MSC
March 18, 2024 2024-08-23 14:22MSC
Master
The Future with an MSc in
Computer Science from S-VYASA
Advance Your Expertise in AI, Cybersecurity,
Cloud Computing, and Data Science
Enquiry Form
Forget the same-old MSc CS.
Welcome to the future!
Begin your dream career with a paid internship that lets you level up while you learn.
Programme
Overview
The Master of Science in Computer Science (MSc CS) programme is a two-year postgraduate course designed to propel graduates to the forefront of the ever-evolving IT industry. This intensive programme cultivates a deep understanding of computer software development's theoretical foundations and practical applications. Structured across four terms, the programme equips students with a robust knowledge base and practical skillset relevant to the latest IT trends. Graduates emerge well-positioned for diverse, high-demand careers such as software development, systems analysis, database administration, web application development and IT consultancy. The MSc CS programme's emphasis on in-depth computer science principles and their practical applications prepares students for success in various technical, analytical and strategic positions within technology-driven industries. This makes the MSc CS programme highly valuable in fields requiring a profound understanding of computing and its applications.
Admission
Eligibility
Candidates who have completed three years of Bachelor’s degree in BCA or BSc Computer Science from any recognised University under the UGC or its Equivalent from any Foreign Universities are eligible for admission.
Hostel Facilities & Transportation Available
Curriculum and Programme Inclusions
MSc-CS with specialisation consists of four (4) terms spread over two (2) years. The curriculum is designed to provide a balanced mix of theoretical knowledge and practical skills. Some of the key subjects covered in the curriculum include:
INTEGRATED
GLOBAL CERTIFICATION
HETIC School of Digital Leadership, part of the Galileo Group in Paris since 2002, has been at the forefront of developing management programs in the digital field for over 20 years. Sensing the future impact of the digital sector, HETIC created a unique curriculum that seamlessly blends technical, design, and business aspects, preparing students to lead organizations through digital transformation. The institute produces future leaders and managers equipped to thrive and grow in a dynamically changing digital landscape.
* 98% of HETIC students are hired before the end of their studies
LEARNING AND CERTIFICATION
FROM PARTNERS
*Certifications and Learning Masterclasses from Integration of Coursera Learning Network and our Partner Collaborators
MSc CS Specialisations
List of companies where MSc CS students
with specialisation are placed
Programme Highlights
The MSc CS programme offers a thorough curriculum in computer science
fundamentals, including programming languages, data structures, algorithms and
more. With five specialisations available, students can customise their learning to
match their interests and career objectives.
Hands-on Learning
Innovative Pedagogical Practices
Globally Acclaimed Certifications and Faculty
Industry-Relevant Skills through industry certifications
Industry and Academia Collaboration
Holistic Development
Projects and Internships
Professional Development
Global Perspective
Programme Outcomes
Apply skills to identify, formulate and solve complex technology problems
using critical thinking, analytical reasoning and innovative approaches, by
applying mathematical and scientific principles to technology solutions.
Demonstrate ability to design, analyse and implement technology systems,
components or processes to meet specified requirements, considering factors
such as safety, sustainability, ethics and economic constraints.
Analyse use of modern Technology tools, software and technologies relevant
to their field of study and be adept at utilising computer-aided tools, simulation,
modelling and analysis tools for Technology design and analysis.
Develop hands-on experience in conducting experiments, collecting data,
analysing results and drawing conclusions in laboratory and field settings.
They would be competent in using laboratory equipments, instrumentation and
techniques applicable to their discipline.
Communicate effectively, both orally and in writing, with technical and
non-technical audiences, prepare clear and concise technical reports,
presentations and documentation and of collaborating with multidisciplinary
teams.
Demonstrate the ability to work collaboratively as part of a team, including
effective communication, coordination and conflict resolution skills, aligning
with exhibiting leadership qualities, such as initiative, accountability and the
ability to motivate and inspire others.
Adhere to ethical principles and professional standards in their technology
practice, demonstrating integrity, honesty and respect for diversity. Understand
the social, cultural, environmental and global impact of engineering solutions
and strive to uphold ethical conduct in their professional activities.
Recognise the importance of lifelong learning and professional development in
maintaining currency with advance in technology, industry trends and emerging
best practices. Engage in continuous self-improvement, pursue further
education and seek opportunities for career advancement and specialisation.
Recognise their role and responsibility as technocrats in addressing societal
challenges and promoting sustainable development. Be able to consider the
social, environmental and economic implications of their technology decisions
and strive to contribute positively to society and the environment through their
work.
