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All Levels
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8 Weeks
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MIT Certification
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Industry Immersion
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Capstone Projects
Overview
This GD&T Training Course provides in-depth training on the principles of GD&T. You will learn how to interpret geometric tolerances and apply them to your designs, ensuring that parts fit and function properly in an assembly.
- Mechanical Engineer.
- Quality Control Engineer.
- Manufacturing Engineer.
- Technical Consultant.
- CAD Engineer.
Targeted Job
Roles
Training and Methodology
By enrolling in this course, you will gain access to -
Interactive Tutorials - Learn through step-by-step lessons on applying GD&T.
- Real-World Examples - Interpret and create industry-standard drawings.
- Continuous Evaluation - Improve your precision with expert feedback.
- Evaluation - We keep tracking student progress through
assignments and project.
Why Choose
This
Course?
GD&T is critical for ensuring that parts function together in complex assemblies. Mastering this tool can improve the quality and precision of your designs
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100% Placement Assistance Program
Job placement assistance readiness.
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Real time projects
Work on projects that simulate industry challenges.
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Reviews and Feedback
Continuous feedback to ensure progress and improvement.
Skills acquired from this course
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Understanding of GD&T symbols and principles.
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Ability to interpret and apply geometric tolerances.
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Expertise in creating precise engineering drawings.
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Knowledge of tolerance stack-up analysis.
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Design Tolerance Analysis: Skills in conducting tolerance stack-up analysis to evaluate how tolerances affect assembly and function.
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CAD Expertise: Ability to create and interpret technical drawings with GD&T annotations using CAD software (e.g., SolidWorks, AutoCAD)
The Course Syllabus
The course covers important topics.
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Introduction to GD&T
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Learning Objectives
- The GD&T module will impart you a thorough understanding of the following aspects:
- 1) Dimensioning specifications: To define the nominal, as-modelled or as-intended geometry of parts
- 2) Tolerancing specifications: To define the allowable variation for the form and possibly the size of individual features and allowable variation in orientation and location between features.
- 3) Geometric characteristics: Designers can use symbolic language on engineering drawings and computer-generated 3D solid models to explicitly describe nominal geometry and its allowable variations. The geometrical Tolerances include straightness, flatness, cylindricity, concentricity, surface, perpendicularity and angularity.
- The GD&T module will impart you a thorough understanding of the following aspects:
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Learning Objectives
- How to communicate engineering configuration to all stakeholders: from designers to manufacturers through mechanical drawings.
- Tell the manufacturing team what degree of accuracy and precision is needed on each controlled feature of parts.
- How to define the allowable variation in form and possible size of individual features, and allowable variation between features.
- Provide a clear and concise technique for defining a reference coordinate system on a component or assembly to be used throughout the manufacturing and inspection processes.
- Proper application of geometric dimensioning accepted and logical mechanical design process and design for manufacturing considerations.
- How to describe complex geometry requirements on a component or assembly using the standard symbols of GD&T.
- How to accurately and quickly define design, manufacturing and inspection requirements.
- How to simplify the design of cost saving functional check gages, manufacturing fixtures and jigs.
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Projects
- Real Life Project / Live Project
Want to
experience
excellence?
At Milestone, We are committed to providing a complete education solution in Thane. Access the Free Demo. Get in touch today.
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Recruiters looking for GD&T Students
Certification For
This
Course
Receive a recognized certification upon course completion, validating your skills and boosting your career prospects.
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Get in touch today
What Our Students Say
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I am happy to recommend MIT for its experienced faculty, live projects, and personalized training.
Pratik Dhananjay
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I like Milestone's teaching approach, they make sure every student gets proper knowledge and training.
Ameya Rasam
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I mastered industry-demanded software at MIT, and the personalized training and guidance were invaluable.
Nikita Akhade
Frequently Asked Questions
Find answers to all your questions about our diverse course categories. Discover the range of subjects we offer, and learn how to choose the right courses to match your interests and career goals. Let us guide you in navigating our extensive catalog to find the perfect fit for your educational journey.
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Who can enroll for this course?
Any person with BE / BTech / Diploma from Mechanical Stream can register for this course.
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What will be the mode of delivery?
We offer 3 delivery models
1) Classroom
2) Live Online
3) Recorded lectures
Kindly contact us with your requirements. -
Will I receive a certificate after completion of this course?
Yes, you will be getting a certificate from Milestone Institute of Technology.
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Does this course align with Industry requirements?
Yes, at MIT we ensure our syllabus and exercises are up to date as per industry requirements. We have used industry examples wherever possible in the course material. Additionally, you can also register your interest in Industry internships opportunities with our placement department.
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