Assembly , Disassembly, Printer , OS, Networking , Peripherals

Fundamentals of Networking , LAN ,WAN, MAN ,Media & Topologies ,windows server 2003 ,2008, 2012.

1. Basics of C ,History and Features of C 2. The Structure of a C Program, Writing C Programs 3. Data Type, Variable ,Operators ,Control Statement 4. Preprocessor Directives Input and Output Operators 5. Formatted input/output Function 6. Control Statement - The IF.....ELSE Statement, The Switching Statements 7. Loops - The do-while Statement ,The while statement, FOR Statements 8. Array in C, String Handling, String Handling Functions 9. Function in C, Function Basics , Advantage of Function, Recursion 10. Pointers in C, Structures and Unions, File Management in C 11. Command Line Arguments 12. C++ Introduction 13. Classes & Objects 14. Inheritance, Polymorphism 15. Constructors, Inheritance 16. Operator Overloading, Function Overloading 17. File Handling

Introduction on different machines and equipments in different section and guidance in creating training report.

Solid & Surface Modeling. Assembly ,Simulation, Drafting, Sheet Metal. Core & Cavity. Manufacturing ,Analysis etc.

Concept of FEM/FEA, Ceation of 1D,2D, 3D geometry, cleanup differentType of geometry, meshing,(automesh) Mapable,solid map, crash analysis, Morphing, tensile test analysis, concept on different type of solver, single/double action draw, extract die/punch/blank holder, spring back,trimming&gravity.

PLC Introduction, Sensor, Actuators, PLC Programming, PLC Hardware, Simulators & Projects

G-Code. M-Code. Profile Programming. Canned Cycle (Drilling, Boring, Threading).Sub - Programming. Practice & Operation.

G-Code, M-Code, Contour Programming. Mirror. Scaling. Cycles (Peck Drilling, Pocket Milling, Slot Milling, Parametric Programming) Practice & Operation

Basics of Accounting , Applications of Tally,basic knowledge of GST

MICROCONTROLLER INTERFACING WITH LED, 7SEGMENT, LCD, KEYPAD, DC MOTORS,STEPPER MOTORS,ETC

Introduction, select member element properly, modeling techniques, member specifications, Understanding in loads and load combinations, Wind load generator, Moving load generator, Interpreting of an analysis result, problems based on stell design, problem based on concrete design, problem based on foundation design

Solid & Surface Modeling, Assembly, Simulation,Drafting, Sheet Metal. Mould Wizard, Manufacturing, Die Wizard, Realize Shape, Reverse Engineering, Render etc.

Courses contents HTML5, JAVASCRIPT, CSS, PHP & MySQL.

MS-word, Ms-Excel , Power point ,paint, uses of Internet. & Photoshop( Photo editing, making invitation card.

Solid & Surface Modeling. Assembly, Simulation, BOM. Drafting Sheet Metal. Core & Cavity. Manufacturing etc.

Fundamentals of Networking , LAN ,WAN, MAN ,Media & Topologies ,windows server 2003 ,2008, 2012

• Graphics Screen of AutoCAD. • Menu Area Setup for drawing. • Creation of 2D Drawings: - Point, Line, construction line, multiline, polyline, ray, arcs, circle, rectangle, polygons, ellipse, spline, etc. • Modification 2D Drawing: - Fillet, chamfer, trim, mirror, scaling, stretch, copy, move, offset, array, lengthen, extend, break, join, etc. • Assigning of different line type to objects: - Dashed line, hidden line, center-line, dotted line, border line, gas line, tracks, zig zag, etc. • Transparent Overlay (Layer). • Tables, Text, Hatching, Gradient. • Block, W Block, Design Center. • Modeling 3D Objects: - with the help of box, cylinder, sphere, cone, torus, wedge, extrude, revolve, slice, section, interference, etc. • Editing 3D Objects: - with the help of union, intersect, subtract, extrude faces, rotate faces, offset faces, delete faces, move faces, imprint, shell, etc. • Assign different colors to different types of object. • Generation of orthographic & isometric views for a 3D component with different scales. • Application of layers and demonstrating the same along with application of slide show. • Creation of 2D drawing & 3D Objects

CNC-Turning (FANUC), CNC-Milling (FANUC), Auto CAD

Course Contents: Basic Knowledge of computer components, identifying problems and solving with live example and situation. Installing windows and formatting a computer.

