Fundamentals of Wireless Communication for Telecom Engineers using MATLAB by Skill Lync: Fee, Duration, How to Apply

Quick Facts

particular	details
Medium of instructions English	Mode of learning Self study, Virtual Classroom	Mode of Delivery Video and Text Based

Course overview

The Fundamentals of Wireless Communication for Telecom Engineers using MATLAB Training Course is a 3 month long course that provides a theoretical and practical overview of wireless communications. The course follows a simulation based learning atmosphere that helps learners understand the advanced concepts.

Fundamentals of Wireless Communication for Telecom Engineers using MATLAB Certification Course will impart knowledge of fundamental concepts and industrial applications through informative video lectures and technical projects.

Learners who successfully complete the Fundamentals of Wireless Communication for Telecom Engineers using MATLAB Live Course will be rewarded with a course certificate and the best 5% of learners in the class will receive a merit certificate.

Course and certificate fees

Fundamentals of Wireless Communication for Telecom Engineers using MATLAB Course Fee Structure

Course	Amount
Fundamentals of Wireless Communication for Telecom Engineers using MATLAB	Rs 40,000

certificate availability

Yes

certificate providing authority

Skill Lync

Who it is for

The Fundamentals of Wireless Communication for Telecom Engineers using MATLAB course can be opted by students interested in the domains of wireless communications and systems engineering.

Eligibility criteria

The course can be taken by graduate and undergraduate students who have studied courses like signals and systems, digital signal processing, communication theory, digital communication and probability and random processes.

What you will learn

Knowledge of matlab

After completing the Fundamentals of Wireless Communication for Telecom Engineers using MATLAB Classes, you will learn about the following topics:

Communication systems theory
Digital communication and digital signal processing
Complex signals and systems
Systems engineering
Propagation theory and modelling
Common mitigation strategies
Beamforming structures and benefits
4G LTE system architecture
Antenna systems modeling and multi-antenna systems
Baseband equivalent model
Wireless channel modeling
Advanced signal processing techniques used in wireless communications
OFDM principles and design

The syllabus

Week 1 - Review of Key Concepts from Pre-requisite Courses

Review of Communication Systems Theory, Digital Communication, and Random Processes.
Digital Signal Processing and its Applications in Wireless Communications.
Linear to Log-scale Conversions

Week 2 - Complex Baseband-Equivalent Model

Deep Dive into Complex (In-phase & Quadrature) Representation of Signals and Systems
Review of Complex Numbers Theory
Complex Baseband-Equivalent System Model

Week 3 - Antenna Systems Fundamentals

EM-based Introduction to Antenna Systems
Systems Engineering
Review of Antenna Design Strategies
System-level Modeling of Antennas and RF Front End Module

Week 4 - Propagation Modeling

Propagation Theory
Assessment of Different Propagation Models and their Significance
Calibration of Propagation Models
Problems on Link Budget and Capacity Calculations

Week 5 - Multipath and Fading

Wireless Channel Modeling
Frequency Domain Analysis
Channel Estimation and Equalization Principles
System Architecture

Week 6 - MIMO Systems

Need for MIMO, MIMO Channel Model, and Capacity Calculations
Assumptions and Capacity Limits
MIMO System Architecture

Week 7 - Overview of Access Schemes

Need for Access Schemes such as FDMA, TDMA, CDMA and OFDMA
Advantages and Disadvantages of these Access Schemes
In-depth Review of CDMA and System Design Procedure

Week 8 - OFDM Principles and System Design

Introduction to Multi-Carrier Modulation
Deep-Dive into OFDM
System Design Principles
OFDMA, SC-FDMA, and its Applications

Week 9- MIMO-OFDM

Study of Widely used MIMO-OFDM System Architecture
Case Study
System-level Evaluation and Assessment of Wireless Systems in the Market

Week 10- Interference and Mitigation Strategies

Interference Metrics Definition
Interference Measurement Procedure in an Indoor and Outdoor Setting
Review of Commonly used Mitigation Strategies

Week 11 - Beamforming Concepts and System Architecture

Need for Beamforming and its Benefits
Basic Beamforming Structures
Physics behind Beamforming
Transmitter Vs Receiver Beamforming
Case Study of Few Common Applications

Week 12 - Application in 4G LTE System Architecture

LTE PHY Frame Format Interpretation
Relationship with OFDM System Design
LTE Modes
Layering Operations
LTE Multi-Antenna System Study

Admission details

Follow the steps below to enroll in the Fundamentals of Wireless Communication for Telecom Engineers using MATLAB Course:

Step 1: Go to the official website by clicking on the URL given below -

https://skill-lync.com/electronics-engineering-courses/fundamentals-wireless-communication-telecom-engineers

Step 2: Click on the "Enroll Now" option provided on the course page.

Step 3: Select a suitable payment package and unlock access by submitting your name, email id and phone number.

Scholarship Details

Candidates have the opportunity to win a 10% scholarship after taking a scholarship test on the official course website.

How it helps

The Fundamentals of Wireless Communication for Telecom Engineers using MATLAB Certification Benefits are listed below:

The course will help learners formulate a fundamental understanding of wireless communication systems and their role in the telecom industry.
Through the expert training sessions, learners will be able to grasp the steps involved in designing communication systems for different applications.
The technical projects and video lectures of the course will assist learners in receiving industry-relevant skills and telecom management experience.

FAQs

What software skills are taught in the Fundamentals of Wireless Communication for Telecom Engineers using MATLAB course?

The course teaches learners skills employed by system engineers including Matlab or C programming, Excel based link budget calculation.

Which type of company employs the skills taught in the Fundamentals of Wireless Communication for Telecom Engineers using MATLAB Live Course?

The skills learned through the course will aid learners while seeking jobs in companies like Apple, Qualcomm, Samsung and Cisco.

Where can I access the Fundamentals of Wireless Communication for Telecom Engineers using MATLAB course?

Learners can access the Fundamentals of Wireless Communication for Telecom Engineers using MATLAB Online Course on the Skill-Lync platform.

Will learners receive career support or placement support?

No, the Fundamentals of Wireless Communication for Telecom Engineers using MATLAB course does not extend placement opportunities.

How much time is required to complete the Fundamentals of Wireless Communication for Telecom Engineers using MATLAB course?

The Fundamentals of Wireless Communication for Telecom Engineers using MATLAB Certification Course can be completed within 3 months duration.

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