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    CUET Engineering Graphics Syllabus 2024

    19 March, 2024
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    Candidates appearing for the CUET Engineering Graphics 2024 exam must be well-versed in the syllabus and exam pattern. Proper knowledge of each topic and subtopic will facilitate a smooth crack of the CUET 2024 exam.

     

    The CUET Engineering Graphics syllabus 2024 will cover significant topics such as Machine Drawing, Machine Parts, Rod Joints, Isometric Projection of Solids and more. It is essential to check the CUET Engineering Graphics syllabus before starting the exam preparation, as it will help you make a strategic plan and prepare without facing any problems. The CUET Engineering Graphics paper will have 50 questions, out of which 40 need to be answered.

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    CUET Engineering Graphics Syllabus 


    This course focuses on creating two- and three-dimensional electronic reproductions of real-world objects and places made from construction paper. As a first point of reference for preparing for this course, one should consult the CUET Engineering Graphics Syllabus. Candidates should be able to comprehend the curriculum when it comes to preparation. There are seven main units in the curriculum and each of them has subunits. 

     

    The table provides information related to CUET Engineering Graphics Syllabus 2024: 

     

    Unit 

    Topics 

    Unit 1: ISOMETRIC PROJECTION OF SOLIDS

    		 Construction of isometric scale showing main divisions of 10mm and smaller divisions of 1mm, also showing the leading angles. Isometric projection (drawn to isometric scale) of solids such as cubes; regular prisms and pyramids (triangular, square, pentagonal, and hexagonal); cone; cylinder; sphere; hemisphere; keeping the base side of the solid parallel or perpendicular to HP/VP. The axis of the solid should be either perpendicular to HP / VP or parallel to HP and VP.

    Unit 2: Drawing to full-size scale with instruments.

    		 Combination of any two above-mentioned solids keeping the base side parallel or perpendicular to HP/VP and placed centrally together (the Axis of both the solids should not be given parallel to HP).

    Unit 3: Machine Drawing (Machine Parts)

    		 Drawing to full-size scale with instruments. Introduction of threads: Standard profiles of screw threads – Square, Knuckle, B.S.W., Metric (external and internal); Bolts – Square head, Hexagonal head; Nuts – Square head, Hexagonal head; Plain washer; combination of nut and bolt with or without washer for assembling two parts together.

    Unit 4: Free-hand sketches

    		 Conventional representation of external and internal threads; types of studs – plain stud, square-neck stud, collar stud, rivets- snap head, flat head, pan head (without tapered neck), 600 cuntersunk flat lead. 

    Unit 5: Bearings

    		 Open-Bearing, Bush- Bearing

    Unit 6: Rod Joint

    		 Cotter-joints for round-rods (Sleeve and cotter joint), Cotter-joints for square rods (Gib and cotter-joint) 

    Unit 7: Tie-rod and Pipe-joint

    		 Turnbuckle, Flange pipe joints are to be shown.

     

    Key points of CUET syllabus for Engineering Graphics

    1. Studying engineering graphics is one of the most fascinating and challenging fields of study. 
    2. It entails the representation of real-world objects or locations on paper (in two-dimensional, three-dimensional, or electronic formats). 
    3. The first thing you should do once you decide to enrol in Engineering Graphics for CUET is to review the course outline and ensure that it meets all your requirements. By doing so, one will be able to determine what information is needed to be studied as well as how much information is included in the CUET Syllabus. 
    4. From the point of preparation, a specific concept of curriculum is necessary. 

     

    Conclusion: 

    Engineering Graphics is one of the domain-specific fields that evaluates the applicant’s eligibility for admission to some of the most prestigious universities in the nation. Planning and creating an effective study plan for Engineering Graphics is important to increase your chances of passing the CUET. 

    So, planning and creating an effective study plan for Engineering Graphics is crucial for maximizing your chances of passing the CUET. The candidates should practice several questions on each topic every day. This will give you the clarity of the concepts and improve your speed. 

     

    FAQs related to the Engineering Graphics Syllabus for CUET

     

    1. Which class syllabus is used to prepare CUET Engineering Graphics Syllabus 2024? 

    The National Testing Agency (NTA) will prepare the CUET syllabus for Engineering Graphics based on the syllabus of Class 12. 

     

    1. Is it important to attempt all 50 questions in the CUET Engineering Graphics paper? 

    The candidates must attempt only 35/40 questions in total out of the 45/50 questions. The duration of the exam will be 45 minutes to complete the entire paper. 

     

    1. Is CUET Engineering Graphics difficult? 

    The CUET Engineering graphics question paper is usually moderate, and students are advised to cover the syllabus thoroughly during their preparation to be able to answer any type of question.

     

    1. What are the topics included in the Engineering graphics subject? 

    The topics included in the engineering graphics subject are ISOMETRIC PROJECTION OF SOLIDS, Bearings, Red Joints, etc. 

     

    1. How to prepare for the CUET Engineering Graphics exam? 

    The candidates should follow the recommended tips given below to prepare for the CUET Engineering Graphics exam. 

    1. Design a strategic plan to start preparation for the CUET Engineering graphics entrance exam. 
    2. You will gain a better understanding of the exam structure and key topics by reviewing the Engineering Graphics Syllabus for CUET.
    3. The candidates should take 1 day from the week to revise the topics covered in a week, and the other remaining days should be devoted to covering the curriculum. 
    4. Solving mock papers after completing the syllabus will make managing your time easier.