Courses | Design India

Certificate in Auto Cad (MECHANICAL)

Introduction to Auto CAD ,2d drawing, isometric, Dimensioning,Types of dimensions tolerance,projection. First and third angle projection, superfluous view, choice,3d

AUTOCAD CIVIL

PLAN, ELEVATION ,SECTION, BEAM DETAIL, COLUMN DETAIL, FOOTING DETAIL, SLAB DETAIL ,3D BUILDING DESIGN

CATIA

PART DESIGN, SURFACE

Diploma in 3DS MAX

3d Model , Exteriors,Interior Design Lighting,Render

STAAD PRO

Design of Beam,column, footing ,Slab, water Tank , Shear wall ,etc

SOLIDWORKS

PART MODELING, SURFACE, DRAFTING ASSEMBELING

CNC PROGRAMMING

C.N.C BASIC,G-CODE, M-CODE , AND BASIC PROGRAMMING & ADVANCE PROGRAM

INTERNSHIP

SITE VISITE, COLUMN LAYOUT, SITE SUPRVISION,

AUTOCAD ELECTRICAL

symbole electrical, wireing of camra ,circut design , electrical wireing etc

C Programming Language

BASIC KNOWLEGE OF PROGRAMING

PYTHON

Python IDLE and Anacoda ,variable in Python-assignment, Logical, Arithmetic, Conditional Statements-if else and Nested, If else and elif, For loop and Nested Loop etcs

ADVANCE DIPLOMA IN COMPUTER APPLICATION

Fundamental ,Operating Systeam,Ms Office (Excel, Power POINT,Outlook) Tally,,Internet,DTP Photoshop Corel Draw )

DIPLOMA IN COMPUTER APPLICATION

Computer Fundamentals, Windows 7, Ms Office (Word, Excel, Power Point), Internet.

WEB DEVELOPMENT

Build websites with HTML & CSS Build backend servers & APIs with Node and Express Work with NoSQL databases like MongoDB Build full-stack web apps with Facebook's React Framework Build mobile-friendly websites with Bootstrap 4 & CSS

AUTOCAD AND INTERNSHIP IN CIRCUIT DESIGN

2D DRAWING, 3D DRAWING, CIRCUIT DRAWING, PLANING, OTHER

CERTIFICATE IN TALLY

Business Accounting, Fundamentals of Tally, Accounting Masters, Inventory, Voucher Entry, Advanced Accounting, Advanced Inventory, VAT & CST, Balance Sheet Analysis, Payroll.

6 Weeks STAAD Pro project based summer internships Training

Design of Beam,column, footing ,Slab,RCDC,etc

POST GRADUATE DIPLOMA IN COMPUTER APPLICATION

Fundamentals of Computers, Windows XP/Vista/7/8, MS Office 2010 (Word, Excel, Access, Power Point), English Typing, Internet, Photoshop, Accounting Concept, Tally, Computer Hardware & Networking Concept.

12 WEEKS OF COURSE TRAINING AND DEVELOPMENT

Understand basic concepts associated with learning process, learning theories, training and development, . Understand training needs, identification of training needs, training processes, training methods, and evaluation of training ,. Emerging trends in training and development; and , Relevance and usefulness of training expertise in the organizational work environment.

12 WEEKS OF MOOCS COURSE ON TRAINING AND DEVELOPMENT

Week 1: Introduction to Employee Training and Development Week 2: Strategic Training Week 3: Training needs assessment Week 4: Learning and Transfer of Training Week 5: Program Design Week 6: Training Evaluation Week 7: Traditional Training Methods Week 8: Technology Based Training Methods Week 9: Employee Development and Career Management Week 10: Social Responsibility: Legal issues, Managing diversity, and Career challenges Week 11: Future of Training and Development Week 12: Managing Disruption in organizations through Training

6 WEEKS AUTOCAD CIVIL PROJECT BASED SUMMER INTERNSHIPS TRAINING

PLAN, ELEVATION ,SECTION, BEAM DETAIL

Electronics AUTOCAD

Introduction o AutoCAD Electrical o GUI • Project o Introduction to Project Manager o Working with Projects • Drawing o Adding a Drawing o Create a new Drawing o Drawing Properties • Insert a Component • Connecting a component Session 2 • Create a Library Symbol • Symbol Builder • Circuit Builder o Inserting a One-line Motor Circuit o Inserting a Dual One-line Power Feed Circuit • Copy circuitry • Save circuit to icon menu Session 3 • Component Tools o Inserting Components o Relocating Components o Inserting a Child Components o Aligning and Editing the Components o Catalog Information Session 4 • Component Attribute Tools • Wires o Wire layers o Wire types o Insert wire o Modify wire Session

Online 8 weeks Revit Architecture

Preparing Architectural working drawing  Representing Standard base 2D drafting  Planning, designing & measuring of drawing  Drawing Elementary CADD commamd - Line, Polyline, Polygon, Circle, Polyline, arc, ellipse, Text- Single Text, Multitext, Dtext  Modifying Elementary Commands - Erase, Move, Copy, Mirror, Offset, Scale, Stretch, Chamfer, fillet & explode  Making layers, line type & Line weight  Preparing of the color drawing  Preparing utilization of architectural working drawing  Practice on 3D drawing & designing  Rendering of 3D model (Light, Material & Landscaping)  Purpose & presentation of working drawing with building course.

