Education
division of Indus Integrated Technologies offers training programs
to suit working professionals & fresh engineers.
In the present scenario of changing technologies, continuous learning
and training are the need of every organization. We offer tailor
made corporate training programs for specific requirements. We have
expert faculties who are experienced by working on industrial projects.
EMBEDDED SYSTEMS AND SOFTWARE
TRAINING:
Embedded
system and software training are provided using tangible hardware
and micro- controllers as used extensively in automotive industry.
This training in not just power point presentation, students will be
given all required resources to develop and test the code on
hardware platforms. Training goal is to provide students with hands
on experience on today’s world of embedded system and software.
At the end of the training schedule students will have
proficient understanding of embedded software and system. Each
student will understand and develop one complete project which
includes Application layer, Hardware layer, Tiny RTOS, Communication
and Diagnostic layer subsystem.
Students will follow complete software development life cycle
(SDLC) Requirement
Analysis à Design à Coding à Testing
to develop and implement software components. Projects are developed
in layered architecture as shown in Figure 1. Common
Software Process (CSP) is followed in all phases of software
life cycle.
Students will work on:
1)
Code warrior development studio
2) Application layer
software
3)
Hardware layer software
a.
Hardware components ADC, Timer, RS232 and etc.
4)
Tiny RTOS (or Scheduler)
5)
Communication
a.
CAN drivers
b.
CCP protocol
c.
CAN protocol and CAPL programming
6) RAM, Stack and
Loop
Over Run Check
7)
Fixed point math
8) Stepper motor and DC motor control
and
Etc.,
Duration:
6 Weeks
Location:
Indus-USA
Inc
31500,
West 13 Mile Road
Suite 215
Farmington Hills
. MI - 48334
For more information on training
please call Patil @ 248-760-9301 or send Email:
patil@indus-usa.com
or training@indus-usa.com.
FINITE
ELEMENT ANALYSIS:
| Course Description |
Module Description |
Duration |
Who Can attend |
NASTRAN
ANSYS
|
FE Modeling
Structural-Linear Static Analysis
Buckling Analysis
Dynamic-Modal & frequency response Analysis
Thermal- Heat Transfer Analysis
Project work – Live industrial projects
|
120 hrs |
Engineering Graduates /Post Graduates
in
• Mechanical
• Civil
• Industrial Engg.
• Manufacturing
• Automobile |
|
DESIGN
AND 3D MODELING PACKAGES:
| Course Description |
Module description |
Duration |
Who Can attend |
CATIA – V5
AUTODESK INVENTOR
PRO-E (PTC Certified)
|
Sketching
Basic and Advance part design
Assembly design
Drafting
Generative shape design (Surfacing)
General engineering practice
Project work – Live industrial projects |
120 hrs |
Engineering Graduates /Diploma Holders
• Mechanical
• Civil
•
Industrial Engg.
• Manufacturing
•
Automobile
• Tool & Die Making |
| AUTOCAD - 2005 |
Basic and Advance 2D drafting
General engineering practice
Project work – Live industrial projects
|
100hrs |
Engineering Diploma & ITI Graduates
• Mechanical
• Civil
•
Industrial Engg.
• Production
• Automobile
• Electrical |
|
 SPECIALIZED
COURSES (PTC CERTIFIED)
| Pro/Sheet Metal |
Pro/Mold |
Pro/Machining |
Design of Sheet Metal Parts & Dies
: 40 hours
• Parametric Design of Sheet
metal components
• Application of Sheet Metal
Standards
• Sheet Metal Drawings
•
Live Projects |
Design of Injection Moulds: 40 hours
• Application of Mold Base Library
•
Design of Injection moulds using standards
•
Core-Cavity splitting
• Design of Complex moulds.
• Live Projects
|
Pro/Manufacturing tools for Milling :
40 hours
• Introduction to CNC programming
• Generation of Tool Path
• Tool Set-up
and Customization of tools
• 2-Axes & 3-Axes
Machining
• Live Projects |
|
EMBEDDED
SYSTEMS
| Course Description |
Duration |
Who Can attend |
| Introduction to embedded systems |
100 hrs
|
Science, Engineering &
Diploma Graduates
• Electrical
•
Electronics
• Computer Science
• Telecommunication
• Instrumentation Technology
• Medical
Electronics |
| Introduction to Microcontroller
|
C for embedded programming
Data types & I/O
Conditional Statements
Arrays
Functions
Structures |
Details of 8051 Microcontroller
Architecture
Instructions
Addressing modes
Assembly Language Programming
I/O Ports |
| Interrupts |
| Timers & Counters
|
| Serial communication |
| Project Work |
|
|
