Online Communication Engineering Courses & Certifications

In the Analog Communication course by Swayam, candidates will learn about the two building blocks of communication - Signals and Systems. They will understand how information is generated, how it can be transmitted to a distant user, and how the user interprets it. The information that needs to be transmitted and delivered to the user is known as a Signal.

Candidates will learn about different channels or media for transmission of signals. They will learn about the inherent imperfections of these media and how to combat and overcome them to facilitate effective communication. Also, they will learn about Noise, which is an unwanted, random signal that hinders communication.

Candidates participating in the Analog Communication programme will learn how to design systems that can filter out the noise and deliver effective communication. This is an undergraduate level programme created by IIT Kharagpur, and focuses on the engineering aspects of analog communication.

The Multirate DSP certification course caters to students with a foundational DSP background. It delves into intricate topics such as sampling, reconstruction, and sampling rate conversion using multirate building blocks. Through MATLAB-based exercises, students gain practical skills to tackle real-world DSP challenges in industries like telecommunications and biomedical engineering.

Covering applications like filter design, transmultiplexer, and delta-sigma A/D conversion, the Multirate DSP certification by NPTEL provides a comprehensive understanding of multi-rate DSP. It explores mathematical frameworks for Perfect Reconstruction Filter banks and crucial aspects of wireless communication, including capacity in wireless channels and multicarrier modulation.

The Mapping Signal Processing Algorithms to Architectures certification course delves into hardware implementations of Digital Signal Processing (DSP) systems, emphasising VLSI and FPGA technologies. Students explore algorithm analysis and mapping onto custom architectures for optimised operations. Prerequisites include strong fundamentals in Digital Design, DSP, and Processor Architecture.

The Mapping Signal Processing Algorithms to Architectures certification by NPTEL covers a spectrum of topics from basic digital systems to specialised architectures such as Systolic arrays and GPUs. Students gain theoretical insights and practical skills in designing efficient hardware architectures for signal processing tasks. They learn how to translate algorithms into hardware platforms.

The Digital Signal Processing certification course delves into discrete-time signals and systems. The course is tailored for ECE/EEE undergraduates with a prerequisite in Networks and Systems. Topics include z-transform, frequency response, sampling, and the Discrete Fourier Transform, equipping students with fundamental skills in signal processing.

With the Digital Signal Processing certification by NPTEL, students gain a comprehensive understanding of discrete-time signal fundamentals. They are prepared to apply these concepts in real-world scenarios within the realm of Electrical Engineering, setting a strong foundation for further academic pursuits or professional endeavors.

The Image Signal Processing certification course delves into both basic and advanced concepts in image processing. Participants will explore topics such as image formation, geometric transformations, unitary image transforms, and advanced techniques like image restoration and 3D shape recovery. This course equips learners with valuable skills sought after by leading companies worldwide.

With a focus on real-world applications, including those in Google and Amazon, learners gain practical insights into the field's nuances and challenges. With the Image Signal Processing certification by NPTEL, students develop a solid foundation in digital image processing, preparing them for diverse career opportunities in industries at the forefront of technological innovation.

Principles of Digital Communications Certification course is a 12-week online programme that provides a comprehensive understanding of the fundamental concepts and theories in the field of digital communications. Students are emphasised on both theoretical foundations and practical applications covering key topics such as modulation techniques through the Principles of Digital Communications Certification by NPTEL.

Principles of Digital Communications online course will gain insights into various digital communication technologies and learn how to analyse and design efficient and reliable communication systems. Students will acquire the knowledge and skills necessary to navigate the complexities of digital communications systems through the Principles of Digital Communications training.

Also Read: Online Telecommunication Engineering Certification Courses

Digital Communication using GNU Radio Certification course is a 12-week online programme that provides students with a comprehensive exploration into the realm of digital communication systems. Students are provided with the fundamentals of digital communication, providing a blend of theoretical knowledge and practical skills through Digital Communication using GNU Radio Certification by NPTEL.

Digital Communication using GNU Radio online course provides students with the fundamentals of modulation techniques and signal processing concepts which are crucial for designing and implementing digital communication systems. They will able to master the use of GNU Radio essential in digital communication strategies. 

Also Read: Online Telecommunication Engineering Certification Courses

In everyday lives, you get to see different signals and systems being used at large ranging from making a phone call, editing a picture, editing audio files, listening to songs to something as complex as speech recognition software, and taking X-rays. 

All of this requires assembling, stockpiling, transferring, processing data from the actual world. Signals and Systems program deals with performing all of the above tasks by studying the fundamental structure of systems and signals.

