you are considering, there may be differences in the requirements for a Post Graduate Diploma in Tool Design. However, the following standards are typical:
Candidates should typically have earned a relevant diploma or degree in engineering or a closely related subject. Common qualifications include a Bachelor's degree in mechanical engineering, manufacturing engineering, or a related field, as well as a Diploma in mechanical engineering, production engineering, tool engineering.
Many colleges demand that applicants meet minimal percentage or grade point average (GPA) requirements for their prior diploma or degree. Although the precise percentage or GPA need may change, it's common to anticipate a least of 50% to 60%.
Work Experience: For some programmes, candidates may need to have prior experience designing tools or working in a similar profession. Depending on the programme, fre...
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- Engineering Proficiency
- CAD/CAM Skills
- Materials Knowledge
- Problem-Solving
- Creativity and Innovation
- Attention to Detail
- Communication
- Manufacturing Knowledge
- Quality Control
- Project Management
Scope
Excellent job possibilities and a wide range of options in numerous sectors are offered by a Post Diploma in Tool Design. Following are some career options and employment chances for graduates:
Graduating students can pursue careers as tool designers, who are in charge of designing and producing tools, jigs, fittings, moulds, and dies. They use their understanding of CAD software, manufacturing procedures, and design concepts to create practical, affordable instruments.
Tooling Engineer: Tooling engineers are experts in the conception, creation, and application of tooling processes and systems. To ensure the most effective tooling options for effective production, they collaborate closely with tool designers, manufacturing teams, and quality control departments.
Product Development Engineer: Graduates with a background in tool design might work in this field, collaborating with teams from many fields to creat...
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Syllabus
- Semester 1
- Semester 2
- Semester 3
- Engineering Mathematics
- Engineering Materials and Heat Treatment
- Computer-Aided Design (CAD) Fundamentals
- Manufacturing Technology
- Metrology and Quality Control
FAQ's
The duration of the program typically ranges from 1 to 2 years, depending on the institution and the specific curriculum.
Graduates can pursue careers as tool designers, CAD/CAM specialists, quality control engineers, or work in various industries such as manufacturing, automotive, aerospace, and more. Some may also opt for entrepreneurship in tool design consulting.
While having a bachelor's degree in mechanical engineering or a related field is often preferred, some institutions may consider candidates with relevant work experience or alternative qualifications.
Specializations can vary by institution but commonly include mold design, jig and fixture design, automotive tool design, aerospace tool design, CAD/CAM specialization, material selection and metallurgy, quality control, and more. Students can choose a specialization that aligns with their career goals and interests.
