MATLAB Projects for Electrical Students

MATLAB Projects for Electrical Students provide you latest and innovative ideas to enhance your knowledge in research. We have a current trend updated technical team that contains highly trained and experienced professionals to guide research scholars and students for their research projects. We have completed nearly 7000+ MATLAB for Students.

We also conducted many seminars, conferences, and faculty training programs to explore our innovative knowledge to the world. And also, We extend our Electrical Students services in 120+ countries for our research scholars and students. Over the 10+ years of decades, we are running in this service, and many students benefited from our smart work. We tie-up with the world’s topmost universities and colleges with the aim of providing precise research guidance for our students.

Projects for Electrical Students

MATLAB Projects for Electrical Students offer you novel and creative ideas to shine your research career successfully. We provide the best research guidance through our Electrical Students service on MATLAB electronic projects. Our prime aim is to enhance student’s knowledge in MATLAB electronic projects to improve their academic grades and marks. We maintain individuality for each student, which helps us provide their project practical explanations with a high-end approach. Let’s see some of the important aspects in MATLAB for your review

Supported Electrical Components in MATLAB

Diodes, rectifiers and Converters
Phase voltage and line sensor
Circuit breakers and single phase switches
Electric drives
Support for analysis and simulation
Loads, Transformers and RLC branches
Motors and asynchronous and synchronous machine
Multiplexer, grounds, neural ports, phase splitters used for connection components
Flexible AC transmission system components
Support for renewable energy system

Electronics Project Requirements in Devices

High voltage
Low losses
Switching fast
Rugged operation
High frequency
Device costs are low
High current
Simple assembly and also repair

Power Electronics Tools and Software’s

MATLAB/Simulink
PSIM
PSPICE
Simscape
Simevent
SABER
PSCAD
And also in SimPowerSystems

Supported Languages in MATLAB

C version 11
C++ version 11 and 14
Python 2.7, 3.4, 3.5
Java JRE/JDK 7
And also in .NET CLR version 2.0 and 4.0

Recent Project Ideas

Artificial intelligence enhancement
Revamps cyber guidelines also in energy department
Early availability also for preferred device
MIMO VLC performance improvement
Three level DC-DC converter
Wireless power transmission (Solar)
Swarm optimization also for fuzzified particle
Brain tumor extraction
Vehicle number plate recognition
JPEG compressor
Radiation detection also for nuclear
Algorithm of anti-collision (RFID)
DC and servo motor controller system
Technique also for road extraction (Satellite images)
Unified power flow controller also for control design
Object tracking and also detection based on vision

Major Research Topics

Multiple PV based DC micro grid also using differential current based fault protection with adaptive threshold
HVDC circuit breaker also for characterization of a counter current injection
Grid connected PV array also with maximum power point tracking using design and simulation of power electronic controller
Conservative power theory also for model predictive control of PV- based shunt active power filter in single phase low voltage grid
A mixed signal field programmable analog array also for proof of concept energy efficient and real time hemodynamic feature extraction from bio impedance signals
Reactive power management also using investigating the performance of PV interfaced PBT based DSTATCOM by adaptive fuzzy logic controller
Power electronic control systems designing
Different multiplication techniques also for comparative study of 16 order FIR filter design
Evaluating the performance of power aware routing algorithms also in practical software defined networks also using benchmark implementation
Aerospace applications also for probabilistic time variant sensor accuracy model and GUI
Driving 32 MJ muzzle energy rail gun using design and also analysis of a modular pulsed alternator power system
Effective energy management in IWSNs also using fuzzy logic approach by using particle swarm optimization
Teaching wave propagation in transmission lines also using software tools

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