System and signals program part 1, which is divided into two halves explores multiple properties related to systems and signals and learning of various systems and theorems with their characterization. These ideas will be useful in comprehending different electrical engineering programs. 

Signals and systems course will be very useful for students of other fields such as mechanical and aerospace as well and even for other branches of science and engineering. 

The program information will be available in English and Hindi but the assignments will be in English only.

Signals and systems form a part of our day-to-day experiences let it be as basic as listening to music, receiving and making calls, using voice recognition software like Google Now and Siri, photo editing to taking ECGs. Each of these includes gathering, transmitting, storing, and preparing data from the physical world.

This course will prepare you to handle these assignments effectively by learning the fundamental numerical system of signals and systems. The contents of this course are divided into two parts namely part one – EE210.1x and part two - EE210.2x. And this being part two will include various transforms and theorems where the contents of part one will be these courses prerequisites. The candidates will deal with Z- transform, Laplace transform, sampling theorem, and discrete Fourier transform, the concepts introduced in this course will be used in understanding various other courses such as communication systems, digital signal processing, digital message transmission, electrical engineering courses, and understanding control systems.

Signals and Systems, Part-2 will provide the candidates with a clear understanding of the contents that fall under signals and systems.

Register yourself for System View of Communications: From Signals to Packets course (PART 2) by edX and learn how information travels and reaches out to us. The course contains the working of signals in digital communication. The course has quizzes, forums, projects, and assignments.

The system view of communication training has been divided into three parts. In part 1, the candidates will learn how information travels to a single receiver, in part 2 the participants will study how multiple transmitters work. The traveling of signals from one station to another has been clearly explained in the third part of the course. The System View of Communications: From Signals to Packets course (PART 2) certification course involves interactive exercises to help the candidates grow more knowledge.

Once the candidate goes through the procedure of learning, they will be given a certificate at the end. The certificate can be an asset to the learning of the participant. In any organisation, they can show it and get better jobs or salary hikes. The candidates can learn at their own pace but with limited access, if they have selected the audit track, but if the candidates have selected the verified track, they will be getting unlimited access to the course learning materials.

The course is one of the three parts in which the A system view of communications: From signals to packet (Part 3) certification course is divided. The course deals with answering the questions on how information is transmitted in mobile phones or a wifi hotspot. As the course is divided into three parts, the learners can learn the other parts as well for a complete or overall understanding. Part 3 mainly focuses on the transmission of data or information from one network to another and how it connects multiple stations. Here, productive and effective solutions are thought of for overcoming challenges and developing intuition.

A system view of communications: From signals to packet (Part 3) certification course is inspired and developed from the 6.02 Digital Communication Systems course. Its origin is MIT. This course is an introductory course as it focuses on the mathematical aspects of the engineering communication system. In part 3, the transmission of the network is analysed such as the internet. 

The certificate for the course is very valuable and highly marketable. The candidates can put the certificate in their CV or resume. It can be shared on Linkedin where new connections with better career prospects can take place. The candidates can learn at their own pace if they select either of the two available tracks namely the audit and verified track. Students will get limited access if they have selected the audit track and in case they have selected the verified track, they will receive unlimited access to the course materials.

This course offers four weeks of rigorous training and covers a wide range of topics such as a basic understanding of multimodal communication between humans and multimodal interaction between humans and machines. The students explore and practise basic principles provided by industry experts through the Multimodal Interaction certification by NPTEL.   

The students gain in-depth knowledge of the processes of perceptions and how it is integrated to create multimodal perception. The Multimodal Interaction certification course covers various aspects of multimodal communication. This course is designed for students interested in the fields of Computer Science, Human Factors, and human-computer interaction.

Also Read: Communication Management Certification Courses

The Fundamentals of Network Communication course by Coursera is an intermediate-level course that is part of the Computer communications Specialisation. It will take you back to the core of networks and help you identify the major functions and concepts that are the crux of layered IT architecture. You will learn about how networks support the services and protocols.

Through the Fundamentals of Network Communication online programme, you will explore the field of digital communication and understand its fundamental concepts. The curriculum covers the error control techniques such as polynomial code, internet checksum, and parity check.

The University of Colorado offers the Fundamentals of Network Communication training course. Your instructor will be a highly qualified professional, Interim Dean Xiaobo Zhou, who will deliver the lectures via pre-recorded videos. This course is entirely self-paced and online. So, you can enjoy learning about computer communications at your own pace and comfort. Upon course completion, you can earn a shareable certificate.