Understand Machine Components
Learn the purpose and basic design considerations of components such as shafts, keys, fasteners, bearings, couplings and gears through guided study and drawing exercises.
CAD GURU · MECHANICAL DESIGN TRAINING
Certificate Course in Machine Designing in Uttam Nagar, Delhi
Build practical knowledge of machine components, engineering drawings, GD&T, 2D drafting, 3D modelling, assembly design and design documentation through CAD GURU's three-month Certificate Course in Machine Designing.
Designed for engineering students, fresh graduates and working professionals, this course introduces the tools and methods used to create, interpret and document mechanical designs. Learn core design concepts and apply them through guided CAD exercises and project work.
Student tip: Students are advised to carry their own laptop.
MECHANICAL DESIGN
CAD / 3D
03 Months
Structured design learning
01
Course Duration
Three Months
02
Course Type
Certificate Course
03
Core Focus
Mechanical CAD Design
04
Training Location
Uttam Nagar, Delhi
01 / COURSE OVERVIEW
Learn Machine Designing with CAD GURU
Develop a foundation in mechanical design, engineering drawings and computer-aided design through a structured three-month training programme.
Machine designing involves understanding how individual mechanical components work, how they fit together and how their geometry and dimensions are communicated through engineering drawings. It combines engineering principles, technical documentation and computer-aided design tools to help develop components and mechanical assemblies.
CAD GURU's Certificate Course in Machine Designing in Uttam Nagar, Delhi is designed for learners who want to explore mechanical design and improve their CAD skills. The programme covers engineering drawing, Geometric Dimensioning and Tolerancing (GD&T), machine elements, 2D drafting, 3D modelling, assembly workflows, simulation concepts and design documentation.
The course is intended to connect theoretical concepts with practical drawing activities. Learners can develop familiarity with technical drawings, dimensions, tolerances, component geometry and assembly relationships while working through guided exercises and project work.
Whether you are studying mechanical engineering, preparing to enter a design-related role or looking to strengthen your existing CAD knowledge, this programme introduces the essential topics that support a machine-design workflow. Students should practise regularly and build their own collection of drawings and models as they progress.
02 / UNDERSTAND THE DESIGN PROCESS
Why Learn Machine Designing?
Machine design brings together component knowledge, drawing accuracy and the ability to communicate a design clearly. CAD tools make it possible to develop, inspect and document parts and assemblies in a structured digital workflow.
Improve Technical Drawing Skills
Explore dimensions, sectional views, tolerances, symbols and drawing conventions used to communicate component geometry and manufacturing requirements.
Build CAD Design Familiarity
Progress from 2D drafting to 3D modelling and assembly concepts, developing a clearer understanding of digital mechanical design.
03 / ELIGIBILITY
Who Should Join the Certificate Course in Machine Designing?
This programme is intended for learners interested in mechanical components, technical drawings and CAD-based design workflows.
Mechanical Engineering Students
B.E. and B.Tech students can supplement their academic studies with practical exposure to drafting, modelling and machine components.
Diploma and Polytechnic Students
Diploma learners can strengthen their understanding of engineering drawings, dimensions, tolerances and mechanical component layouts.
Fresh Graduates and Job Seekers
Graduates can use structured CAD practice to build foundational design skills and prepare sample work for design-related applications.
Working Professionals
Professionals who want to improve their technical drafting or mechanical design knowledge can explore additional CAD workflows.
CAD Drafting Professionals
Existing CAD users can expand their knowledge from 2D drawing production towards 3D parts, assemblies and design documentation.
Learners Interested in Product Design
Students interested in developing mechanical products can begin learning how individual components and assemblies are represented and documented in CAD.
Before enrolling: Basic computer skills and familiarity
with engineering fundamentals can be helpful. Ask CAD GURU whether any
specific educational background is required for the current batch.
04 / DETAILED COURSE SYLLABUS
Three-Month Machine Designing Course Syllabus
The syllabus is organised into seven modules covering engineering drawing, machine elements, CAD drafting, 3D modelling, assembly, project documentation and industry-oriented case studies.
MODULE 01
Fundamentals
Engineering Drawing and GD&T
Engineering drawings communicate the shape, size and manufacturing requirements of mechanical components. This module introduces learners to drawing interpretation, views, dimensions and the purpose of geometric tolerancing.
