Question and Answer Forum

The benefits are IT has allowed companies to build up a competitive advantage, increase their efficiency and speed, cut costs and develop strategic planning.

IT benefits have been brought to business and industry namely IT has enabled companies to build competitive advantage, increase their efficiency and speed, cut costs and develop strategic planning.

IT has allowed companies to build up a competitive advantage, increase their efficiency and speed, cut costs and develop strategic planning.

The benefits are IT has allowed companies to build up a competitive advantage, increase their efficiency and speed, cut costs and develop strategic planning.

the benefits are IT has allowed companies to build up a competitive advantage, increase their efficiency and speed, cut costs and develop strategic planning

1. The incredible changes and developments in the management and processing of information have brought about advances in all areas, from design and production to distribution and sales.

It has the benefits allowed companies to build up a competitive advantage, increase their efficiency and speed, cut costs and develop strategic planning.

The benefits are IT has allowed companies to build up a competitive advantage, increase their efficiency and speed, cut costs and develop strategic planning.

IT has allowed companies to build up a competitive advantage, increase their efficiency and speed, cut costs and develop strategic planning

The benefits are IT has allowed companies to build up a competitive advantage, increase their efficiency and speed, cut costs and develop strategic planning.

Information technology has allowed companies to build up a competitive advantages, increase their efficiency and speed,cut costs and develop strategic planning

IT has allowed companies to build up a competitive advantage,increase their efficiency and speed, cut costs and develop strategic planning.The incredible changes and developments in the management and processing of information have brought about advances in all areas,from design and production to distribution and sales.

The benefits are IT has allowed companies to build up a competitive advantage, increase their efficiency and speed, cut costs and develop strategic planning.

IT has allowed companies to build up a competitive advantage, increase their efficiency and speed, cut costs and develop strategic planning.

The benefits are IT has allowed companies to build up a competitive advantage, increase their efficiency and speed, cut costs and develop strategic planning

IT has allowed companies to build up a competitive advantage, increase their efficiency and speed, cut costs and develop strategic planning.

IT has allowed companies to build up a competitive advantage, increase their efficiency and speed, cut costs and develop strategic planning.

The benefits are IT has allowed companies to build up a competitive advantage, increase their efficiency and speed, cut costs and develop strategic planning.

IT has allowed companies to build up a competitive advantage, increase their efficiency and speed, cut costs and develop strategic planning.

IT has allowed companies to build up a competitive advantage, increase their efficiency and speed, cut costs and develop strategic planning

the benefits are IT has allowed companies to build up a competitive advantage, increase their efficiency and speed, cut costs and develop strategic planning.

CAD (Computer Aided Design)
CAM ( Computer Aided Manufacturing)
CAE (Computer Aided Engineering)
CIM (Computer Integrated Manufacturing)
RFID (Radio Frequency Identification)

A. computer-aided design
B. computer-aided manufacturing
C. computer-aided engineering
D. computer-intergrated manufacturing
E. radio-frequency identification
F. quick respons

ΓÇó CAD, short for computer-aided design
ΓÇó CAM, short for computer-aided manufacturing
ΓÇó CAE, short for computer-aided engineering
ΓÇó CIM, short for computer-integrated manufacturing
ΓÇó RFID, short for Radio Frequency Identification
ΓÇó QR, barcode

A. CAD, short for computer aided design, creates 2 D drawings and 3 D models and is used,for example, by designer, architects and engginer
B. CAM, stand for computer aided manufacturing and refers to computer applications which control the machine tools used to produce high quality parts
C. CAE (computer aided engineering)
D. CIM ( computer integrated manufacturing)
E. rfid, stands for radio frequency identification and it is a versatile technology for identifying, tracking and auditing items

a) CAD (computer-aided design)
b) CAM (computer-aided manufacturing)
c) CAE (computer-aided engineering)
d) CIM (computer-integrated manufacturing)
e) RFID (Radio Frequency Identification)
f) QR (Quick Response)

CAD : Computer Aided Design
CAM : Computer Aided Manufacturing
CAE : Computer Aided Engineering
CIM : Computer Integrated Manufacturing
RFID : Radio Frequency Identification

a) CAD (computer-aided design)
b) CAM (computer-aided manufacturing)
c) CAE (computer-aided engineering)
d) CIM (computer-integrated manufacturing)
e) RFID (Radio Frequency Identification)
f) QR (Quick Response)

2. a) CAD
CAD short for computer-aided design, creates 2D drawings and 3D.
b) CAM
CAM stands for computer-aided manufacturing and refers to computer applications which control the machine tools used to produce high-quality parts.
c) CAE
CAE computer- aided engineering.
d) CIM
CIM computer-integrated manufacturing.
e) RFID
Radio Frequency Identification