SKETCHUP

Introduction to SketchUp,Drawing shapes Adding volume Moving elements Transforming elements Adding textures and colors Navigation with tools keys and mouse Orbit, zoom, pan Saving and exporting,Select elements Modifiers keys Working with axis Managing units of measurement (set units and precision in the model info window) Camera

Online 6 WEEKS REVIT TRAINING

3D ELEVATION , SECTION, BEAM DETAIL, COLUMN DETAIL, FOOTING DETAILING , SLAB DETAILING

CERTIFICATE IN ENGLISH TYPING (SPEED 35-40)

Computer Fundamentals, English Typing.

CERTIFICATE IN HINDI TYPING( SPEED 30-35)

omputer Fundamentals, Hindi Typing using Hindi Font.

ELECTRICAL TRAINING

BUILDING CIRCUT

CERTIFICATE IN HINDI TYPING( SPEED 30-35) & ENGLISH TYPING (SPEED 35-40)

TYPING HINDI AND ENGLISH

4 WEEKS AUTOCAD CIVIL BASED TRAINING

PLAN, ELEVATION ,SECTION, BEAM DETAIL, COLUMN DETAIL, FOOTING DETAIL,

4 WEEKS AUTOCAD MECHANICAL BASED TRAINING

2D MECHANCAL DESIGN, AND 3D DESIGN

DESIGN OF GATE, WINDOW & GRILL IN AUTOCAD

Gate, Grill, Window, Sutter & Frame works

DIPLOMA IN FASHION DESIGNING(D.F.D., Under Vocational Training) WITH 400 HOURS

1.Principales of pattern making & fashion & clothing psychology ,Fashion design concept & methodology 2. fashion merchandising & quality assurance in appareal products Elements of design and fashion .3.Garments construction

PLC/SCADA

Digital Electronics Basics  PLC Fundamentals  PLC Hardware & Architecture  Source & sink Concepts  Wiring Different field Devices to PLC  Introduction to PLC Programming software  Creating new application, addressing  Programming Languages  Basic Programming Instructions  Advance Instructions  Upload / Download / Monitoring  Forcing of I/Os  Fault finding / troubleshooting & documentation  Communication with SCADA software

TALLY PRIME CERTIFICATION

Fundamentals of Accounting ,Migration Tally. ERP 9 Data to Tally Prime Chart of Accounts Creating Inventory Masters,,Recording Accounting Vouchers with bill-wise details in Tally Prime,Viewing ,Order Processing and Recording of Inventory Vouchers,MIS Reports in Tally Prime ,Enabling GST and Recording GST Transaction in Tally Prime,Activating Credit Limit and Exceeding the Credit Limit,Banking Features

Robotics Engineering

Actuators and Drives Control Components De-mining Robot: Embedded Robot Controller, I/O Interface, and PWM Amplifiers Control Software – 1 De-mining Robot: Controller Software and Sensor Inputs Control Software – 2 Sensors – 1 De-mining Robot: Implement Basic Sensor-based Controls; Plan Strategy for De-mining Task Kinematics – 1 Kinematics – 2 De-mining Robot: Refine De-mining Operations Differential Motion – 1 Tele-robotics and Virtual Reality Differential Motion – 2 Statics, Energy Method Sensors – 2 Hybrid Position-force Control Compliance, End-effecter Design Rescue Robot: Stage B – Prototype Implementation (cont.) Non-holonomic Systems Rescue Robot: Stage C – System Integration Legged Robots, Multi-fingered Hands Dynamics – 1 Dynamics – 2 Computed Torque Control Navigation

Robotics Engineering

Actuators and Drives Control Components De-mining Robot: Embedded Robot Controller, I/O Interface, and PWM Amplifiers Control Software – 1 De-mining Robot: Controller Software and Sensor Inputs Control Software – 2 Sensors – 1 De-mining Robot: Implement Basic Sensor-based Controls; Plan Strategy for De-mining Task Kinematics – 1 Kinematics – 2 De-mining Robot: Refine De-mining Operations Differential Motion – 1 Tele-robotics and Virtual Reality Differential Motion – 2 Statics, Energy Method Sensors – 2 Hybrid Position-force Control Compliance, End-effecter Design Rescue Robot: Stage B – Prototype Implementation (cont.) Non-holonomic Systems Rescue Robot: Stage C – System Integration Legged Robots, Multi-fingered Hands Dynamics – 1 Dynamics – 2 Computed Torque Control Navigation

MATLAB Programming

1 ADDITION AND SUBTRACTION; 3.2 ARRAY MULTIPLICATION; 3.3 ARRAY DIVISION · 4.1 THE plot COMMAND; 4.2 THE fplot COMMAND; 4.3 PLOTTING MULTIPLE .

