CENTRE OF EXCELLENCE IN
MARITIME AND SHIPBUILDING
about cems
Centre of Excellence in Maritime
& Shipbuilding (CEMS), a well-
funded startup in skill
development for maritime and
shipbuilding sector, having
centres in Mumbai & Vizag,
Promoted by Indian Register of
Shipping (IRClass) in partnership
with Siemens and support from
Sagarmala, Ministry of Shipping.
With 30,000sqft campus in Vizag
and state of art Technology,
CEMS provides the best
oppurtunites for learning.
TECHNOLOGY INDUSTRY
FOCUS RELEVANCE
INTERACTIVE CREATING
TRAINING COMPETENCIES
COURSES
INDUSTRIAL DESIGN
DRAFTING DESIGNER
SHEETMETAL DESIGNER
ASSEMBLY MANAGEMENT DESIGNER
SIMULATION
FINITE ELEMENT ANALYST
MOTION SIMULATOR ANALYST
DIGITAL MANUFACTURING
BASIC DIGITAL MANUFACTURING
DRAFTING DESIGNER
Course is designed to provide technical knowledge for
COURSE students new to the industry who wish to become
DESCRIPTION professionals in the Creation,Modification and Drafting of
Components. This course examinees 2D, 3D and
Assemblies and Drafting through Synchronous, Sketching
and Modelling and Drafting tools. This training will focus on
in-depth explanations and hands-ondemonstrations of
Industrial Components.
This course is suited for designers, engineers,
Intended
manufacturing engineers, application programmers, NC
audience
programmers, CAD/CAM managers, and system
managers who need to manage and use any design tools.
Prerequisites Education: Diploma completed or Degree 2 nd year
completed in any one of following Streams.Aeronautical,
Automobile, Civil, Industrial, Marine, Mechanical,
Mechatronics,Metallurgy, Production and Manufacturing
Engineering.
Software:There are no prerequisites for this class.
Course After successfully completing this course, you should be
objectives able to
Creating and Editing Sketches,3D geometry and
Assemblies and
Drafting
Modifying imported components from other software’s.
Creating and maintain Drawings sheet and Views.
Create and edit Symbols, Dimension and Text,
DRAFTING DESIGNER
Course syllabus Essential for Designer
• Introduction to CAD with basic Engineering Graphics
• Getting started with NX and NX Interface
• Coordinate systems and Datum Geometry
• Creating and Constraining Sketches
• Sweeping Geometry
• Creating and Editing Geometric Relationship with Formula
• Examine the Structure
• Editing and Manipulating Sketches
• Trimming A Solid Body
• Creating and Editing shell features
• Creating swept Feature with offset and draft
• Creating and Editing Holes
• Copying and Mirroring Part Segments
• Blending and Chamfering Edges
• Modifying Geometry of Imported Parts
• Loading and working with assemblies
• Adding and Positioning Parts in an Assembly
• Creating Simple Drawings
• Point options, Primitives and Pre-defined shapes
Synchronous Modelling and Parametric Design
• Documenting design intent
• Editing parametric models
• Associative curve operations
• Emboss geometry
• Blending techniques
• Interpart references
• Capturing part shape variations when assembled
• Design optimization
• Synchronous Modelling commands
DRAFTING DESIGNER
Course syllabus Drafting Essentials
• Course overview
• Part Navigator
• Master model drawings and drafting standards
• Drawing sheets
• Drafting views
• Custom views
• Move, copy, and align views
• Hiding geometry in drafting views
• Updating drawings and drafting views
• Centerline symbols
• Dimensions
• Notes and labels
• Balloon symbols
• GD&T symbols
• Surface finish, weld, and custom symbols
• Section views
• Editing section lines
• Maintaining associativity
• Detail views
• View boundaries
• Broken views
• Break-out section views
• View dependent edits
• Part Attributes
• Parts lists
• Sectioning assembly views
• Exploded views
Course DURATION 90HRS
SHEET METAL DESIGNER
COURSE Course is designed to provide technical knowledge for
DESCRIPTION students new to the sheet metal industry who wish to
become professionals in the designing sheet metal parts.
This course examines sheet metal 3D modelling, Drafting
Sheet Metal.This training will focus on in-depth
explanations and hands-on demonstrations of industrial
components.
Intended This course is suited for designers, engineers,
audience manufacturing engineers, application
programmers, NC programmers, CAD/CAM managers,
and system managers who need
to manage and use any design tools.
Prerequisites Education: Diploma completed or Degree 2 nd year
completed in any one of following Streams.