ΓÇö CAD (Computer Aided Design)
ΓÇö CAM (Computer Aided Manufacturing)
ΓÇö CAE (Computer Aided Engineering)
ΓÇö CIM (Computer Integrated Manufacturing)
ΓÇö RFID (Radio Frequency Identification)

A. CAD, short for computer aided design, creates 2 D drawings and 3 D models and is used,for example, by designer, architects and engginer
B. CAM, stand for computer aided manufacturing and refers to computer applications which control the machine tools used to produce high quality parts
C. CAE (computer aided engineering)
D. CIM ( computer integrated manufacturing)
E. rfid, stands for radio frequency identification and it is a versatile technology for identifying, tracking and auditing items

CAD, short for computer-aided technologies
CAM, short for computer-aided manufacturing
CAE, short for computer-aided engineering
CIM, short for computer-integrated manufacturing
RFID, short for Radio Frequency Identification
QR, barcode

A. computer-aided design
B. computer-aided manufacturing
C. computer-aided engineering
D. computer-intergrated manufacturing
E. radio-frequency identification
F. quick respons

a) CAD (computer-aided design)
b) CAM (computer-aided manufacturing)
c) CAE (computer-aided engineering)
d) CIM (computer-integrated manufacturing)
e) RFID (Radio Frequency Identification)
f) QR (Quick Response)

CAD : Computer Aided Design
CAM : Computer Aided Manufacturing
CAE : Computer Aided Engineering
CIM : Computer Integrated Manufacturing
RFID : Radio Frequency Identification
QR : Quick Respons

- CAD : computer-aided design
- CAM : computer-aided manufacturing
- CAE : computer-aided engineering
- CIM : computer-intergrated manufacturing
- RFID : radio-frequency identification
- QR :quick respons

a. CAD =computer-aided design
b.CAM =computer-aided manufacturing
c.CAE =computer-aided engineering
d.CIM =computer-integrated manufacturing
e.RFID =Radio Frequency Identification
f. QR =Quick Response

a) CAD (computer-aided design)
b) CAM (computer-aided manufacturing)
c) CAE (computer-aided engineering)
d) CIM (computer-integrated manufacturing)
e) RFID (Radio Frequency Identification)
f) QR (Quick Response)

A. computer-aided design
B. computer-aided manufacturing
C. computer-aided engineering
D. computer-intergrated manufacturing
E. radio-frequency identification
F. quick respons

the software allows the user to rotate the model in any direction and to edit and instantly make changes to the design. it is widely employed in the automotive aerospaces industries as well as architectural design

CAD software help a designer creates 2D drawings and 3D models and is used, for example, by designers, architects and engineers. The software allows the user to rotate the model in any direction and to edit and instantly make changes to the design.

CAD, short for computer-aided design, creates 2D drawings and 3D models and is used, for example, by designers, architects and engineers. The software allows the user to rotate the model in any direction and to edit and instantly make changes to the design.

It helps for : software allows the user to rotate the model in any direction and to edit and instantly make changes to the design. it is widely employed in the automotive aerospaces industries as well as architectural design

The software allows the user to rotate the model in any direction and to edit and instantly make changes to the design.

CAD software help a designer creates 2D drawings and 3D models and is used, for example, by designers, architects and engineers. The software allows the user to rotate the model in any direction and to edit and instantly make changes to the design.

CAD allows the user to rotate the model in any direction and to edit and instantly make changes to the design.

creates 2D drawings and 3D models and is used, for example, by designers, architects and engineers. The software allows the user to rotate the model in any direction and to edit and instantly make changes to the design. It is widely employed in the automotive and aerospace industries, as well as architectural design

The software allows the user to rotate the model in any direction and to edit and instantly make changes to the design. It is widely employed in the automotive and aerospace industries, as well as architectural design

creates 2D drawings and 3D models and is used, for example, by designers, architects and engineers. The software allows the user to rotate the model in any direction and to edit and instantly make changes to the design.

The software allows the user to rotate the model in any direction and to edit and instantly make changes to the design.

The software allows the user to rotate the model in any direction and to edit and instantly make changes to the design. It is widely employed in the automotive aerospaces industries as well as architectural design.

CAD software help a designer creates 2D drawings and 3D models and is used, for example, by designers, architects and engineers. The software allows the user to rotate the model in any direction and to edit and instantly make changes to the design.