AUTOCAD

AUTOCA CIVIL Engg, AUTOCA MECHANICL Engg, , ELECTRICAL Engg, 3DS MAX , REVIT, STAAD PRO , CATIA, SOLID WORKS , ANSYS,

8 WEEKS OF MOOCS INTERNET OF THINGS (IOT)

Introduction and Orientation to Technical Drafting 2. Introduction to Computer Aided Drafting and Design 3. Instrument Drawing Techniques 4. Drawing Management/File Types 5. Design Processes and Methods 6. Sketching CAD Mechanical AutoCAD COURSE SYLLABUS — page Original-4/10/07 2 7. Orthographic Projection/Multiview Drawings 8. Pictorials 9. Geometric Constructions 10. Dimensioning and Tolerancing 11. Manufacturing Processes 12. Three-dimensional Modeling

Online Automobile Management System

Introduction and Orientation to Technical Drafting 2. Introduction to Computer Aided Drafting and Design 3. Instrument Drawing Techniques 4. Drawing Management/File Types 5. Design Processes and Methods 6. Sketching CAD Mechanical AutoCAD COURSE SYLLABUS — page Original-4/10/07 2 7. Orthographic Projection/Multiview Drawings 8. Pictorials 9. Geometric Constructions 10. Dimensioning and Tolerancing 11. Manufacturing Processes 12. Three-dimensional Modeling

12 WEEKS OF MOOCS MECHANICAL AUTOCAD TRAINING

2D MECHANICAL PART DESIGN, CUTTING TOOL DESIGN AND 3D DESIGN

12 WEEKS OF MOOCS APPLIED THERMODYNAMICS

Basic Concepts. First Law of Thermodynamics. Second Law of Thermodynamics. Properties of Pure Substances. Thermodynamic Relations. Thermodynamic Cycles. Ideal Gas Mixtures.

12 WEEKS OF MOOCS DEVELOPING SOFT SKILLS AND PERSONALITY

Introduction and Orientation to Technical Drafting 2. Introduction to Computer Aided Drafting and Design 3. Instrument Drawing Techniques 4. Drawing Management/File Types 5. Design Processes and Methods 6. Sketching CAD Mechanical AutoCAD COURSE SYLLABUS — page Original-4/10/07 2 7. Orthographic Projection/Multiview Drawings 8. Pictorials 9. Geometric Constructions 10. Dimensioning and Tolerancing 11. Manufacturing Processes 12. Three-dimensional Modeling

8 WEEKS ADVANCE MACHINING PROCESS

MACHIN ELELEMENT

12 WEEKS OF MOOCS SOFT SKILL

MACHIN ELELEMENT

12 WEEKS OF MOOCS ADVANCE MACHINING PROCESSES

Introduction and Orientation to Technical Drafting 2. Introduction to Computer Aided Drafting and Design 3. Instrument Drawing Techniques 4. Drawing Management/File Types 5. Design Processes and Methods 6. Sketching CAD Mechanical AutoCAD COURSE SYLLABUS — page Original-4/10/07 2 7. Orthographic Projection/Multiview Drawings 8. Pictorials 9. Geometric Constructions 10. Dimensioning and Tolerancing 11. Manufacturing Processes 12. Three-dimensional Modeling

12 WEEKS OF MOOCS DIGITAL CIRCUIT

DIGITAL CIRCUIT

4 WEEKS ELECTRONICS BASE AUTOCAD TRAINING

Autocad basic command , symbbole , circut design , advance circut design

CIVIL (Rural) ENGINEERING

PLAN, ELEVATION ,SECTION, BEAM DETAIL, COLUMN DETAIL, FOOTING DETAIL,

Site Planning and Design

PLAN, ELEVATION ,SECTION, BEAM DETAIL, COLUMN DETAIL, FOOTING DETAIL,

Surveying

SURVEY OF PLOT,FILD

INTERNET OF THINGS

INTERNET

4 WEEKS INTERNSHIP PROGRAM IN AUTOCAD IN MECHANICAL DESIGN

BASIC AUTOCAD COMMAND, MECHANICAL DRAWING , ADVANCE MECHANICAL DRAWING

VOCATIONAL TRAINING ELECTRICAL BASE AUTOCAD TRAINING

BASIC ,COMMAND ,CIRCUT DESIGN

PLUMBING

Introduction and Orientation to Technical Drafting 2. Introduction to Computer Aided Drafting and Design 3. Instrument Drawing Techniques 4. Drawing Management/File Types 5. Design Processes and Methods 6. Sketching CAD Mechanical AutoCAD COURSE SYLLABUS — page Original-4/10/07 2 7. Orthographic Projection/Multiview Drawings 8. Pictorials 9. Geometric Constructions 10. Dimensioning and Tolerancing 11. Manufacturing Processes 12. Three-dimensional Modeling

4 WEEKS 3DS MAX PROJECT BASED INTERNSHIPS TRAINING

3d Model , Exteriors,Interior Design Lighting,Render

Electrical , Mechanical and civil Draftsman

electrical circuit design , mechanical part design ,PLAN, ELEVATION ,SECTION, BEAM DETAIL, COLUMN

AUTOCAD IN AUTOMOBILE

AUTOMOBILE PART DESIGN DESIGN , 3D DESIGN

INTERNSHIP ON CATIA

MECHANICAL PART, DESIGN DESIGN , 3D DESIGN

4 WEEKS INTERNSHIP IN ROBOTICS

INTRODUCTION IN ROBOTICS

ONLINE INTERNSHIP ON ENTREPRENEURSHIP

Students must schedule an orientation with the Internship & Apprenticeship Coordinator and meet with his/her Faculty Internship Advisor to determine eligibility and discuss internship opportunities. For Paralegal and Human Services programs, students must meet with their Faculty Advisor prior to meeting with the Internship & Apprenticeship Coordinator.