Aeronautical, Automobile, Civil, Industrial, Marine,
Mechanical, Mechatronics,Metallurgy, Production and
Manufacturing Engineering.
Software:
There are no prerequisites for this class..
Course After successfully completing this course, you should be
objectives able to
• Creating and editing Sketches, 3D geometry and
Assemblies
• Use Design Intent to plan and create Sheet Metal parts
• Create and maintain drawing sheets and views
• Create and edit symbols, dimensions and text,
GD&T
SHEETMETAL DESIGNER
Essential for Designer
Course syllabus
• Introduction to CAD with basic Engineering Graphics
• Getting started with NX and NX Interface
• Coordinate systems and Datum Geometry
• Creating and Constraining Sketches
• Sweeping Geometry
• Creating and Editing Geometric Relationship with Formula
• Examine the Structure
• Editing and Manipulating Sketches
• Trimming A Solid Body
• Creating and Editing shell features
• Creating swept Feature with offset and draft
• Creating and Editing Holes
• Copying and Mirroring Part Segments
• Blending and Chamfering Edges
• Modifying Geometry of Imported Parts
• Loading and working with assemblies
• Adding and Positioning Parts in an Assembly
• Creating Simple Drawings
• Point options, Primitives and Pre-defined shapes
Sheet Metal Designer
• Course overview
• Sheet Metal workflow
• Define the basic shape of the part
• Constructing base features
• Sheet Metal corners
• Sheet Metal cutouts
• Sheet Metal deform features
• Flat Solid and Flat Pattern
• Advanced Sheet Metal commands
• Analyze Formability – One step
• Working with non-sheet metal data
SHEETMETAL DESIGNER
Course syllabus Drafting Essentials
• Course overview
• Part Navigator
• Master model drawings and drafting standards
• Drawing sheets
• Drafting views
• Custom views
• Move, copy, and align views
• Hiding geometry in drafting views
• Updating drawings and drafting views
• Centerline symbols
• Dimensions
• Notes and labels
• Balloon symbols
• GD&T symbols
• Surface finish, weld, and custom symbols
• Section views
• Editing section lines
• Maintaining associativity
• Detail views
• View boundaries
• Broken views
• Break-out section views
• View dependent edits
• Part Attributes
• Parts lists
• Sectioning assembly views
• Exploded views
Course DURATION 90HRS
ASSEMBLY MANAGEMENT DESIGNER
COURSE Course is designed to provide technical knowledge for
DESCRIPTION students new to the industry who wish to become
professionals in the cad systems. This course
examines sketches, Part Modelling and Assemblies
modifying parts through Synchronous
and Advanced commands.
Intended This course is suited for designers, engineers,
audience manufacturing engineers, application
programmers, NC programmers, CAD/CAM managers,
and system managers who need
to manage and use any design tools.
Prerequisites Education: Diploma completed or Degree 2 nd year
completed in any one of following Streams.
Aeronautical, Automobile, Civil, Industrial, Marine,
Mechanical, Mechatronics,Metallurgy, Production and
Manufacturing Engineering.
Software:
There are no prerequisites for this class..
Course After successfully completing this course, you should be
objectives able to
• Create and Edit Sketching’s, 3D Geometry and
Assemblies
• Modifying the Components from Another Cad
Software’s.
• Working on the Intermediate Design & Assemblies
ASSEMBLY MANAGEMENT DESIGNER
Essential for Designer
Course syllabus
• Introduction to CAD with basic Engineering Graphics
• Getting started with NX and NX Interface
• Coordinate systems and Datum Geometry
• Creating and Constraining Sketches
• Sweeping Geometry
• Creating and Editing Geometric Relationship with Formula
• Examine the Structure
• Editing and Manipulating Sketches
• Trimming A Solid Body
• Creating and Editing shell features
• Creating swept Feature with offset and draft
• Creating and Editing Holes
• Copying and Mirroring Part Segments
• Blending and Chamfering Edges
• Modifying Geometry of Imported Parts
• Loading and working with assemblies
• Adding and Positioning Parts in an Assembly
• Creating Simple Drawings
• Point options, Primitives and Pre-defined shapes
Synchronous Modelling and Parametric Design
• Documenting design intent
• Editing parametric models
• Associative curve operations
• Emboss geometry
• Blending techniques
• Interpart references
• Capturing part shape variations when assembled
• Design optimization
• Synchronous Modelling commands
ASSEMBLY MANAGEMENT DESIGNER
Intermediate Design and Assemblies
Course syllabus
• Capturing design intent by constraining sketches
• Applying advanced techniques to sketched parts
• Creating freeform shaped surfaces
• Capturing design intent with formulas
• Duplicating features
• Organizing the assembly model structure
• Controlling the display of parts in an assembly
• Modelling parts within the context of an assembly
• Building geometric relationships between parts
• Modifying parts at the assembly level
• Creating geometric relationships between parts
• Modifying geometry for manufacturing processes
• Creating a round or fillet with a varying radius
• Simplifying geometry for downstream applications
• Storing positional constraints in the part
• Controlling instances of a part in an assembly
• Defining reusable geometry
Course DURATION 90HRS
FINITE ELEMENT ANALYST
COURSE Technical knowledge for students new to the industry who
DESCRIPTION wish to become professionals in the CAE Analyst. This
course examines Essential for industrial designer, Advance
simulation processes and solutions through Analytical
method. This training will focus on in-depth explanations
and hands-on demonstrations of industrial components.