- Introduction to engineering drawing principles
- Orthographic and isometric views
- Sectional views and auxiliary-view concepts
- Drawing scales, line types and projection methods
- Dimensioning methods and drawing conventions
- Limits, fits and tolerances: introductory concepts
- Introduction to GD&T symbols and terminology
- Datums and basic geometric control concepts
- Surface-finish symbols and drawing notes
- Reading and interpreting component drawings
Learning focus: Understand how mechanical
components are represented and how drawing information communicates
design intent.
MODULE 02
Components
Design of Machine Elements
Machine elements are the individual parts used to transmit motion, support loads, connect components or perform specific mechanical functions. This module introduces common elements and the considerations involved in their selection and representation.
- Introduction to machine elements and their applications
- Basic design considerations and loading concepts
- Shafts, axles and their common uses
- Keys, couplings and power-transmission components
- Bearings and support arrangements
- Bolts, nuts, screws and other fasteners
- Springs and their basic functions
- Gears and introductory transmission concepts
- Material and manufacturing considerations
- Reading component specifications and reference drawings
Learning focus: Recognise common mechanical
components and understand introductory design considerations.
Detailed engineering calculations depend on the course depth
and project requirements.
MODULE 03
2D CAD
2D Drafting with AutoCAD / progeCAD
Develop a structured approach to preparing accurate 2D mechanical drawings using AutoCAD, progeCAD or the CAD software specified by the institute. Practice includes drawing geometry, applying dimensions and organising sheets for review.
- CAD interface and workspace introduction
- Units, limits, coordinate systems and drawing setup
- Line, circle, arc, polyline and geometric tools
- Modify commands such as trim, extend, offset and mirror
- Layers, line types, line weights and object properties
- Blocks and reusable drawing elements
- Dimensions, text, leaders and annotation styles
- Orthographic and sectional component drawings
- Title blocks and drawing-sheet organisation
- Layouts, plotting and PDF drawing output
Learning focus: Prepare organised 2D mechanical
drawings using appropriate CAD commands, dimensions and annotations.
MODULE 04
3D CAD
3D Modelling
Move beyond flat drawings and explore how three-dimensional components can be built from sketches and geometric features. The module introduces part modelling concepts and the relationship between 2D profiles and 3D shapes.
- Introduction to 3D modelling and model orientation
- Understanding sketches and basic geometric constraints
- Creating basic solid shapes and features
- Extrude, revolve and related modelling operations where supported
- Applying holes, fillets, chamfers and patterns
- Editing and updating model features
- Understanding part dimensions and design intent
- Viewing models from standard and isometric angles
- Basic model inspection and visual checks
- Saving and organising component files
Learning focus: Understand the fundamentals of
3D part creation and model organisation using the software included
in the training plan.
MODULE 05
Assembly
Assembly and Simulation
Mechanical products often contain multiple components that must fit and function together. This module introduces assembly relationships, component positioning and basic motion or simulation concepts, subject to the capabilities of the software used.
- Introduction to assembly design workflows
- Inserting and positioning component models
- Understanding mates, constraints and component relationships
- Aligning parts and checking component orientation
- Building simple multi-component assemblies
- Identifying basic interference and fit issues
- Exploded-view concepts and assembly presentation
- Introduction to motion and simulation terminology
- Reviewing assembly relationships and movement concepts
- Preparing assembly views and related drawing sheets
Learning focus: Understand how parts are combined
into assemblies and how basic design checks support model review.
MODULE 06
Project Work
Project Work and Design Documentation
Apply the concepts from earlier modules to a guided mechanical design exercise. The project workflow helps learners organise component drawings, CAD models and supporting documentation in a consistent manner.
- Understanding the project brief and design requirements
- Reviewing reference drawings and component specifications
- Planning the part and assembly modelling workflow
- Preparing 2D component drawings
- Creating 3D models for selected components
- Assembling parts using appropriate relationships
- Adding dimensions, notes and drawing references
- Preparing assembly drawings and exploded views where applicable
- Organising model files and drawing revisions
- Preparing a project presentation or documentation package
- Reviewing drawings for clarity and consistency
Learning focus: Build a sample project that
demonstrates the drafting and modelling skills practised during
the course.
MODULE 07
Case Studies
Industry-Oriented Case Studies
Case studies help learners connect classroom topics with typical mechanical design tasks. Through selected examples, students can examine how drawings, components and assemblies are reviewed and documented in practical workflows.