ONLINE 6 WEEKS AUTOCAD TRAINING

PLAN, ELEVATION ,SECTION, BEAM DETAIL, COLUMN DETAIL, FOOTING DETAIL,

8 WEEKS STAAD PRO DESIGN TRAINING

BEAM , COLUMN , FOOTING DETAILING

ONLINE 6 WEEKS STAAD PRO DESIGN TRAINING

BEAM , COLUMN,SLAB , FOOTING DESIGN

ONLINE PLC & SCADA

PLC AND SCADA PROGRAM DETAIL

EMBEDDED SYSTEM

INTRODUCTION TO EMBEDDED SYSTEM • History & need of Embedded System • Basic components of Embedded System • Programming Language Classification of Embedded System • Advantage & Disadvantage ¾ MICROPROCESSOR & MICROCONTROLLER CLASSIFICATION • Difference between Microprocessor & Microcontroller • Classification based on architecture • Memory Classification ¾ REGISTERS & MEMORY OF AT89C51

MOOCS ADVANCE INTERNET OF THINGS(AIOT)

Actuators and Drives Control Components De-mining Robot: Embedded Robot Controller, I/O Interface, and PWM Amplifiers Control Software – 1 De-mining Robot: Controller Software and Sensor Inputs Control Software – 2 Sensors – 1 De-mining Robot: Implement Basic Sensor-based Controls; Plan Strategy for De-mining Task Kinematics – 1 Kinematics – 2 De-mining Robot: Refine De-mining Operations Differential Motion – 1 Tele-robotics and Virtual Reality Differential Motion – 2 Statics, Energy Method Sensors – 2 Hybrid Position-force Control Compliance, End-effecter Design Rescue Robot: Stage B – Prototype Implementation (cont.) Non-holonomic Systems Rescue Robot: Stage C – System Integration Legged Robots, Multi-fingered Hands Dynamics – 1 Dynamics – 2 Computed Torque Control Navigation

MOCK (AIOT)

Introduction and Orientation to Technical Drafting 2. Introduction to Computer Aided Drafting and Design 3. Instrument Drawing Techniques 4. Drawing Management/File Types 5. Design Processes and Methods 6. Sketching CAD Mechanical AutoCAD COURSE SYLLABUS — page Original-4/10/07 2 7. Orthographic Projection/Multiview Drawings 8. Pictorials 9. Geometric Constructions 10. Dimensioning and Tolerancing 11. Manufacturing Processes 12. Three-dimensional Modeling

Online AUTOCAD

ONLINE 4 WEEKS AUTOCAD TRAINING

AUTOCAD COMMAND PLAN , ELEVATION, SECTION,

ONLINE 8 WEEKS STAAD PRO DESIGN TRAINING

BEAM , COLUMN,SLAB , FOOTING DESIGN

ELECTRICAL,MECHANICAL AND CIVIL AUTOCAD DRAFTMAN

Circuit design , mechanical design , plan , elevation, section, column layout

Professional Revit & BIM Certification Program

3d Model , Exteriors,Interior Design Lighting,Render, stracture detail

4 WEEKS INTERNSHIP PROGRAM IN AUTOCAD CIVIL

AUTOCAD COMMAND PLAN , ELEVATION, SECTION,

8 WEEKS INTERNET OF THINGS (IOTS)

Actuators and Drives Control Components De-mining Robot: Embedded Robot Controller, I/O Interface, and PWM Amplifiers Control Software – 1 De-mining Robot: Controller Software and Sensor Inputs Control Software – 2 Sensors – 1 De-mining Robot: Implement Basic Sensor-based Controls; Plan Strategy for De-mining Task Kinematics – 1 Kinematics – 2 De-mining Robot: Refine De-mining Operations Differential Motion – 1 Tele-robotics and Virtual Reality Differential Motion – 2 Statics, Energy Method Sensors – 2 Hybrid Position-force Control Compliance, End-effecter Design Rescue Robot: Stage B – Prototype Implementation (cont.) Non-holonomic Systems Rescue Robot: Stage C – System Integration Legged Robots, Multi-fingered Hands Dynamics – 1 Dynamics – 2 Computed Torque Control Navigation

Revit Architecture

Introduction to Autodesk Revit Architecture ,Creating Walls,Using Basic Building Components-I ,Using the Editing Tools,,Working with Datum Planes and Creating Standard Views,Using Basic Building Components-II,Adding Site Features

Internet of Things

Orientation to Technical Drafting 2. Introduction to Computer Aided Drafting and Design 3. Instrument Drawing Techniques 4. Drawing Management/File Types 5. Design Processes and Methods 6. Sketching CAD Mechanical AutoCAD COURSE SYLLABUS — page Original-4/10/07 2 7. Orthographic Projection/Multiview Drawings 8. Pictorials 9. Geometric Constructions 10. Dimensioning and Tolerancing 11. Manufacturing Processes 12. Three-dimensional Modeling

Industrial Automation Using PLC & SCADA

INTRODUCTION. History and Automation Concept. ... STUDY ON PLC/PAC/DCS HARDWARE. Hardware Architecture. ... PLC/PAC/DCS HARDWARE & SOFTWARE CONFIGURATION. Hardware configuration. ... PLC/PAC/DCS PROGRAMMING. Introduction to Programming Languages. ... SCADA/HMI PROGRAMMING. ... VFD PROGRAMMING.