The software allows the user to rotate the model in any direction and to edit and instantly make changes to the design. It is widely employed in the automotive and aerospace industries, as well as architectural design

the software allows the user to rotate the model in any direction and to edit and instantly make changes to the design. it is widely employed in the automotive aerospaces industries as well as architectural design.

the software allows the user to rotate the model in any direction and to edit and instantly make changes to the design. it is widely employed in the automotive aerospaces industries as well as architectural design.

the software allows the user to rotate the model in any direction and to edit and instantly make changes to the design. it is widely employed in the automotive aerospaces industries as well as architectural design

the software allows the user to rotate the model in any direction and to edit and instantly make changes to the design. it is widely employed in the automotive aerospaces industries as well as architectural design

computer applications which control the machine tools used to produce high-quality parts

computer applications which control the machine tools used to produce high-quality parts. Its benefits include precise control, a more efficient and faster production process and less waste of raw materials.

refers to computer applications which control the machine tools used to produce high-quality parts. Its benefits include precise control, a more efficient and faster production process and less waste of raw materials.

It is widely employed in the automotive and aerospace industries, as well as architectural design, CAM stands for computer-aided manufacturing and refersto computer applications which control the machine tools used to produce high-quality parts

By controlling the machine tools used to produce high quality parts. Its benefits include precise control,a more efficient and faster production proces.

computer applications which control the machine tools used to produce high-quality parts. Its benefits include precise control, a more efficient and faster production process and less waste of raw materials.

CAM assist the manufacturing process by referring to computer applications that control the machine tools used to produce high-quality components. The benefits include proper control, a more efficient and faster production process and less waste of raw materials.

computer applications which control the machine tools used to produce high-quality parts. Its benefits include precise control, a more efficient and faster production process and less waste of raw materials.

computer applications which control the machine tools used to produce high-quality parts. Its benefits include precise control, a more efficient and faster production process and less waste of raw materials.

CAM stands for computer-aided manufacturing and refersto computer applications which control the machine tools used to produce high-quality parts.

computer applications which control the machine tools used to produce high-quality parts. Its benefits include precise control, a more efficient and faster production process and less waste of raw materials.

computer applications which control the machine tools used to produce high-quality parts. Its benefits include precise control, a more efficient and faster production process and less waste of raw materials.

Computer applications which control the machine tools used to produce high-quality parts. It's benefits include precise control, a more efficient and faster production process and less waste of raw materials.

The two components of a RFID system are tags and readers.

tags and readers

The two components of a RFID system are tags and readers.

Tags and readers

The two important elements in an RFID system are tags and readers.

The two components of a RFID system are tags and readers.

The two components of a RFID system are tags and readers

The two components of a RFID system are tags and readers.

The two components of a RFID system are tags and readers

the two components of a RFID system are tags and readers

Tags and readers

The two components of a RFID system are tags and readers.

the two components of a RFID systems are tags and readers

the two components of a RFID system are tags and readers

The two components of a RFID system are tags and readers.

The two components of a RFID system are tags and readers

Tags and readers?

These tags can be self- adhesive, heat and water resistant,

Technology RFID collect the data without direct contact with the tag: it is sufficient for it to be within a certain distance. In addition, multiple tags can be read at the same time, unlike traditional barcodes which have to be read one at a time.

Radio Frequency Identification and it is a versatile RFID technology for identifying, tracking and auditing items.unlike barcodes which have to be read one at a time.

These tags can be self- adhesive, heat and water resistant,

These tags can be self- adhesive, heat and water resistant.

Technology RFID multiple tags can be read at the same time, unlike barcodes which have to be read one at a time

Radio Frequency Identification and it is a versatile RFID technology for identifying, tracking and auditing items.unlike barcodes which have to be read one at a time

Technology RFID multiple tags can be read at the same time, unlike barcodes which have to be read one at a time

RFID it is versatile technology for identifying,tracking,and auditing items. And contact-less reading of data increase speed and efficiency keeping costs lower.

Radio Frequency Identification and it is a versatile RFID technology for identifying, tracking and auditing items.unlike barcodes which have to be read one at a time.

Technology RFID multiple tags can be read at the same time, unlike barcodes which have to be read one at a time

Radio Frequency Identification is a versatile technology for identifying, tracking and auditing items

These tags can be self- adhesive, heat and water resistant

These tags be selfΓÇöadhesive, heat and water resistant.

Digital Payments and E-Money, Because it eases to use nowadays

Digital Payments and E-Money, Because it eases to use nowadays.

Digital Payments and E-Money, Because it eases to use nowadays.

Digital Payments and E-Money, Because it eases to use nowadays

Digital Payments and E-Money, Because it eases to use nowadays

Digital Payments and E-Money, Because it eases to use nowadays.

Digital Payments and E-Money, Because it eases to use nowadays.

Digital Payments and E-Money, Because it eases to use nowadays

Payments and E-Money. Because it eases to use nowadays.