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IdentityWe at Celosia Technologies are committed on bridging the knowledge gap of professionals by providing a more systematic and job oriented training.
We are currently offering the following courses at our BTM layout office in Bangalore.
I)CERTIFICATE COURSE IN PIPING DESIGN ENGINEERING:
1 Fundamentals of Plant engineering and introduction
to Piping basics
Project types,Project phases,Structure of EPC engineering
organization,Pipe sizes,Pipe schedule nos,Pipe manufacturing
methods,classifications and abbreviations.
2 Pipe fittings
Classification selection and application of elbows,tees,
bends,reducers,O-lets,pipe nipples,couplings,weld caps
and plugs.
3 Flanges,Gaskets and bolts
Flange types and application,P-T ratings,flange facing
types and applications,gasket ,bolt types and selection.
4 Valves
Type of valves and functions,P-T ratings,valve trim,
valve materials and applicable codes.
5 Piping speciality items
Various type of SP items and their applications
6 Codes and standards
Relevant codes for piping from ASME,API,BS,AISI,ASTM,IS
DIN,MSS-SP etc..
7 Piping and valve material specifications
Material selection,pipe wall thickness calculations,
P-T ratings,branch tables and PMS applications.
8 Process mechanical equipments
Description of the various static and rotary equipments
used in the plant with vendor drawings.
9 Pipe rack
Rack width considerations,pipe grouping
and arrangements on the rack,future space requirements
and pipe spacing.
10 Preparation of plot plan,equipment layout and
piping GA drawings
Plot plan requirements and development,overall plot plan
and unit plot plans,equipment layout guidelines,piping
GA layout guidelines,accessability maintainability and
material handling considerations on layouts,practical
examples of pipe routing for various equipments.
11 Piping Isometrics,BOM and MTO
Preparation of isometrics,bill of materials and material
take off with practical exercises.
12 Piping supports
Type of supports -primary,secondary,rest,anchor,line stop
guide,clamp and shoe type supports,trunnion,spring type
and special type supports.
13 Piping stress analysis
Introduction to stress analysis and objectives,type of
loads,failure theories,critical line selection criteria.
14 Mock project
II)CERTIFICATE COURSE IN PIPE DRAFTING:
1 Introduction to industry and fundamentals
Industry overview,role of a designer,guidelines to process
plants,Pipe sizes,Pipe schedule nos,Pipe manufacturing
methods,classifications abbreviations,pipe representation
methods in drawings.
2 Pipe fittings,flanges and valves
Introduction to various types of fittings,flanges,gasket,bolts,
valves and other miscellaneous items used in the industry
and their representation methods in drawings,sample
exercises.
3 Codes and standards
Relevant codes for piping from ASME,API,BS,AISI,ASTM,IS
DIN,MSS-SP etc..
4 Introduction to Piping and valve material specifications
5 Process mechanical equipments
Description of the various static and rotary equipments
used in the plant with vendor drawings.
6 Development of Plot plan and equipment layout
Plot plan requirements and development,overall plot plan
and unit plot plans,equipment layout development,nozzle
orientation,sample exercises.
7 Piping GA drawings,sections and elevations
Information required by the designer for developing GA's,
recommended practices,sample exercises.
8 Rack,yard and equipment piping detailing
Practical examples of pipe detailing for all major equipments
and pipe rack,yard etc..
9 Piping Isometrics,BOM and MTO
Preparation of isometrics,bill of materials and material
take off with practical exercises.
III)CERTIFICATE COURSE ON BASIC EMBEDDED SYSTEM:
Module-1 UNDERSTANDING OF EMBEDDED SYSTEM
Types of Architecture, Compiler, Linker,
debugger, IDE cross compilation, Memories
Module-2 BASIC ELECTRONICS
RELAY, Transistor, Pull up, Pull down.
transformer, rectifier, regulator,
dc motor, stepper motor, opt couplers,
Photo-transistor, buffers...
Module-3 MICRO CONTROLLERS & ARCHITECTURE
8 bit,16 bit,32 bit variant renesas controllers,
Microchip,
Module-4 C-LANGUAGE
Data types, Control Statements
Loop statement, switch statements
functions, arrays, Pointers, Preprocessing
structures, unions, strings,
storage classes, memory management,
Memory management, file management.
Module-5 PROGRAMING AND HARDWARE INTERFACING
LEDs, switches, keypad, dc motor, stepper motor,
LCD interface, relays, seven segments, adc.
Module-6 PROJECT:
Project using the all above interfaces
Module-7 Protocol Based Interface
I2C--Eeprom read &write, RTC read &Write.
SPI- Lcd Interface.
UART-Between Controllers
LIN interface.
CAN
Module-8 FINAL PROJECT
IV)CERTIFICATE COURSE ON ADVANCED EMBEDDED SYSTEM:
Module-1 Linux internals
Introduction to Linux
Linux kernel, Shell scripting,
creating Libraries, Boot Process
File system, Process management,
Memory Management, Inter process
communication, Multithreading,
sockets, programming and
Debugging tools.
Module-2 Building embedded Linux Systems
Types of host/target development and
debug setups, tool chain config,
types of boot configuration,
configuring and compiling kernel,
Root file system setup.
Boot loader setup, cross compilation
for target.
Module-3 Linux device Drivers
Introduction to drivers, role of device
drivers, building and running
Modules, Char Drivers, Proc file
system, Interrupt handling,
Block Drivers,
Module-4 Two Projects using Industrial
Standard Processor Boards
In addition to this, we are looking out for professionals with expertise in the following areas who are interested in providing full time/part time training and willing to be associated with us on a long term basis:
Oil and Gas:
i)Piping stress analysis
ii)PDMS
iii)Process Engineering design
iv)Instrumentation Control design
v)Mechanical equipment design
vi)Electrical design
Buildings and MEP:
i)HVAC design
ii)Plumbing and firefighting design