Java Programming

Orientation to Technical Drafting 2. Introduction to Computer Aided Drafting and Design 3. Instrument Drawing Techniques 4. Drawing Management/File Types 5. Design Processes and Methods 6. Sketching CAD Mechanical AutoCAD COURSE SYLLABUS — page Original-4/10/07 2 7. Orthographic Projection/Multiview Drawings 8. Pictorials 9. Geometric Constructions 10. Dimensioning and Tolerancing 11. Manufacturing Processes 12. Three-dimensional Modeling

Steel Structure Design

Orientation to Technical Drafting 2. Introduction to Computer Aided Drafting and Design 3. Instrument Drawing Techniques 4. Drawing Management/File Types 5. Design Processes and Methods 6. Sketching CAD Mechanical AutoCAD COURSE SYLLABUS — page Original-4/10/07 2 7. Orthographic Projection/Multiview Drawings 8. Pictorials 9. Geometric Constructions 10. Dimensioning and Tolerancing 11. Manufacturing Processes 12. Three-dimensional Modeling

Building Construction Management

Orientation to Technical Drafting 2. Introduction to Computer Aided Drafting and Design 3. Instrument Drawing Techniques 4. Drawing Management/File Types 5. Design Processes and Methods 6. Sketching CAD Mechanical AutoCAD COURSE SYLLABUS — page Original-4/10/07 2 7. Orthographic Projection/Multiview Drawings 8. Pictorials 9. Geometric Constructions 10. Dimensioning and Tolerancing 11. Manufacturing Processes 12. Three-dimensional Modeling

8 WEEKS REVIT ARCHITECTURE CIVIL PROJECT BASED SUMMER INTERNSHIPS TRAINING

5. Using Basic Building Components III a. Working with Components b. Adding Stairs c. Adding Railings and Ramps d. Creating Curtain Walls 6. Adding Site Features a. Working with Site Features b. Property Lines and Building Pads c. Adding Site Components 7. Using Massing Tools a. Understanding Massing ConceptsCreating Massing Geometry b. in the Family Editor c. Creating Families 8. Adding Annotations and Dimensions a. Adding Tags b. Keynotes 9. Creating Project Details and Schedules a. Project Detailing b. Adding Text Notes c. Working with Schedules

4 WEEKS REVIT TRAINING

3d Model , Exteriors,Interior Design Lighting,Render

INTERNSHIP ON ARDUINO OF 4 WEEKS

Core Curriculum (1st Edition). Module 1: Introduction and Familiarization. ○ Course Introduction. ○ Hardware

8 WEEKS AUTOCAD CIVIL PROJECT BASED SUMMER INTERNSHIPS TRAINING

PLAN, ELEVATION ,SECTION, BEAM DETAIL, COLUMN DETAIL, FOOTING DETAIL,

ONLINE ANSYS

Introduction to the Finite Element Method b. What is the Finite Element Method? c. General Steps of the Finite Element Method d. Explanation of 1D, 2D and 3D Elements with examples of ANSYS Elements e. Need of FEM f. Types of analysis that can be done using ANSYS g. Advantages of the Finite Element Method h. Limitations of FEA i. About ANSYS Inc. j. ANSYS Family of products with their capabilities k. Types of analysis that can be done with ANSYS. l. Introduction to the Ansys GUI m. Operation Modes of Ansys n. Product Launcher o. Launcher Menu Options p. The ANSYS GUI q. The Icon Toolbar Menu r. Quitting Ansys

I.C ENGINES TRAINING

Introduction of IC Engine: Internal Combustion Engine: S.I. and C.I. engines of two and four stroke cycles, real cycle analysis of SI and CI engines, determination of engine dimensions, speed, fuel consumption, output, mean effective pressure, efficiency, factors effecting volumetric efficiency, heat balance, performance characteristics of SI and CI engines, cylinder arrangement, firing order, power balance for multi-cylinder engines .

ENTREPRENEURSHIP

Why to become entrepreneur, the skills/ traits required to be an entrepreneur, Creative and Design Thinking, the entrepreneurial decision process, skill gap analysis, and role models, mentors and support system, entrepreneurial success stories. Module-III: E-Cell Meaning and concept of E-cells, advantages to join E-cell, significance of E-cell, various activities conducted by E-cell Module-IV: Communication Importance of communication, barriers and gateways to communication, listening to people, the power of talk, personal selling, risk taking & resilience, negotiation. Module-V: Introduction to various form of business organization (sole proprietorship, partnership, corporations, Limited Liability company), mission, vision and strategy formulation.

