Data Science, a rapidly expanding
field globally, is driven by continuous advancements in computer systems and
data gathering. This program leverages the strengths of Kingston's Mathematics
and Computer Science programs, offering a multidisciplinary approach to
computationally analyzing data. In a world abundant with large datasets in
business, science, and government, the demand for data-savvy professionals is
escalating. This program equips you with the skills to make sense of complex
datasets, build models, and apply them to solve relevant problems, preparing
you for a rewarding career in this dynamic and growing field.
Course Features:
Demand: Data Scientists are in high
demand globally, with organizations seeking professionals capable of extracting
valuable insights from data.
Growth: Data Science careers offer
high earning potential, reflecting the industry's recognition of the importance
of data-driven decision-making.
Job Security: Data Science is a
fast-growing field, providing professionals with job security and a range of
opportunities for career advancement.
Opportunity: Data Science opens doors
to various job opportunities, spanning industries and sectors, contributing to
its versatility and applicability.
Flexibility: Data Scientists are
needed in various sectors, showcasing the flexibility of skills and their
relevance across diverse industries.
Course Benefits:
Practical Skills: Gain hands-on
experience in computationally analyzing data, building models, and solving real-world
problems.
High Earning Potential: Unlock high
earning potential by entering a field where data-driven decision-making is
highly valued.
Versatile Career Opportunities:
Explore diverse career opportunities in industries such as business, science,
and government.
Job Security: Join a fast-growing
field, ensuring job security and long-term career prospects.
Interdisciplinary Approach: Benefit
from a multidisciplinary approach that combines the strengths of Mathematics
and Computer Science programs.
Entry Requirements
A Honours degree in a subject with relevant computing science and mathematics/statistics content.
Typical appropriate first degree subjects would include: computer science (including software engineering or cyber security), mathematics, statistics, and some engine. courses
This course requires applicants to have programming knowledge, such as Python, Java, C++/C#, JavaScript and a knowledge of databases
25+ years old or substantial relevant work experience, such as two years as a programmer