PROGRAMME EDUCATIONAL OBJECTIVES (PEOs)
B. Tech. (ECE)
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Pursue successful careers or higher studies in
Electronics and Communication engineering with
morals and ethics through their strong foundation in
mathematics, science and engineering.
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Analyze
and design appropriate solutions for socially
relevant problems by using current engineering
techniques and tools.
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Engage in professional development through effective
communication, team work and lifelong learning.
M. Tech. in Communication Engineering and Signal
Processing
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Comprehend frontier areas of knowledge and instill
appetite for higher learning and research in
Communications and signal processing areas
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Gain breadth of Engineering & Technological
knowledge to comprehend analyze, Design and create
novel products & solutions for real life problems
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Be a professional to perform with academic
excellence, leadership and ethical guidelines needed
for a lifelong productive career
M. Tech. in VLSI Design and Embedded Systems
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Comprehend frontier areas of knowledge and instill
appetite for higher learning and research in
Embedded Systems and VLSI Design areas
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Gain breadth of Engineering & Technological
knowledge to comprehend analyze, design and create
novel products & solutions for real life problems
-
Be a professional to perform with academic
excellence, leadership, ethical guidelines needed
for a lifelong productive career
PROGRAMME SPECIFIC OUTCOMES (PSOs)
B. Tech.(ECE)
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Specify, analyze, design, prototype and test
electronic systems that perform analog and digital
signal processing.
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Analyze and design wired and wireless/RF
communication systems
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Specify, design and implement prototype HW/SW for
VLSI and Embedded Systems
M. Tech. in Communication Engineering & Signal Processing
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Design, analyze and model wired and wireless
communication systems.
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Analyze, design and implement various signal, video
and image processing techniques
M. Tech. in VLSI Design & Embedded Systems
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Analyze, design and implement different techniques
to evaluate the performance metrics for VLSI- System
on Chip
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Specify, design, prototype and test hardware and
software for real time embedded system applications
PROGRAMME OUTCOMES (POs)
B. Tech. (ECE)
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Graduates will be able to apply the knowledge of
mathematics, science, engineering fundamentals to
solve complex electronics and communication
engineering problems.
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Graduates will attain the capability to identify,
formulate and analyse problems related to
electronics and communication engineering and
substantiate the conclusions using the first
principles of sciences and engineering.
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Graduates will be in a position to design solutions
for electronics and communication engineering
problems and design system components and processes
that meet the specified needs with appropriate
consideration for public health and safety.
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Graduates will be able to perform analysis and
interpretation of data by using research methods
such as design of experiments to synthesize the
information and to provide valid conclusions.
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Graduates will be able to select and apply
appropriate techniques from the available resources
and modern electronics and communication engineering
and software tools, and will be able to predict and
model complex engineering activities with an
understanding of the practical limitations.
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Graduates will be able to carry out their
professional practice in electronics and
communication engineering by appropriately
considering and weighing the issues related to
society and culture and the consequent
responsibilities.
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Graduates will be able to understand the impact of
the professional engineering solutions on
environmental safety and legal issues.
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Graduates will transform into responsible citizens
by resorting to professional ethics and norms of the
engineering practice.
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Graduates will be able to function effectively in
individual capacity as well as a member in diverse
teams and in multidisciplinary streams.
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Graduates will be able to communicate fluently on
complex engineering activities with the engineering
community and society, and will be able to prepare
reports and make presentations effectively.
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Graduates will be able to demonstrate knowledge and
understanding of the engineering and management
principles and apply the same while managing
projects in multidisciplinary environments.
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Graduates will engage themselves in independent and
life-long learning in the broadest context of
technological change while continuing professional
practice in their specialized areas of electronics
and communication engineering.
M. Tech. in Communication Engineering & Signal Processing
-
Apply the knowledge
of Electronics and Communication Engineering to
solve complex problems in communications and signal
processing.
-
Identify, formulate
and analyze problems related to communications and
signal processing area and substantiate the
conclusions using the first principles of sciences
and engineering.
-
Design solutions for
communications and signal processing problems and
design system components and processes that meet the
specified needs with appropriate consideration for
public health and safety.
-
Perform analysis and
interpretation of data by using research methods
such as design of experiments to synthesize the
information and to provide valid conclusions.
-
Select and apply
appropriate technique from the available resources
and modern tools, and will be able to predict and
model complex engineering activities with an
understanding of the practical limitations.
-
Collaborate with
engineers of other disciplines and work on projects
which require multi-disciplinary skills.
-
Demonstrate knowledge and understanding of the
engineering and management principles and apply
the same while managing projects in
multidisciplinary environments.
-
Communicate fluently on complex engineering
activities with the engineering community and
society, and will be able to prepare reports and
make presentations effectively.
-
Engage themselves in independent and life-long
learning in the broadest context of technological
change while continuing professional practice in the
Communication technologies.
-
Transform into responsible citizens by resorting to
professional ethics and norms of the engineering
practice.
-
Carry out tasks by working independently and also in
a group of members.
M. Tech. in VLSI Design & Embedded Systems
-
Apply the knowledge
of Electronics and Communication Engineering to
solve complex problems in VLSI Design and Embedded
Systems.
-
Identify, formulate
and analyze problems related to VLSI Design and
Embedded Systems area and substantiate the
conclusions using the first principles of sciences
and engineering.
-
Design solutions for
VLSI Design and Embedded Systems problems and design
system components and processes that meet the
specified needs with appropriate consideration for
public health and safety.
-
Perform analysis and
interpretation of data by using research methods
such as design of experiments to synthesize the
information and to provide valid conclusions.
-
Select and apply
appropriate technique from the available resources
and modern tools, and will be able to predict and
model complex engineering activities with an
understanding of the practical limitations.
-
Collaborate with
engineers of other disciplines and work on projects
which require multi-disciplinary skills.
-
Demonstrate knowledge and understanding of the
engineering and management principles and apply
the same while managing projects in
multidisciplinary environments.
-
Communicate fluently on complex engineering
activities with the engineering community and
society, and will be able to prepare reports and
make presentations effectively.
-
Engage themselves in independent and life-long
learning in the broadest context of technological
change while continuing professional practice in the
VLSI Design and Embedded Systems technologies.
-
Transform into responsible citizens by resorting to
professional ethics and norms of the engineering
practice.
-
Carry out tasks by working independently and also in
a group of members.
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