ONLINE CNC PROGRAMING

Numerical control  Functions of a machine tool  Concept of numerical control  Historical Development  Definition  Advantages of CNC machine tools  Evolution of CNC  Advantages of CNC  Limitations of CNC  Features of CNC  The Machine Control Unit (MCU) for CNC  Classification of CNC Machine Tools  CNC MACHINING CENTERS

ONLINE AUTOCAD

Understanding the AutoCAD Mechanical designs concept Using Mechanical basic Power tools for drafting Parts editing using Power edit function Placing dimension using Power dimension and Automatic dimension tools Creating block function library Creating and Inserting Mechanical title block Bill of Material and part list creation

ONLINE SOLID WORKS

PART MODELING , MACHINE DESIGN

CISCO COURSE

Dive into a world where data shapes the future! Explore how it transforms industries and unlocks exciting careers.

ONLINE 8 WEEKS REVIT TRAINING

PLANING ,ELEVATION ,SECTION, STRACTURAL, DRAING

ONLINE 8 WEEKS ROBOTICS TRAINING

Robotics

ONLINE AUTOCAD CIVIL TRAINING

PLAN, ELEVATION ,SECTION, BEAM DETAIL, COLUMN DETAIL, FOOTING DETAIL,

ONLINE PYTHON

The W3Schools Python Tutorial is comprehensive and beginner-friendly. It will give you a fundamental knowledge of Python. It is designed for beginners and requires no prior experience with programming. The content has been carefully made to be bite-sized, simple, and easy to understand. The content has been proven by millions of users over the years. It is updated and improved frequently. The syllabus outline and its sequence are structured so you can learn Python step by step, from the introduction, to creating your first application with Python.

Cutting Tool and Geometric Dimensioning and Tolerancing

mechanical ,tool, and drwaing

Online 4 Weeks CATIA

mechanical, part modeling ,

ONLINE Internet of Things

Concepts and Definitions of The Internet of Things (IOT). History of IOT Requirements, Functionalists and structure of IOT. IOT enabling technologies. IOT Architecture. Major component of IOT(Hardware & Software). IOT communication and networking protocols, Role of wired and wireless communication. IOT services and applications. IOT Standards , Connectivity

CIVIL ENGINEERING WITH COMPUTER APPLICATION

Online Project Management in Mechanical Engineering

Project Management in Mechanical Engineering

ONLINE AUTOCAD CIVIL

PLAN, ELEVATION, SECTION, COLUMN LAYOUT

Machine learning

Understanding popular ML algorithms with their associated mathematical foundations for appreciating these algorithms. 2. Capability to implement basic algorithms using basic machine learning libraries mostly in python. Gain hands-on experience in applying ML to problems encountered in various domains. In addition, obtain exposure to high-level ML libraries or frameworks such as TensorFlow, PyTorch. 3. Make aware of the role of data in the future of computing, and also in solving real-world problems using machine learning algorithms. 4. Help connect real-world problems to appropriate ML algorithm(s) for solving them. Enable formulating real world problems as machine learning tasks. 5. Appreciate the mathematical background behind popular ML algorithms. 6. Ensure awareness about importance of core CS principles such as algorithmic thinking and systems design in ML

DATA SCIENCE USING PYTHON

computer science

Building construction training programs

pile, beam , column , slab design

MEP CAD OPERATOR (2d and 3d)

Civil electrical,plumber

MANUFACTURING PROCESS MANAGEMENT

Manufacturing Process Management (MPM) involves defining and managing the specific processes used to build a product, from product design to production execution, and includes aspects like resource allocation, process optimization, and quality control. It serves as a bridge between the design phase and the physical manufacturing of a product. MPM is often considered a part of a broader system like Product Lifecycle Management (PLM)

ONLINE I.C ENGINE

IC ingine

Online Staad PRO

DETAIL OF COLUMN, SLAB ,BEAM , FOOTING

ARDUINO

Orientation to Technical Drafting 2. Introduction to Computer Aided Drafting and Design 3. Instrument Drawing Techniques 4. Drawing Management/File Types 5. Design Processes and Methods 6. Sketching CAD Mechanical AutoCAD COURSE SYLLABUS — page Original-4/10/07 2 7. Orthographic Projection/Multiview Drawings 8. Pictorials 9. Geometric Constructions 10. Dimensioning and Tolerancing 11. Manufacturing Processes 12. Three-dimensional Modeling

Artificial Intelligence(AI)

Orientation to Technical Drafting 2. Introduction to Computer Aided Drafting and Design 3. Instrument Drawing Techniques 4. Drawing Management/File Types 5. Design Processes and Methods 6. Sketching CAD Mechanical AutoCAD COURSE SYLLABUS — page Original-4/10/07 2 7. Orthographic Projection/Multiview Drawings 8. Pictorials 9. Geometric Constructions 10. Dimensioning and Tolerancing 11. Manufacturing Processes 12. Three-dimensional Modeling

Artificial Intelligence

Orientation to Technical Drafting 2. Introduction to Computer Aided Drafting and Design 3. Instrument Drawing Techniques 4. Drawing Management/File Types 5. Design Processes and Methods 6. Sketching CAD Mechanical AutoCAD COURSE SYLLABUS — page Original-4/10/07 2 7. Orthographic Projection/Multiview Drawings 8. Pictorials 9. Geometric Constructions 10. Dimensioning and Tolerancing 11. Manufacturing Processes 12. Three-dimensional Modeling

