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Postgraduate Diploma in Computer Science (PGDCS)
A postgraduate degree in computer science is one of the most popular courses among students because it helps them comprehend the numerous fundamental ideas of computer science, such as theoretical knowledge, practical knowledge, and other skills that are necessary. It aids applicants in deciding on a professional path in computer science. PGDCS program is designed to assist students in swiftly up-skill by allowing them to 'deep dive' into a new and growing area of computer science and preparing them with skills and knowledge for emerging career positions in this field. You can fit your studies around your responsibilities while still receiving the academic rigor of an online program thanks to the flexible learning method.
Program Benefits:
If you've started thinking about the advantages of pursuing a postgraduate study in computer science, the words will fall short. However, the following are some of the most prevalent and universal advantages:
Computers are the foundation of every IT industry, and it is difficult to build or design anything, including applications, without one. As a result, corporations frequently seek postgraduate candidates in Computer Science to expand their technology-related businesses. After completing this postgraduate degree, you can pursue any core subject in computer science.
Attractive Compensation Package: There is a scarcity of postgraduate candidates in Computer Science, and most organizations are eager to fill the void by offering a better position with a higher salary. You will see a minimum of a 30% to 40% increase in your present pay after completing this program.
Improve your professional network: A postgraduate study in computer science can help you expand your professional network. You will meet, learn from, and collaborate with instructors to gain a broader knowledge foundation that will propel your career to new heights.
Increase Other Abilities: During this program, a candidate will develop a variety of communication and public speaking skills that will assist them in completing a project and professionally dealing with clients.
Understand Computer Science foundations and get to know about its their cases.
Develop conceptual understanding to solve practical applications of Computer Science.
Learn applied aspects of computers and apply this knowledge towards innovative practical applications.
Mentorship from several experienced industry practitioners from top organizations.
Admission Requirements:
Candidates are eligible for admission by satisfying the following admissions criteria:
A bachelor’s / Undergraduate degree or minimum 3 years of working experience after senior secondary education.
Submission and evaluation of graduate school applications including; undergraduate academic transcripts, ID or passport copy, and resume.
Applicants for the PGDCS program are exempted from an English exam provided they completed their schooling in English medium.
Application Go Through:
Applications are only accepted online. Once the application form is received, our team looks after a past performance and future potential and will contact you accordingly.
What is Next?
Once the Admission Committee reviews your application with +ve response, you will receive a letter of admission. Having processed the payment, you will receive an email with your login credentials and will be granted access to our Learn Management System.
The Curriculum
The Postgraduate Diploma in Computer Science program consists of 11 core courses and one final project/thesis submission. It is mandatory to submit a final project/thesis to get the graduation done, which will count as 5 credits. All courses are worth 5 credits and are assessed by exam, assignment, or a combination of the two. 60 ECTS (European Credit Transfer System) credits are awarded to students who obtain the Postgraduate Diploma in computer science.
Modules covered in this Program
First Semester
Computer Graphics
This module focuses on interactive and non-interactive 2D and 3D graphics. This module studies the principles of creating and displaying 2D and 3D synthetic images. In this module, topics include geometric shapes, 3D visualization and projection, lighting and shading, color, and the use of one or more technologies and packages such as OpenGL and Blender.
Software Design and Patterns
In this module, the use of design software is introduced. Topics included design process (creative process, design and practice), architectural principles, constraints, object-oriented design principles and Program idioms will be discussed. This course will use a long-term project to give students real life hands-on experience and models from building software systems.
Media Technologies
Students learn to use computing and multimedia for the film and media industry, the Internet and various production developments, audio and visual media, and film production skills. The media technology curriculum also focuses on creative research and understanding of science and technology.
Distributed Systems
The primary objective of the module is to teach the fundamental concepts and working details of distributed systems and the underlying technologies. Topics include distributed systems architectures, processes, communication and synchronization, consistency and replication, fault-tolerance and security.
Network Security
You cover topics such as current and future Internet standards, programming networks, and securing the systems. We offer strong value through laboratory programs in software engineering and computer networks; Security lab work involves a special environment where attackers’ methods can be detected and stopped using special security tools.
Web Application Development
This course focuses on the design and development of web applications using various models programming languages and tools. Students will be exposed to online applications walking development. Class projects include business-to-market (B2C) development and business-to-business (B2B) applications, among others.
Second Semester
Web Mining and Graph Analytics
Web Mining and Graph Analytics covers aspects of web mining, fundamentals of machine learning, text mining, clustering, and graph analysis. This includes learning the basics of machine learning algorithms, how to evaluate algorithm performance, feature management, content extraction, impact analysis, distance metrics, the basics of clustering algorithms etc.
Advanced Database Management
Candidates will get a detailed explanation of the relationship process and how to do it. Module will also develop candidates’ knowledge of current topics and advances in interactive database systems, object-oriented programming and XML database systems. In addition, the candidates will have to check the new architectures for database management systems and further develop their understanding of the impact Emerging data security standards may contain resources provided by future data security controls system.
Software Testing
The software testing process consists of manual, automated and SQL testing as well as programming.
Analytics and Data Visualisation
Students will get deeper understanding of patterns and patterns within data to support forecasting and decision making and Understand basic data analysis skills, including preparing and working with data; abstraction and formulation of research questions; and using statistics, learning and research etc.
Enterprise Cybersecurity
This program aims to develop students in the discipline of cybersecurity and includes theoretical knowledge and advanced skills in technology, communication information management and methods to ensure effective operations in the context of identification and mitigation a threat. Students develop highly practical skills in key areas such as programming, advanced databases, network and system administration, while providing theoretical knowledge in digital encryption and encryption.
Communication Skills (No Credits)
At the end of this module, the student will acquire the soft skills necessary to work together and as a team player and will add value to any business / organization. The module will enhances the individual skill sets.
Apart from the above learning modules, you need to submit the major project with proper project report and thesis.
I’m worried about the time zone difference; how will this work for live lectures?
Live sessions will take place according on different time zones.
How much time should I spend on coursework each week?
Expect approximately 16 hours of work per week. This may include lecture videos, readings, discussions and assessments.
Do I have to be a Computer Science undergraduate major to apply?
The answer is No: no particular CS prerequisites are required before a student can apply to the PGDCS program (i.e., it is not required that a student have a CS or EE undergraduate degree in order to apply). You can be from any background, but a bachelor degree is required.
Is pursuing a 1 year pg diploma courses for computer science worth it?
Yes, after completing a computer science pg diploma course, you will get a number of job opportunities in different positions at any IT company.
Is there any minimum educational qualification required to take this programme ?
The Applicant should have a Graduation Degree.
What is the time commitment expected for this programme?
Devoting 10-12 hours per week over a span of 5-6 months will be enough to get you through the program. The more time you devote, the greater will be your learning from the program.
Is there any additional Certification provided along with the course?
No as such. But if student wants to add some certifications, we have some provision for them.
What is the target audience of this course?
The intended audience for the Program are: IT Professionals Data Professionals Data Scientists Professionals looking for a career shift into Computer Science Sector