- Understanding a design brief and interpreting requirements
- Reviewing a sample mechanical component drawing
- Exploring a simple shaft, bracket or fixture design exercise
- Identifying component interfaces and assembly relationships
- Reviewing dimensions and tolerance information
- Examining drawing clarity and manufacturability considerations
- Recognising common drafting inconsistencies
- Understanding revision and documentation practices
- Presenting design decisions and CAD outputs
- Discussing how CAD design work fits into a team workflow
Learning focus: Develop a practical understanding
of how mechanical design concepts are applied in example tasks.
Case studies are learning exercises and are not a substitute for
supervised industrial experience.
05 / CAD SOFTWARE
Learn CAD Tools for Mechanical Drawing and Design
CAD software helps designers create, edit, visualise and document mechanical components. As part of the syllabus, learners are introduced to 2D drafting with AutoCAD or progeCAD and to 3D modelling and assembly concepts according to the software provided in the course.
The exact software used for 3D modelling and simulation should be confirmed with CAD GURU before enrolment. Different applications support different modelling, assembly and simulation features.
01
2D Drafting
AutoCAD / progeCAD as specified by the institute.
02
3D Modelling
Part modelling concepts using the designated CAD application.
03
Assembly Workflow
Component placement, constraints and assembly review concepts.
04
Design Documentation
Drawings, annotations, model files and project presentation.
06 / HANDS-ON LEARNING
Build Practical Machine Design Skills
Regular practice is essential when learning mechanical CAD. The programme encourages learners to apply concepts to drawing and modelling exercises instead of relying only on theoretical explanations.
Drawing Interpretation
Practise reading component drawings, identifying views and interpreting dimensions, tolerances and technical notes.
Component Modelling
Develop sample 2D drawings and 3D models to understand component geometry and the relationship between sketches and solid features.
Assembly Documentation
Practise combining selected parts, reviewing assembly relationships and preparing drawing sheets or supporting project documentation.
07 / WHY CAD GURU
Explore a Structured Mechanical Design Learning Path
The programme combines engineering drawing fundamentals with CAD practice and design-focused topics to help learners build a foundation for further development in mechanical design.
Expert-Led Learning
Learn through guided instruction, explanations of technical concepts and practical CAD exercises.
Industry-Relevant Curriculum
Study drawing interpretation, machine elements, modelling, assemblies and documentation topics relevant to mechanical design workflows.
Project-Based Practice
Apply concepts through sample component drawings, modelling tasks, assembly work and design documentation.
Placement Support
Ask about CAD GURU's placement assistance, eligibility criteria, career guidance and the support available to course participants.
08 / CAREER APPLICATIONS
Career Paths Related to Machine Designing and CAD
Mechanical CAD skills can be useful for entry-level drafting and design-support opportunities. Specific job requirements depend on qualifications, practical ability, experience and employer expectations.
Mechanical CAD Designer
Assist with preparing mechanical drawings, updating component geometry and maintaining CAD documentation under appropriate review.
Mechanical Drafter
Create and revise 2D engineering drawings, dimensions, sectional views and drawing sheets based on design inputs.
Junior Design Engineer
Build a foundation for junior design-support work, subject to the employer's educational, engineering and experience requirements.
3D Modelling Assistant
Support part modelling, model updates, component organisation and preparation of basic 3D design files.
Assembly Design Support
Help organise component assemblies, create assembly views and prepare related documentation for review.
Product Design Support
Use foundational drafting and modelling knowledge to assist with product development documentation and design iterations.
Completing a certificate course does not guarantee a particular job title
or salary. Employers may require an engineering qualification, stronger
design knowledge, software proficiency and experience with real projects.
09 / PROJECT AND PORTFOLIO
Develop Sample Work to Demonstrate Your CAD Skills
A collection of well-organised practice drawings and models can help learners review their progress and demonstrate what they have practised. Project selection should match the syllabus and the software available.
PROJECT 01
2D
Mechanical Component Drawing
Prepare a dimensioned component drawing with suitable views, annotations and drawing conventions.
PROJECT 02
3D
3D Part Model
Create a sample 3D component and review its geometry, features and relationship to a reference drawing.
PROJECT 03
ASM
Mechanical Assembly
Combine selected components into a simple assembly and prepare supporting views or documentation.
10 / COURSE COMPLETION
Certificate Course in Machine Designing
CAD GURU offers this three-month certificate programme for learners seeking foundational knowledge of machine designing and CAD-based workflows. Ask the institute about attendance, assessment and project-completion requirements for receiving the certificate.
The certificate represents completion under the institute's course policy; it should not be treated as a government licence or a substitute for a formal engineering qualification.