FUNDAMENTALS OF ENTREPRENEURSHIP

FUNDAMENTALS OF ENTREPRENEURSHIP basic to advance

Business model development

Business model development basic to advance

Site for construction training

BEAM , COLUMN,SLAB , FOOTING DESIGN

Project Management in Mechanical Engineering

Automobile management system

Automobile

Project Management

Orientation to Technical Drafting 2. Introduction to Computer Aided Drafting and Design 3. Instrument Drawing Techniques 4. Drawing Management/File Types 5. Design Processes and Methods 6. Sketching CAD Mechanical AutoCAD COURSE SYLLABUS — page Original-4/10/07 2 7. Orthographic Projection/Multiview Drawings 8. Pictorials 9. Geometric Constructions 10. Dimensioning and Tolerancing 11. Manufacturing Processes 12. Three-dimensional Modeling

OnlineArtificial intelligence

Mathematics for AI, Machine Learning

Android Application Development

Orientation to Technical Drafting 2. Introduction to Computer Aided Drafting and Design 3. Instrument Drawing Techniques 4. Drawing Management/File Types 5. Design Processes and Methods 6. Sketching CAD Mechanical AutoCAD COURSE SYLLABUS — page Original-4/10/07 2 7. Orthographic Projection/Multiview Drawings 8. Pictorials 9. Geometric Constructions 10. Dimensioning and Tolerancing 11. Manufacturing Processes 12. Three-dimensional Modeling

Online Manufacturing Process Management

Manufacturing Process Management

ONLINE EMBEDDED SYSTEM

EMBEDDED SYSTEM

ONLINE REVIT

PLAN ,BEAM , COLUMN,SLAB , FOOTING DESIGN

Robotics

Orientation to Technical Drafting 2. Introduction to Computer Aided Drafting and Design 3. Instrument Drawing Techniques 4. Drawing Management/File Types 5. Design Processes and Methods 6. Sketching CAD Mechanical AutoCAD COURSE SYLLABUS — page Original-4/10/07 2 7. Orthographic Projection/Multiview Drawings 8. Pictorials 9. Geometric Constructions 10. Dimensioning and Tolerancing 11. Manufacturing Processes 12. Three-dimensional Modeling

C++ Programming

Orientation to Technical Drafting 2. Introduction to Computer Aided Drafting and Design 3. Instrument Drawing Techniques 4. Drawing Management/File Types 5. Design Processes and Methods 6. Sketching CAD Mechanical AutoCAD COURSE SYLLABUS — page Original-4/10/07 2 7. Orthographic Projection/Multiview Drawings 8. Pictorials 9. Geometric Constructions 10. Dimensioning and Tolerancing 11. Manufacturing Processes 12. Three-dimensional Modeling

full-stack developer

typically covers front-end technologies like HTML, CSS, and JavaScript, along with back-end technologies such as Node.js, Python, or Java. It also includes database management (SQL and NoSQL), and DevOps practices like version control (Git) and deployment. Additionally, many programs incorporate data structures

Front stack developer

"front stack developer" is not a standard or recognized term in the field of web development. The more common and accurate terms are front-end developer and full-stack developer. A front-end developer focuses on the user interface (UI) and user experience (UX) of a website or application, using technologies like HTML, CSS, and

Online Full stack developer

software engineer proficient in both front-end and back-end web development. They can handle everything from designing user interfaces to managing databases and server-side logic. Essentially, they're equipped to work on all aspects of a web application or website, making them valuable assets in various development scenarios.