Intended This course is suited for designers, engineers,
audience manufacturing engineers, application programmers,
CAD/CAE managers, and system managers who need to
manage and use any design tools.
Prerequisites Education: Diploma completed or Degree 2 nd year
completed in any one of following Streams.
Aeronautical, Automobile, Civil, Industrial, Marine,
Mechanical, Mechatronics,Metallurgy, Production and
Manufacturing Engineering.
Software:
There are no prerequisites for this class..
Course After successfully completing this course, you should be
objectives able to
• Creating and editing sketches, 3D geometries and
assemblies.
• Geometry Clean-up and meshing of geometry as per the
industrial standard.
• Solving the problems as per the required solvers.
FINITE ELEMENT ANALYST
Essential for Designer
Course syllabus
• Introduction to CAD with basic Engineering Graphics
• Getting started with NX and NX Interface
• Coordinate systems and Datum Geometry
• Creating and Constraining Sketches
• Sweeping Geometry
• Creating and Editing Geometric Relationship with Formula
• Examine the Structure
• Editing and Manipulating Sketches
• Trimming A Solid Body
• Creating and Editing shell features
• Creating swept Feature with offset and draft
• Creating and Editing Holes
• Copying and Mirroring Part Segments
• Blending and Chamfering Edges
• Modifying Geometry of Imported Parts
• Loading and working with assemblies
• Adding and Positioning Parts in an Assembly
• Creating Simple Drawings
• Point options, Primitives and Pre-defined shapes
Advance Simulation Process
• Introduction to CAE and Basic Mechanics
• Introduction and working with Advanced Simulation and Selecting
Entities
• Basic Mesh Techniques and Boundary Conditions
• Various techniques and using fields in Boundary Conditions
• Solving, Post Processing and Reports
• Geometry Idealization and Abstraction
• Synchronous modelling and Geometry repair
FINITE ELEMENT ANALYST
• Element Size, Mesh Density and Beam Modelling
Course syllabus
• Connecting Meshes, Bolt Modelling and Preloads
• 3D Swept Mesh and Manual Meshing
• Mesh Quality and Project
Advance Simulation Solutions
• Introduction to advance simulation solutions and modal analysis
• Response simulation
• Thermal analysis
• Buckling analysis and contact and gluing
• Symmetry and assembly fem
• Non-linear static analysis
• Geometry optimization
Course DURATION 90HRS
MOTION SIMULATOR ANALYST
COURSE Course is designed to provide technical knowledge for
DESCRIPTION students new to the industry who wish to become
professionals in the CAE Analyst. This course examines
Essential for industrial designer, Intermediate design and
Assemblies. This training will focus on in-depth
explanations and hands-on demonstrations of industrial
Assemblies
Intended This course is suited for designers, engineers,
audience manufacturing engineers, application programmers,
CAD/CAE managers, and system managers who need to
manage and use any design tools.
Prerequisites Education: Diploma completed or Degree 2 nd year
completed in any one of following Streams.
Aeronautical, Automobile, Civil, Industrial, Marine,
Mechanical, Mechatronics,Metallurgy, Production and
Manufacturing Engineering.
Software:
There are no prerequisites for this class..
Course After successfully completing this course, you should be
objectives able to
• Creating and editing sketches, 3D geometries and
assemblies.
• Geometry Clean-up and arranging the assembly.
