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Telecom Certification (TCTP)

This course is designed to provide a comprehensive overview of Communication fundamentals, Understanding of transmission technology, switching technology, internet, broadband systems, wireless technologies and networks.

Duration: 180 Hours – 2.30 hours per day – Mon-Fri – Sat-Sun off – 2 Months.

Qualification: B.E / B. Tech / Diploma

Specialisation: EXTC / ECE / Electronics

From AICTE Approved Institution

Some of the areas where you can placed are

–Telecom Operators  : TATA , Reliance JIO,Vodafone, Airtel etc

–Network Installers : TVS, Alums, Nokia Siemens etc

–Infrastructure Comp.: GVK, GTL, Essar, Acme, Indus

–OEM’s  : Nokia, Ericsson, ZTE, Alums, Huwaei etc, Cisco,

–Consultancy firms  : Telusnetwork, GTL, Ericsson

–Internet Service Providers : Hathway, Sify etc

Visit here  Placements

TCTP Course leads to various types of job profiles:

Graduate Engineer Trainee (GET), Associate Engineer, Technical Officer (Optic Fiber), Network Engineer (Data Networks), Transmission Engineer, RF Engineer, Drive Test Engineer, BTS Engineer, FM Engineer, Survey Engineer ( RF, EMF, Site, WiFi), RAN Integration Engineer, O& M Engineer (Active & Passive Infra), NOC Engineer (Networks, Fiber, Wireless, Transmission), Technical Co-ordinator, Telecom MIS Executive, Project Co-ordinator, Project Engineer (Wireless, Fiber, Data Networks, Smart World) and many more.

Course content

Transmission Media – Modulation and Multiplexing – Optical Fiber Communication – OFC  construction, Splicing, Test and Measurements – WDM and classifications – DWDM and CWDM Features & Architecture – FTTH/FTTB/FTTC Technologies – PON Technologies – Coding Theory – Basics of Transmission Systems – Introduction to Digital Switching – SS7 signaling elements & Architecture – SS7 protocols & Call flow – Basics of SIP signaling  protocol – SIP architecture & Call flow – Telephone Traffic Engineering – Long Distance Switching Plans.

For course & lab details of this module visit CCNA Course

Basic SDH concepts – SDH Multiplexing and mapping – SDH Network elements and Topologies – System Description – Network Survivability – Network Synchronization – Performance Management – Local Craft Terminal – Telecom Management Network – Digital Loop Carrier – Interface V.5 – Metro Ethernet Services – Multi Protocol Label Switching – MPLS based L2 & L3 VPN – Overview of NGN – NGN in Access and Core networks – Overview of Telecom OSS.

HANDS ON PRACTICALS FIBER: Fiber Stripping & Cleaning – Cutting the fibers (Cleaving) – Splice Protection – Fiber alignment – Fiber Splicing – Use of splice closure – OTDR Measurement – Saving & Loading OTDR files – OTDR Event Analysis.

HANDS ON PRACTICALS ON SDH DEVICE: Mapping of various PDH signals, Basic configuration of SDH device, Basic Alarm monitoring and resolving, Various testing of SDH signal, Mapping with KLM on SDH device.

GSM Frequency Spectrum and Cell Principles – GSM Network architecture – Handset Identities – Base Station Subsystem – Mobile Switching Center – GSM Channels & Frame Structure – Call Processing and Roaming – GSM data evolution (GPRS – EDGE) – CDMA Technology and Architecture – Architecture of EvDO and EvDV – UMTS (WCDMA) Overview – UMTS Core Network Architecture – WCDMA Radio Network (USIM, NodeB, RNC) – UTRA Channels and Protocols – Circuit & Packet-Switched Scenarios – Radio and core network mobility – End-to-end QoS .

Antenna Theory (Gain, Propagation) – Antenna Installation Guide lines – Survey Works – BTS Towers and Shelters – Civil and Electrical Works – BTS Installation Activities – MW Antenna Installation – Earthing in Telecom Systems – Measurement of Earth Resistance and Soil resistivity – RF Engineering and Planning – Concept of Network optimization – Need for Drive Test and types – Drive test data analysis – Drive Log File Analysis – Analyzing Coverage, Quality and Sector swap – Handoff issues – Maps of Rx Level, Rx Quality, SQI etc – Performance /KPI analysis for Drop calls – Safety from High Voltages – Safety Devices and Inspection – First Aid and action to recover the patient – Handling of Devices Sensitive to Static – Safety from RF and Laser Radiation – Tower Safety Systems & Fall Prevention – Emergency and Rescue Procedures.

HANDS ON PRACTICALS : Drive Test Setup – Basic information of TEMS Investigation – Create new Workspaces in TEMS Investigation – Working with Workspaces in TEMS Investigation – Analyzing Call connection in TEMS Investigation – Saving workspaces and files in TEM Investigation – Run log files in TEMS Investigation – Analyzing Logs in TEMS Investigation – Exporting files in TEMS Investigation.

Overview of LTE, LTE versus 2G/3G, LTE versus LTE-Advanced, LTE solution architecture, Heterogeneous Networks (HetNets), eUTRAN overview, eUTRAN key principles, eNodeB interfaces, EPC overview, MME, SGW, PGW, PCRF, LTE procedure introduction, UE initial attach, EPS bearers and PDN connections, UE state changes, Active Handover from eNodeB to eNodeB, IMS, 5G Overview and Architecture.


The module helps students to build self confidence to manage interviews with ease. It helps in building their self belief and create a winning attitude so essential for success. They will learn to leverage their strengths and mitigate their weaknesses at the end of the course. They will be trained on methodologies and tools to manage their time, and develop their communication skills. Based on extensive discussions with the industry the course now incorporates modules on managing a successful career once they get selected to the role. It helps them transition into corporate life from college seamlessly.

This module will be delivered by our experienced soft skill and placement team using interactive tools, videos and role plays. Learning will be fun here.

The workshops help them perform better than peers at interviews and post that sets them up for a fulfilling career managing in the corporate ecosystem.


The position / designation may vary from employer to employer. Most employers designate the posts as Graduate Trainee Engineer, Associate Engineer, RF Engineer, NOC Engineer, Network Engineer, RAN Engineer, LSMR Engineer, O&M Engineer, Technical Support Engineer, Telecom Engineer, Field Engineer, BTS Engineer , BTS Site in-charge etc.

Normally employer prefers to post you in the respective state. Since major service providers operate on Pan India footage, depending upon the vacancies you may get placed or posted at any location in India or Abroad.

Yes. Student will get practicals in Fiber Optics, CCNA, Drive test tools.

Also audio, video, PPT, case studies will be used as teaching tool to create better understanding.

On successful completion of the course you will be awarded the “TELEMAN Certified Telecom Professional” by the TELEMAN Academic Council.

During the training program students need to appear & clear module wise – online exam, VIVA , Presentations , Assignments & Case studies. TELEMAN’s centralized Exam Cell will conduct exam & will certify students.

Based on your qualification, performance in interview and the organization, initially you may get a salary package of Rs.1.2 lac to Rs. 2.4 lac per annum (but not limited to same). However after one year of experience, students can expect a substantial improvement in their salary packages.

YES, You will be provided courseware on CD.

You can make the payment by Cheque / DD / Cash / Online at your preferred centre.

Our placement cell will provide placement assistance to all students on successful completion of this course.

Teleman assist  Teleman Certified students by providing Interview opportunities. Many Companies Interview our students on regular basis.

However we would like to clearly state that we do not offer Job Guarantee /  No. of Interviews Guarantee or any other form of placement related guarantee. For further details please read our  PLACEMENT POLICY.