Online Frontend stack develope

Introduction to Web Development and the Internet: Understanding the basics of how the internet works, client-server architecture, browsers, and HTTP/HTTPS. HTML (HyperText Markup Language): Structuring web page content using elements like headings, paragraphs, lists, images, and semantic HTML for better accessibility and SEO. CSS (Cascading Style Sheets): Styling web pages with properties for layout, colors, fonts, backgrounds, and responsive design techniques like Flexbox, Grid, and Media Queries. JavaScript: Adding interactivity and dynamic features to web pages, including variables, data types, operators, functions, control flow statements, and DOM manipulation. II. Core Frontend Development Skills Advanced JavaScript (ES6+): Mastering modern JavaScript features like arrow functions, destructuring, template literals, modules, Promises, and async/await. Version Control (Git and GitHub): Tracking code changes, collaborating with teams, and managing code repositories. Frontend Frameworks and Libraries: Learning popular frameworks like React.js, Angular, or Vue.js for building complex and scalable applications. CSS Preprocessors (Sass/Less): Using variables, nested rules, mixins, and other features to write more organized and maintainable CSS. Responsive Web Design: Implementing designs that adapt seamlessly to various devices and screen sizes using techniques like flexible grids and fluid images. User Interface (UI) Design Principles: Understanding the fundamentals of designing intuitive and user-friendly interfaces. Web Accessibility (A11Y): Building websites that are usable by everyone, including individuals with disabilities, and adhering to standards like WCAG. Performance Optimization: Optimizing images and assets, leveraging browser caching, lazy loading, minification, and using CDNs for faster load times and smoother user experiences. III. Emerging and Advanced Topics TypeScript: Enhancing JavaScript with static typing for better code quality and maintainability, especially in large-scale projects. Build Tools (Webpack, Parcel, Vite): Automating tasks like code bundling, transpilation, and optimization for efficient development workflows. API Integration: Consuming RESTful and GraphQL APIs to interact with backend services and fetch data. Testing and Debugging: Implementing unit, integration, and end-to-end testing with frameworks like Jest, Mocha, and Cypress, and mastering debugging techniques. Server-Side Rendering (SSR) and Static Site Generation (SSG): Improving performance and SEO by pre-rendering applications on the server or generating static HTML at build time. Progressive Web Apps (PWAs): Building web applications that offer a native app-like experience, including offline functionality and push notifications. Micro Frontends: Decomposing monolithic frontend applications into smaller, independent micro-apps for better scalability and collaboration. AI/ML Integration (Optional): Incorporating AI-powered features like chatbots and recommendation systems using libraries like TensorFlow.js or ml5.js. IV. Professional Development and Best Practices Continuous Learning: Staying updated with industry trends, new technologies, and best practices in the rapidly evolving field of frontend development. Problem-Solving Skills: Analyzing issues, developing effective solutions, and implementing innovative designs. Communication and Teamwork: Collaborating effectively with designers, backend developers, and clients. Building a Portfolio: Showcasing completed projects and skills to demonstrate expertise to potential employers. Interview Preparation: Preparing for technical interviews by reviewing core concepts, practicing coding challenges, and understanding common interview questions. This syllabus provides a comprehensive overview of the skills and knowledge required to become a successful frontend developer, ranging from foundational concepts to advanced frameworks and emerging technologies. The specific emphasis on certain topics may vary depending on the target role or industry, but this roadmap covers the core competencies generally expected in the field. AI responses may include mistakes. Learn more

Online Web Development

can be of various types, namely Full Stack Web Development, Front End Web Development, Back End Web Development, Web Application, etc. The syllabus for these courses may vary. However, in all of these courses Introduction to Web Development, HTML, CSS, JavaScript, DOM, etc are all covered.

BUILDING CIRCUIT

REVIT HVAC

Working with the Autodesk Revit software’s basic viewing, drawing, and editing commands. • Inserting and connecting MEP components and using the System Browser. • Working with linked Revit files and CAD files. • Creating spaces and zones so that you can analyze heating and cooling loads. • Creating HVAC networks with air terminals, mechanical equipment, ducts, and pipes. • Creating plumbing networks with plumbing fixtures and pipes. • Creating electrical circuits with electrical equipment, devices, and lighting fixtures and adding cable trays and conduits. • Creating HVAC and plumbing systems with automatic duct and piping layouts. • Testing duct, piping and electrical systems. • Creating and annotating construction documents. • Adding tags and creating schedules. • Detailing in the Autodesk Revit software.

Diploma in Interior Design

Introduction to design: In this, you will be taught all about the importance of designing and various other aspects related to it. You need to understand the intricacies involved and the fundamentals of designing. Definition and meaning of design: Fundamentals will be dealt with under this. Examples of design and nature: In this, you will be taught all about the importance of line, point, shape, etc. consider this more like the basic of drawing structure. Fundamental elements of design: All the aspects of design, 2-D,3-D, etc. Concept of geometry: this is crucial since this will play a vital role in your shape and design formation. It is the backbone of your design. Colour psychology: Understanding colour psychology and its effect on our mind are fundamental. This will give you a brief idea about the colour pattern. Colour wheel: You will learn the colour, what type of colour will be used for inside or outside front, etc. Art and graphics: all about the forms of art and graphics basics will be dealt with. Quite a fun subject if you ut your time and energy into it. Basic design principles: All the principles f designing will be taught to you under this subject. English language and usage essentials: English is ubiquitous and is needed everywhere. Given the opportunities for designing offers at both the national and international levels, English becomes the prerequisite. Material and construction techniques: What material to be used for a particular area, the methods to be adopted, etc. will be dealt with under this. History of interior design: All about history, and it’s an evolution in the status quo. This will allow you to expand your perspective. Model making workshop: It is more like a practical thing. You will be required to make the model and present it to the professor. Quite fun and helps to solidify your grasp over designing. Drawing technique: there are specific techniques involved in the drawing, and its basics will be dealt with under this subject.

Graphic Design & Animation

Design

Solar System

Design

ELECTRICAL MEASUREMENT & INSTRUMENTATION

t is a core course for all UG Electrical Engineering students. The content of this course is also aligned to the syllabus for the GATE EE exam. The course has two halves: (1) Electrical Measurements (6 weeks): Working principle and Dynamics of different electro-mechanical instruments, ammeter, voltmeter, ohmmeter, wattmeter, energy meter, measurement of resistance and impedances, bridges and potentiometers, Instrument transformers. (2) Electronic Instruments (6 weeks): Differential amplifier, op-amp circuits, Analog DC and AC instruments, ADC and DAC, Digital instruments, function generator, oscilloscope Find details below

Machine Learning

Introduction and Orientation to Technical Drafting 2. Introduction to Computer Aided Drafting and Design 3. Instrument Drawing Techniques 4. Drawing Management/File Types 5. Design Processes and Methods 6.