• Solving the problem with motion simulation
MOTION SIMULATOR ANALYST
Essential for Designer
Course syllabus
• Introduction to CAD with basic Engineering Graphics
• Getting started with NX and NX Interface
• Coordinate systems and Datum Geometry
• Creating and Constraining Sketches
• Sweeping Geometry
• Creating and Editing Geometric Relationship with Formula
• Examine the Structure
• Editing and Manipulating Sketches
• Trimming A Solid Body
• Creating and Editing shell features
• Creating swept Feature with offset and draft
• Creating and Editing Holes
• Copying and Mirroring Part Segments
• Blending and Chamfering Edges
• Modifying Geometry of Imported Parts
• Loading and working with assemblies
• Adding and Positioning Parts in an Assembly
• Creating Simple Drawings
• Point options, Primitives and Pre-defined shapes
• Intermediate for Designer and Assemblies
• Capturing design intent by constraining sketches.
• Applying advanced techniques to sketched parts.
• Creating freeform shaped surfaces.
• Capturing design intent with formulas.
• Duplicating features.
• Organizing the assembly model structure.
• Controlling the display of parts in an assembly.
• modelling parts within the context of an assembly.
.
MOTION SIMULATOR ANALYST
• Building geometric relationships between parts.
Course syllabus
• Modifying parts at the assembly level.
• Creating geometric relationships between parts.
• Modifying geometry for manufacturing processes.
• Creating a round or fillet with a varying radius.
• Simplifying geometry for downstream application.
• Storing positional constraints in the part.
• Controlling instances of a part in an assembly.
• Defining reusable geometry.
• Revising and replacing parts in assemblies.
• Capturing part shape variations when assembled.
• Controlling moving part positions in an assembly.
Motion Simulation
Introduction to Motion Simulation and Work Flow of Motion
Simulation
• Links and Joints
• Specialized Couplers and Constraints
• Motion Drivers
• Working with Results and Assemblies
• Springs, Dampers, Forces and Torque
• Smart Points, Sensors and 2d Contact
• 3d Contacts
• Joint Friction and Bushing
• Load Transfer and Flexible Body Analysis
• PMDC Electric Motor and Simple Project
Course DURATION 90HRS
BASIC DIGITAL MANUFACTURING
COURSE Course is designed to provide technical knowledge for
DESCRIPTION students new to the digital manufacturing industry who
wish to become professionals in the designing and creating
Work cell and Plant layout. This course examines creation,
simulation and modification of mechanisms of industrial
components through Kinematics link creator and
Simulation.
Intended This course is suited for designers, engineers,
audience manufacturing engineers, application programmers,
CAD/CAE managers, and system managers who need to
manage and use any design tools.
Prerequisites Education: Diploma completed or Degree 2 nd year
completed in any one of following Streams.
Aeronautical, Automobile, Civil, Industrial, Marine,
Mechanical, Mechatronics,Metallurgy, Production and
Manufacturing Engineering.
Software:
There are no prerequisites for this class..
Course After successfully completing this course, you should be
objectives able to
• Creating and editing Workcell Layout
• Creating and editing existing industrial resources
• Creating and Editing paths and SOP
• Plant layout creation in Process Designer
BASIC DIGITAL MANUFACTURING
Basic Design
Course syllabus
• Opening and working with parts
• Getting to know the NX interface
• Creating parts with sketches
• Creating datum geometry to support design intent
• Sweeping geometry to create part features
• Creating and editing holes
• Blending and chamfering edges
• Loading and working with assemblies
• Adding and positioning parts in an assembly
• Creating simple drawings
Robcad Basics
• Introduction to Robcad
• Workcell Layout
• Modeling and Kinematics
• Processing
• Basic Simulation Techniques
• Other Selected Topics
Robcad Advanced Modeling and Kinematics
• Advanced Kinematics and Modelling Overview
• Advanced Modelling
• Automatic Kinematic Creation
• Kinematics Function and More
• Attribute Based Components Searching
Process Designer Basics
• Process Designer Basics
• Introduction to the Process Designer Interface
• Productivity Tools
• Process Designer (Loaded Viewer) Environment
.
BASIC DIGITAL MANUFACTURING
• Search, Query and Filter
Course syllabus
• Placement Commands (for Layout)
• Creating and Saving Engineering Data
• Additional Topics
• Putting It All Together
Course DURATION 90HRS
PROGRAM HIGHLIGHTS
WORLD CLASS INFRASTRUCTURE
CAPSTONE PROJECT
CERTIFICATION FROM IMU & SIEMENS
EXPERIENCED TRAINERS DESIGNTECH
BRIDGING ACADEMICS & INDUSTRY
CROSS INDUSTRY APPLICATIONS
INDUSTRY PLACEMENT ASSISTANCE
Address:Opposite Scindia ,
High School Road, Gandhigram,
Hindustan Shipyard Colony,
Visakhapatnam,
Andhra Pradesh 530011
