Telecom Skill Development Program
The TSDP is telecommunication skilling program which is designed with the objective of employment by meeting the skill set needs of STCS or prospective employers. The course has been developed with an emphasis on lending industry relevant practical knowledge rather than just theoretical knowledge, thus remarkably improving the participants’ employability skills. TSDP aims to bridge the gap between student skills and industry requirements thus creating a much efficient recruitment effort towards a workforce that is in sync with the growing industry needs.
Find a program in which you are eligible, click on Apply Button and fill the all basic information in the form. Submit your application and wait while we are reviewing your application.
Internships and apprenticeships both give you hands on training but internship is expecting any appearing students of ITI/Diploma/Engineering while apprenticeship is employment linked program and expecting the participants who are in final semester or already completed the respective academic.
If you got selected, join the skilling program and get industry ready profile. Job working experience is more important, so get anticipated as experienced from fresher label.
The Program Edge gives a student the benefit of achieving work experience. This industry relevant experience helps them to have a competitive advantage over other candidates.
An effective training program is developed for industry entrants to help them and reach their potential by learning and constantly working to improve their technical skills and competencies.
The ability to interact inside the organization depends upon people’s interpersonal skills. These are the instruments used by humans for communication with others in corporate culture.
Trainees undertake practical work which develops experimental and actual live field work knowledge along with analytical capabilities, problem solving skills and professional practice.
Training reinforcement is a series of small lessons or learning activities that support a core concept or skill. This occurs in a laboratory environment and is a form of learning through practical experimentation.
Offer employment through this skills training to right fits for STCS as per industry and organizational standards after successful completion of respective program.
Eligibility
ITI/DIPLOMA/ENGINEERING
Skills Delivered.
Module Summary:
Most of the networks today rely on the use of fiber-optic communication technology as a means of providing clear signaling for both inbound and outbound transmissions. Fiber optics are capable of accommodating far more signals than the older copper wiring used in generations past, while still maintaining the integrity of the signal over longer distances.
| UNIT NUMBER | TOPICS COVERED |
|
1 |
Optics Introduction |
|
2 |
PDH Overview |
|
3 |
SDH Overview |
|
4 |
Ethernet Overview |
|
5 |
Planning Docs |
|
6 |
MO Details |
|
7 |
Site Contact Details |
|
8 |
Site Access |
|
9 |
Inventory Check |
|
10 |
RFI Readiness and Fiber Readiness |
|
11 |
Installation |
|
12 |
Commissioning |
|
13 |
Nodal & Link ATP Acceptance |
|
14 |
Doc Preparation & Sign-off |
Module Summary:
The acronym for GSM originally meant Group Special Mobile, but this changed to Global System for Mobile Communications as the system spread on a global basis. GSM is a second generation or 2G mobile phone system, originally introduced in 1991. It is still used for many voice calls and some low data rate services that require its use.
| UNIT NUMBER | TOPICS COVERED |
|
1 |
GSM Introduction |
|
2 |
Network Architecture |
|
3 |
Network Interfaces |
|
4 |
RF Interface |
|
5 |
Slots & Bursts |
|
6 |
Discontinuous Transmission (DTx) |
|
7 |
GSM Frames |
|
8 |
Channels |
|
9 |
Handover |
|
10 |
GSM Addressing and Identifiers |
|
11 |
GSM User Services |
|
12 |
Call Flow |
Module Summary:
GPRS technology brings a number of benefits for users and network operators alike over the basic GSM system. It was widely deployed to provide a realistic data capability via cellular telecommunications technology.
| UNIT NUMBER | TOPICS COVERED |
| 1 | GPRS Basics |
| 2 | Network Architecture |
| 3 | Mobile / Multi slot classes |
| 4 | Radio Interface |
| 5 | Coding |
| 6 | Channels |
| 7 | GPRS Protocol Stack |
| 8 | Operational states |
| 9 | EDGE Introduction |
| 10 | Network Architecture |
| 11 | RF Interface |
| 12 | Modulation Coding Schemes |
| 13 | Evolved EDGE |
Module Summary:
3G UMTS using WCDMA technology is a third generation mobile telecommunications system run under the auspices of 3GPP providing mobile data connectivity & circuit switched voice.
| UNIT NUMBER | TOPICS COVERED |
|
1 |
UMTS Overview |
|
2 |
Network Architecture |
|
3 |
Radio Access |
|
4 |
Radio Interface |
|
5 |
Frequency Bands |
|
6 |
UMTS CDMA |
|
7 |
Modulation |
|
8 |
Data Channels |
|
9 |
UMTS TDD |
|
10 |
TD-SDCDMA |
|
11 |
Handover |
Module Summary:
High speed packet access, HSPA is an upgrade to 3G UMTS to provide very high higher data rates in both uplink and downlink. The system provides an enhancement on the basic 3G WCDMA / UMTS cellular system, providing data transfer rates that are considerably in excess of those originally envisaged for 3G as well as much greater levels of spectral efficiency.
| UNIT NUMBER | TOPICS COVERED |
|
1 |
HSPA Introduction |
|
2 |
HSDPA |
|
3 |
HSDPA Channels |
|
4 |
HSDPA Categories |
|
5 |
HSUPA |
|
6 |
UMTS CDMA |
|
7 |
HSUPA Categories |
|
8 |
Evolved HSPA (HSPA+) |
Module Summary:
LTE Long Term Evolution was the 4G successor to 3G UMTS that provided improved speeds and performance. Providing much higher data speeds and greatly improved performance as well as lower operating costs, the scheme started to be deployed in its basic form around 2008.
| UNIT NUMBER | TOPICS COVERED |
|
1 |
LTE Overview |
|
2 |
LTE OFDMA / SCFDMA |
|
3 |
MIMO |
|
4 |
LTE Duplex |
|
5 |
LTE Frame & Subframe |
|
6 |
LTE Data Channels |
|
7 |
LTE Frequency bands |
|
8 |
LTE EARFCN |
|
9 |
UE Categories / Classes |
|
10 |
LTE-M (Machine to Machine) |
|
11 |
LTE-LAA / LTE-U |
|
12 |
VoLTE |
|
13 |
SRVCC |
|
14 |
LTE Advanced Introduction |
|
15 |
Carrier Aggregation |
|
16 |
Coordinated Multipoint |
|
17 |
LTE Relay |
|
18 |
Device to device, D2D |
Module Summary:
The new 5G mobile communications system will enable many new mobile capabilities to be realized – offering high speed, enormous capacity, IoT capability, low latency and much more it provides the bearer for many new applications.
| UNIT NUMBER | TOPICS COVERED |
|
1 |
5G Technology |
|
2 |
5G Requirements |
|
3 |
5G NR, New Radio |
|
4 |
5G Next Gen Core Network |
|
5 |
5G Waveform |
|
6 |
5G Modulation |
|
7 |
5G Multiple Access Scheme |
|
8 |
5G Millimeter Wave |
Module Summary:
Wireless Edge Networks offers a range of installation and commissioning services to suit any deployment or requirement.
| UNIT NUMBER | TOPICS COVERED |
|
1 |
Planning Documents |
|
2 |
Move Order Details / Docket Number |
|
3 |
Site Contact Details |
|
4 |
Site Access |
|
5 |
Inventory Check |
|
6 |
RFI Readiness |
|
7 |
Installation |
|
8 |
Commissioning |
|
9 |
Integration |
|
10 |
Call Testing |
|
11 |
Doc preparation & Sign-off |