1. Introduction to IoT – Applications/ Devices, Protocols and Communication Model 2. Communication Medium, Things and Connections 3. C language Overview, Embedded C Language 4. Sensors, Actuators and Microcontrollers 5. Building IoT Applications, Assignments & Practical 6. Security and Future of IoT Ecosystem

MOTHER INFORMATION, RAM, ROM, DIFFERENCE BETWEEN HARD DISK AND SSD, HOW TO INSTAL SSD, BLACK SCREEN PROBLEM, DISPLAY NOT SHOWING, BIPPING PROBLEM, HOW TO INSTALL WINDOW, CACHE FILE, HOW TO IMPROVE SYSTEM SPEED, SYSTEM ASSEMBLING DISSAMBLING, BOOTING PENDRIVE, CD AND DVD,HOW TO CREATE FOLDER ,FILE ETC. AND DELETE FILE WITH COMMAND. AND MANY MORE.

Introduction of Auto CAD . GUI of Auto CAD & complete window setup. About model space and paper space. Complete functional keys of Auto CAD. Data exchange process in Auto CAD. Creation of 2D drawings:- line,construction line,polyline, polygoan, rectangel, arcs, ray, circle, ellipse, spline,make block & insert block, hatches,gradient, wipeout, text and multiline. Modification tool bar:- fillet,chamfer,trm,mirror,scaling,stretch, copy, move,offset,array,lengthen, extend, break, join,explode,break at point, break,blend curve etc. Line types and their use in Auto CAD:- dashed line, hidden line, centre line, dotted line, border line, track, zig zag line etc. Transparent overlay (layers) & layout. Tool palettes, design centre, complete dimension tool bar& insert tool bar

Session 1 Importance of Industry Academia Collaboration Session 2 Academia and Industry Collaboration Plan Session 3 Communication Strategies for AIC Plan Session 4 Objectives and Types of Collaboration Session 5 Identifying Potential Partners and Networking Session 6 Business model for IAC Session 7 Funding Aspects Session 8 Industry Participation in Academia Session 9 Setting Up Industry Specific Courses/Add on Session 10 Industry Project under AIC Plan Session 11 Sponsorships opportunities from Industry Session 12 ECR = Early Career Researcher Session 13 Sponsorships opportunities from Industry Session 14 Industry Chair Session 15 Student Scholarship from Industry Session 16 MOUs as a form of interaction Session 17 Entrepreneurship Ecosystem Session 18 Innovation Lab Session 19 Internship opportunities Session 20 Placement Ecosystem

Introduction to CATIA Software Sketch: - Introduction to Sketch mode, Constraining and its types, Animate constraining and automatic constraining, Creation of Basic Sketch Tools, Usage of Relimination Tools, Transformation Tools, 3D-Geomtery tools, Creating of Design Table, Catalog and Catalog editor. Part: - Creating of different bodies, Sketch based features, Dress-up Features, Surface Based Features, Transformation Features, Boolean operations, How to use power copy and Instantiate from document. Assembly: - Different types of Constrain tools like, Coincidence, Contact, Offset, Angle, Fix together, Fix, Views etc., Compute clash, Sectioning Degrees of freedom status. Drafting: - Creating different views, Creating drawings, Creating Bill of Materials, Creating Annotations, Creating Dress up Features.

Course Content - Session 1 : Understanding NBA Readiness Session 2 : NBA Registration on Website Session 3 : Creation of Self Assessment Report Session 4 : Submitting the SAR Session 5 : Applying for the NBA Accreditation Session 6 : NBA Peer Team Members Visit Session 7 : Submission of Report Session 8 : Final Recommendation by EAC Session 9 : Academic Advisory Committee’s Decision Session 10 : Accreditation

Course Content: - 1. a) Introduction • Basic Testing Vocabulary • Quality Assurance versus Quality Control • Scope of Testing • When Should Testing Occur? • Refractory Bricks, Monolithic, Ramming mass, Mortar, Castables and gunnin mass etc. • IS Standards for tests. 2. b) Physical, Thermal and Chemical Testing Procedure • Physical- CCS, MOR • Thermal- Thermal Conductivity, Reversible Thermal Expansion, Pyrometric Cone Equivalent, RUL etc • Chemical- Loss of Ignition, Chemical Analysis of , Sio2, Al2o3, Tio2, Fe2o3, Cao, Mgo, Na2o and K2o in high alumina refractory materials. 3. Safety and Precautions during Testing 4. Reporting of Tests 5. Validity of Test Results

Course Contents: Introduction of AutoCAD . GUI of Auto CAD & complete window setup. About model space and paper space. Complete functional keys of Auto CAD. Data exchange process in Auto CAD. Creation of 2D drawings:- line, construction line, polyline, polygoan, rectangel, arcs, ray, circle, ellipse, spline, make block & insert block, hatches, gradient, wipeout, text and multiline. Modification tool bar:- fillet, chamfer, trim, mirror, scaling, stretch, copy, move, offset ,array, lengthen, extend, break, join, explode, break at point, break, blend curve etc. Line types and their use in Auto CAD:- dashed line, hidden line, centre line, dotted line, border line, track, zig zag line etc. Transparent overlay (layers) & layout. Tool palettes, design centre, complete dimension tool bar& insert tool bar.

