Interests

The following table lists the interests in RadGrad Computer Engineering:

InterestStaying/Going/NewDescription
AlgorithmsStayingStaying the same as RadGrad CS
AndroidStayingStaying the same as RadGrad CS
AngularStayingStaying the same as RadGrad CS
Apache SparkStayingStaying the same as RadGrad CS
Application DevelopmentStayingStaying the same as RadGrad CS
AssemblerStayingStaying the same as RadGrad CS
Amazon Web ServicesStayingStaying the same as RadGrad CS
AzureStayingStaying the same as RadGrad CS
BioinformaticsStayingStaying the same as RadGrad CS
BiologyStayingStaying the same as RadGrad CS
BlockchainStayingStaying the same as RadGrad CS
C and C++StayingStaying the same as RadGrad CS
C#StayingStaying the same as RadGrad CS
Civic EngagementStayingStaying the same as RadGrad CS
Cloud ComputingStayingStaying the same as RadGrad CS
Cognitive ScienceStayingStaying the same as RadGrad CS
Computer ArchitectureStayingStaying the same as RadGrad CS
Computer EthicsStayingStaying the same as RadGrad CS
Computer GraphicsStayingStaying the same as RadGrad CS
Computer VisionStayingStaying the same as RadGrad CS
CryptographyStayingStaying the same as RadGrad CS
Data MiningStayingStaying the same as RadGrad CS
Data ScienceStayingStaying the same as RadGrad CS
Data VisualizationStayingStaying the same as RadGrad CS
DatabasesStayingStaying the same as RadGrad CS
DjangoStayingStaying the same as RadGrad CS
.NETStayingStaying the same as RadGrad CS
EntrepreneurshipStayingStaying the same as RadGrad CS
FlutterStayingStaying the same as RadGrad CS
Game DesignGoingN/A
Geographic Information SystemsStayingStaying the same as RadGrad CS
GolangStayingStaying the same as RadGrad CS
Graphic DesignGoingN/A
GraphQLStayingStaying the same as RadGrad CS
HardwareStayingStaying the same as RadGrad CS
Human-Computer InteractionStayingStaying the same as RadGrad CS
High Performance ComputingStayingStaying the same as RadGrad CS
Internet of ThingsStayingStaying the same as RadGrad CS
iOSStayingStaying the same as RadGrad CS
IT ManagementGoingN/A
JavaStayingStaying the same as RadGrad CS
JavascriptStayingStaying the same as RadGrad CS
JupyterStayingStaying the same as RadGrad CS
KotlinStayingStaying the same as RadGrad CS
LaravelStayingStaying the same as RadGrad CS
LinuxStayingStaying the same as RadGrad CS
LispStayingStaying the same as RadGrad CS
Machine LearningStayingStaying the same as RadGrad CS
Mobile ComputingStayingStaying the same as RadGrad CS
Natural Language ProcessingStayingStaying the same as RadGrad CS
NetworksStayingStaying the same as RadGrad CS
NodeJSStayingStaying the same as RadGrad CS
Operating SystemsStayingStaying the same as RadGrad CS
Parallel ProgrammingStayingStaying the same as RadGrad CS
PerlStayingStaying the same as RadGrad CS
PrologStayingStaying the same as RadGrad CS
PsychologyStayingStaying the same as RadGrad CS
PythonStayingStaying the same as RadGrad CS
Quantum ComputingStayingStaying the same as RadGrad CS
RStayingStaying the same as RadGrad CS
ReactStayingStaying the same as RadGrad CS
ResearchStayingStaying the same as RadGrad CS
RoboticsStayingStaying the same as RadGrad CS
RubyStayingStaying the same as RadGrad CS
RustStayingStaying the same as RadGrad CS
SecurityStayingStaying the same as RadGrad CS
Social ComputingStayingStaying the same as RadGrad CS
Software EngineeringStayingStaying the same as RadGrad CS
SQLStayingStaying the same as RadGrad CS
SustainabilityStayingStaying the same as RadGrad CS
SwiftStayingStaying the same as RadGrad CS
TeachingStayingStaying the same as RadGrad CS
Theory of computationStayingStaying the same as RadGrad CS
TypescriptStayingStaying the same as RadGrad CS
UnityStayingStaying the same as RadGrad CS
Virtual RealityStayingStaying the same as RadGrad CS
Web DevelopmentStayingStaying the same as RadGrad CS
FPGA (Field-Programmable Gate Array)NewA field-programmable gate array is an integrated circuit designed to be configured by a customer or a designer after manufacturing – hence the term "field-programmable".
VHDL (Very High Speed Integrated Circuit Hardware Description Language)NewVHDL is a hardware description language used in electronic design automation to describe digital and mixed-signal systems such as field-programmable gate arrays and integrated circuits.
VerilogNewVerilog, standardized as IEEE 1364, is a hardware description language used to model electronic systems.
Software Reverse EngineeringNewSoftware reverse engineering can help to improve the understanding of the underlying source code for the maintenance and improvement of the software, relevant information can be extracted to make a decision for software development and graphical representations of the code can provide alternate views regarding the source code, which can help to detect and fix a software bug or vulnerabilities.
Circuit AnalysisNewCircuit (Network) Analysis is the process of finding the voltages across, and the currents through, all network components.
SystemsNewIn signal processing, a signal is a function that conveys information about a phenomenon. In electronics and telecommunications, it refers to any time varying voltage, current or electromagnetic wave that carries information. A signal may also be defined as an observable change in a quality such as quantity.
MicroelectronicNewAs the name suggests, microelectronics relates to the study and manufacture (or microfabrication) of very small electronic designs and components. Usually, but not always, this means micrometre-scale or smaller. These devices are typically made from semiconductor materials
Digital Design (Logic Synthesis)NewIn computer engineering, logic synthesis is a process by which an abstract specification of desired circuit behavior, typically at register transfer level (RTL), is turned into a design implementation in terms of logic gates, typically by a computer program called a synthesis tool.

Concentrations

Concentrations are type of interest they provide the user an idea of what classes to take and which professors who are interested in their concentration

ConcentrationDescription
Computer HardwareStudy electronic circuits of computers and other electronic processing systems. Teaser: https://www.youtube.com/watch?v=HB4I2CgkcCo
Cyber-Physical Systems and the Internet of ThingsStudy engineering systems that can be controlled in real-time. Teaser: https://www.youtube.com/watch?v=6mBO2vqLv38
Cyber SecurityLearn how to secure Computers, Data, and other Electronics. Teaser: https://www.youtube.com/watch?v=inWWhr5tnEA
Data Science and Machine LearningLearn how to store, analyze, present, and predict data to make better decisions. Teaser: https://www.youtube.com/watch?v=X3paOmcrTjQ https://www.youtube.com/watch?v=ukzFI9rgwfU
Software EngineeringLearn how to analyze, design, and test Software. Teaser: https://www.youtube.com/watch?v=O753uuutqH8
Last updated on by Jatin Pandya