11 / TRAINING LOCATION
Machine Designing Course in Uttam Nagar, Delhi
Looking for a Certificate Course in Machine Designing in Uttam Nagar, Delhi? CAD GURU's three-month programme introduces learners to mechanical drawing, machine elements, 2D CAD drafting, 3D modelling, assembly design and project documentation.
Uttam Nagar is a useful location to consider if you are searching for CAD and mechanical design training in West Delhi. Before enrolling, confirm the institute's current class schedule, course fee, software availability, laptop requirements and placement-support terms.
Whether you are a mechanical engineering student, diploma learner, fresh graduate or working professional, compare the syllabus with your goals and ask how much practical drawing and modelling work is included in the course.
12 / FREQUENTLY ASKED QUESTIONS
Machine Designing Course FAQs
Find answers to common questions about the three-month certificate course, syllabus, CAD software, eligibility, practical projects and career applications.
What is a Certificate Course in Machine Designing?
A Certificate Course in Machine Designing introduces learners to mechanical components, engineering drawings, machine elements, 2D drafting, 3D modelling, assemblies and design documentation. CAD GURU's programme is structured as a three-month course.
Where can I learn machine designing in Uttam Nagar, Delhi?
CAD GURU offers a three-month Certificate Course in Machine Designing associated with Uttam Nagar, Delhi. Contact the institute to confirm the current batch schedule, training arrangements, fees and admission requirements.
What is the duration of the Machine Designing course?
The course duration is three months. Ask CAD GURU for the current timetable, class frequency and the time allocated to practical assignments and project work.
Who can join the Machine Designing certificate course?
The programme is intended for engineering students, diploma learners, fresh graduates and working professionals interested in mechanical design and CAD. Confirm any specific eligibility requirements with the institute before enrolling.
What subjects are covered in the syllabus?
The syllabus includes engineering drawing and GD&T, design of machine elements, 2D drafting with AutoCAD or progeCAD, 3D modelling, assembly and simulation, project work and industry-oriented case studies.
Will I learn AutoCAD or progeCAD?
The stated 2D drafting module covers AutoCAD or progeCAD. Confirm which software is used in your batch and whether students need to install it on their own laptops.
Does the course include 3D modelling?
Yes. The syllabus includes a 3D modelling module covering the concepts of creating and editing mechanical part models. Ask the institute which specific 3D CAD software is used for training.
What is GD&T in engineering drawing?
Geometric Dimensioning and Tolerancing (GD&T) is a system used to communicate allowable geometric variation and design requirements on engineering drawings. The course introduces GD&T symbols, datums and basic geometric-control concepts.
Will I learn about machine components?
Yes. The machine-elements module introduces components such as shafts, keys, couplings, bearings, fasteners, springs and gears, along with basic design considerations and applications.
Does the course include assembly and simulation?
Yes. Assembly and simulation concepts are included in the syllabus. The depth of practical simulation depends on the software features and the training plan, so confirm the exact coverage before enrolment.
Do I need to bring my own laptop?
Students are advised to carry their own laptop for the course. Confirm the recommended hardware specifications, supported operating system, software installation requirements and licence arrangements with CAD GURU.
Will I work on practical projects during training?
The syllabus includes project work, design documentation and industry-oriented case studies. Ask the institute about the specific project assignments, deliverables and opportunities to retain practice files for your portfolio.
Can this course help me pursue a mechanical CAD career?
The course can help develop foundational drafting and modelling skills relevant to mechanical CAD and design-support roles. Job eligibility depends on the employer, your qualifications, practical ability and experience.
Does CAD GURU provide placement support?
The course information mentions placement support. Contact CAD GURU to understand the exact services provided, eligibility conditions, employer connections and whether support includes interview preparation or job referrals. Placement support is not a guarantee of employment.
Will I receive a certificate after the course?
This is a certificate course. Confirm the institute's attendance, assessment, project and completion requirements before enrolling to understand how the certificate is awarded.
How can I enquire about fees and admission?
Contact CAD GURU to ask about the current course fee, batch timings, software used, laptop requirements, practical assignments, certificate conditions and placement-support policy.
DESIGN THE FUTURE WITH CAD GURU
Start Your Machine Designing Learning Journey
Explore engineering drawing, machine elements, 2D CAD drafting, 3D modelling and assembly concepts with CAD GURU's three-month Certificate Course in Machine Designing in Uttam Nagar, Delhi.
Certificate Course in Machine Designing · Uttam Nagar, Delhi