Advantages of AAA, Principles of the Academic Audit ,Types of AAA, Internal AAA, Composition of Internal AAA team External AAA, Composition of External AAA team, The Process of External AAA, Stages of the AAA process Preparation of Self-study Report, Review by Internal Teams/Peers, Modify the self-study report, Audit by the external audit team Implement recommendations from the audit

FDP on Apprenticeship & Internship Opportunities For Professional Institutions

TOT On Creating Institutions Ready for 2030

Program Outline – XII Comprehensive Sessions Session I – Vision, Mission and Understanding NBA Readiness Session II – Program Curriculum and Teaching – Learning Processes Session III – Course Outcomes and Program Outcomes Session IV – Students’ Performance & Reporting Session V – Faculty Information and Contributions Session VI – Facilities and Technical Support Session VII – Role & Responsibilities of NBA College Team Session VIII – Student Support Systems Session IX-- Creation of the SAR -Self Assessment Report Session X ---NBA Peer Team Members Visit the Campus for Evaluation Session XI—Do & Don’ts Session XII- Clarifications & FAQ

Introduction to PLC, Concept of NO & NC, Sensors, Basics of Pneumatic & Hydraulic, Basics of Power & Control Ckt, Concept of S-7, PLC Programming. MAPS System, EL Model.

CNC TURNING: Introduction to CNC Technology. • Advantages & Disadvantages. • NC & CNC Machine. • Elements of CNC Machine. • Positional Data (Absolute & Incremental Dimensioning). • Introduction to Programming Words. • Functions of G- Code & M- Code. • Tool Selection & Tool Offset, Tool Nose Radius Compensation (TNRC). • ISO Specification for Insert, Cutting Parameters. • Data Input Panel & their uses. • Canned Cycles – Roughing turning (G73), Roughing facing (G74), Peck Drilling(G83),Pattern repeating cycle, Threading cycle, Grooving cycle etc. • Sub programming. • Nesting. • Example of programming. • Exercise. CNC MILLING: • Data Input Panel & their Functions • Axis Definition, Main function of M - Code • Dimensional Programming • Programming of Work piece Contour • Tool Offsets • Tool Radius Compensation & Tool Definition • Path Functions • Contour programming • Contour programming with tangent approach. • Programming of pocket Milling(Rectangular and circular pocket). • Programming of peck drilling using coordinate system (absolute Incremental and polar coordinate system). • Profile milling , parametric /Q parameter program. • Programming of mirror / snap. • Exercise practice for different types of programming. • Machine practice using different types of profile of program,tool offset etc.

Engine and Vehicle Management System, Automotive Pollution and Control Vehicle Maintenance Power Transmission system (Gear, Clutch) Engines and Emission Control Electrical and Electronics Control system

Introduction to PHP , Tags in HTML ,From Tag ,CSS, Java script ,Form handling and event handling , Validation checks , MySOL data base , how to write PHP code , File Uploading , Stak Mgt

Part Module, Assembly, Manufacturing, Mould etc

Fundamentals of Networking , LAN ,WAN, MAN ,Media & Topologies ,windows server 2003 ,2008, 2012 , networking in Linux ,Red Hat Remote Connection. Fundamentals of Networking, LAN, MAN, WAN, Media Topologies, Windows Server 2003, 2008, 2012, Networking in Linux, Red Hat, Remote Connection

• Introduction to computer. • System requirements for AutoCAD. • Graphics Screen of AutoCAD. • Menu Area Setup for drawing. • Creation of 2D Drawings: - Point, Line, construction line, multiline, polyline, ray, arcs, circle, rectangle, polygons, ellipse, spline, etc. • Modification 2D Drawing: - Fillet, chamfer, trim, mirror, scaling, stretch, copy, move, offset, array, lengthen, extend, break, join, etc. • Assigning of different line type to objects: - Dashed line, hidden line, center-line, dotted line, border line, gas line, tracks, zig zag, etc. • Transparent Overlay (Layer). • Tables, Text, Hatching, Gradient. 3D • Block, W Block, Design Center. • Modeling 3D Objects: - with the help of box, cylinder, sphere, cone, torus, wedge, extrude, revolve, slice, section, interference, etc. • Editing 3D Objects: - with the help of union, intersect, subtract, extrude faces, rotate faces, offset faces, delete faces, move faces, imprint, shell, etc. • Assign different colors to different types of object. • Generation of orthographic & isometric views for a 3D component with different scales. • Application of layers and demonstrating the same along with application of slide show. • Creation of 2D drawing & 3D Objects.

Introduction of IOT, IOT Devices and Sensors, IOT communication Technology, IOT DATA management, IOT Protocols and Standards, TOT Security privacy ,etc.