Welcome to the heart of groundbreaking technological
education at Universal SkillTech University School of
Science, Engineering and Technology Skills. As a beacon of
innovation, this school is dedicated to nurturing future
leaders and problem solvers in the ever evolving realms of
science and engineering. Our programs are designed to
not only equip students with theoretical knowledge but also
provide hands on experiences, ensuring they are at the
forefront of technological advancements.
Under the guidance of distinguished faculty members who
are experts in their respective fields, students within the
School of Science, Engineering and Technology Skills
embark on a journey of discovery and exploration. The
state-of-the-art laboratories, research facilities and
collaborative spaces create an immersive learning
environment, fostering a culture of curiosity and innovation.
From Artificial Intelligence and Machine Learning to Cyber
Security & Forensics, the School of Science, Engineering
and Technology Skills is the launchpad for those ready to
shape the future of technology
Graduates can work in robotics engineering, developing
autonoMou's systems, robotic control algorithms and industrial
automation solutions.
Opportunities in manufacturing, healthcare and research
institutions for designing and implementing robotic
technologies.
Specialization equips students for advancements in the field of
robotics, including AI driven robotics and human robot
collaboration.
Graduates should possess a
strong foundation in
mathematics, physics,
computer science, and
engineering principles
relevant to robotics, including
mechanics, electronics,
control theory, and artificial
intelligence.
Students should be proficient
in designing, assembling, and
testing robotic hardware
components, including
sensors, actuators, motors,
manipulators, and mobile
platforms. They should
understand principles of
electromechanical systems
and robotic mechanisms.
Graduates should be skilled in
programming robotic systems
using languages such as
C/C++, Python, or MATLAB.
They should be able to
develop control algorithms,
motion planning algorithms,
and perception algorithms for
autonoMou's robots.
Candidates should have completed their higher secondary education (12 years of schooling) or its equivalent from a
recognized board or university. They should have studied Mathematics, Physics, and Chemistry as core subjects in their
10+2 curriculum.
Candidates are required to qualify in these exams to be considered for admission. Common entrance exams include JEE
(Joint Entrance Examination), & state-level engineering entrance exams