Fundamentals of Wireless Communication for Telecom Engineers using MATLAB
- Offered bySkill Lync
Fundamentals of Wireless Communication for Telecom Engineers using MATLAB at Skill Lync Overview
Duration | 12 weeks |
Total fee | ₹21,000 |
Mode of learning | Online |
Credential | Certificate |
Fundamentals of Wireless Communication for Telecom Engineers using MATLAB at Skill Lync Highlights
- Earn a certificate of completion from Skill-Lync
- Get a free 1-on-1 demo session
- Learn from leading experts in the industry
- Project based learning with 2 industry level projects
- Learn Key Tools & Technologies MATLAB
- Top 5% of learners get a merit certificate along with course completion certificate
Fundamentals of Wireless Communication for Telecom Engineers using MATLAB at Skill Lync Course details
- For anyone wanting to be a system architecture or wireless software design expert or RF system design and testing engineer
- For anyone who is interested in systems engineering and wireless communications
- Be skilled in various software toolboxes and technicalities like the high-end matric simulation communication tool
- Simulate many aspects of the wireless communications system
- Be able to use MATLAB after studying all about variables that are treated as generalized matrices
- Be able to implement mathematical equations implementing MATLAB
- The students will gain a thorough knowledge of the theoretical and practical aspects of the fundamentals of wireless communications
- This telecommunication course covers theoretical concepts with mathematical formulations and then moves on to a simulation-based study
- This course will help you bridge the gap between fundamentals, legacy applications, and the current generation’s methodologies using industrial applications through informative video lectures and technical projects
- This course includes challenges in each session and two real-time projects to enhance the student's ability to apply the learned theoretical knowledge practically
- After completing the course, you can enhance your generic system engineering skills and be well-equipped to handle advanced problems tackled in MS thesis or Ph.D. You can further use these skills in other domains like antenna systems engineering and RF
- The Pro plan with four months of access and INR10,000 per month for three months
- The Premium plan that offers lifetime access at INR 15,000 per month for three months
Fundamentals of Wireless Communication for Telecom Engineers using MATLAB at Skill Lync Curriculum
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
Fundamentals of Wireless Communication for Telecom Engineers using MATLAB at Skill Lync Entry Requirements
- Education: Graduation
- Pre-requisites: Should have completed basic telecommunication engineering courses
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