Electronic CADD - CAD/CAM/CAE Training Institute-MITSU CAD

Electronic CADD

S NO. Course Code Software Duration in hours
Professional in Electronic Design Automation
2 RC-167 OrCAD Capture +OrCAD PSpice +OrCAD PCB Editor 120
Diploma in Electronic Design Automation
3 RC-168 OrCAD Capture +OrCAD PCB Editor 80
Foundation program
4 RC-169 OrCAD Capture 40
5 RC-170 OrCAD PSpice 40
6 RC-171 OrCAD PCB Editor 40

Course Description (AutoCAD) Duration: 80 hrs

  • Introduction to CAD Industry
  • Drawing Settings
  • Orthographic Drawings
  • Isometric Drawings
  • Perspective Drawings
  • Editing the drawings
  • Annotations and Dimensions
  • Layer management
  • Project Planning and Management: An Overview
  • Selection Methods
  • Creating and Updating Repeated Elements
  • Parametric Drawings
  • Preparing Joinery Details *BOM
  • Presenting the Project
  • Working with a team
  • Layout Management
  • Scale setting and Plotting
  • Import and Export

OrCAD Capture – Course Description Duration: 40 hrs

  • Introduction to OrCAD Capture
  • Introduction to component database
  • How to place the parts in the design
  • Connecting the parts with wire, bus, net alias and power symbol in the design
  • How to modify the properties of the parts (Property Editor)
  • How to edit the physical appearance of the parts (Part Editor)
  • How to create a new library
  • How to create a new part
  • How to work in Multi sheet projects
  • How to make connectivity between schematic pages
  • How to work in multi folder projectors
  • Working with Hierarchical blocks
  • Design Processing (Annotate, Back Annotate, DRC, Create Netlist, Cross reference parts and BOM)
  • Inter tool communication (ITC)
  • Component Information System (CIS) with Internet Component Assistance (ICA)

PSpice – Course Description Duration: 40 hrs

  • Modifying Schematic for Simulation
  • PSpice Netlist creation
  • Error identification and rectification (DRC Markers)
  • Creation and configuration of Simulation profile.
  • Bias Point analysis (To display DC bias values)
  • Transient analysis (Time domain Response)
  • Single Window, Single window with multiple Y-axis, Split window and Multi window representation
  • Parametric analysis (Design response variation with respect to Design element parameters)
  • Temperature analysis (Design response variation with respect to Temperature)
  • DC Sweep analysis (Design response variation with respect to DC parameters)
  • AC Sweep analysis (Design response variation with respect to Frequency)
  • Monte Carlo*Worst case analysis (Design response variation with respect to Device tolerance)
  • Mixed signal simulation (Design and analyzing with both Analog and Digital devices)
  • Macros (Getting response with respect to expressions)
  • Configuring and utilizing stimulus (Signal source creation for Analog and Digital)

PCB Editor – Course Description Duration: 40 hrs

  • PCB Editor Configuration setup
  • How to create customized pad
  • How to create customized Footprint
  • How to create Board Template
  • How to create a new board file
  • How to assign number of layers for routing (X section)
  • How to import the capture logic
  • Component placement (Manual and Auto)
  • Setting up the design constraints (Constraint manager)
  • Routing the design (Manual and Auto)
  • DRC Updating
  • How to Rename design elements (Manual and Auto)
  • Back Annotation
  • How to generate the artwork file (Manufacturing Process)
  • Script File generation and utilization
  • How to import and export design parameters

Course Description (PPM Concepts) Duration: 24 hrs

  • Instructions to Project Management
  • What is a Project?
  • What is Project Management?
  • Project Management Context
  • Processes of a Project Management

  • Initiation
  • Planning
  • Execution
  • Monitoring & Controlling
  • Closing
  • Knowledge areas in a Project

  • Time Management
  • Cost Management
  • Scope Management
  • Quality Management
  • Risk Management
  • Human Resource Management
  • Procurement Management
  • Integration Management
  • Communication Management

Course Description (Microsoft Office Project) Duration: 40 hrs

  • Activities, Calendars – Definitions, Sequencing & estimate duration
  • How to develop a schedule plan and control
  • Network analysis-CPM, PERT, PDM
  • How to prepare Work Breakdown Structure (WBS)
  • How to define WBS
  • Constraints
  • How to manage cost in a project
  • How to do Resource Planning and Cost Estimation
  • How to prepare Resource Sheet
  • How to apply resource to each activity
  • How to define Resource Pool and to allocate Resources
  • Filters and Grouping
  • How Material Resources are being allocated
  • Analyzing Resources and Earned Value Analysis
  • Method of developing different types of reports according to industrial needs
  • Scheduling in multiple projects
  • Customisation