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  PORTFOLIO

This is my work portfolio wall which lists some of the projects which are completed by me and delivered to my clients globally.
For additional information please reach out to me from the contact page.






AI BASED MAGNETIC PARTICLE TRANSITION MODELLING TEST SYSTEM



• The aim of this project is to develop an AI based system to determine the transition of particle spin during magnetic materials exposure to change in environment.This helps in determining the motor performance and develop advanced machines.

EMERGENCY ASSISTANCE FOR UTTARKASHI INCIDENT

• The aim of this project is to provide the engineering execution plan of evacuation of 41 labors from the trapped tunnel which got successfully operated and executed within 72 hours of providing the solution with zero casualty.

MATLAB BASED CUSTOM BUCK BOOST CONFIGURATION DEVELOPMENT

• The aim of this project is to develop a novel algorithm
for performing buck boost operation along with programming control with AI assistance for better power conversion.

FABRIC ENERGY MANAGEMENT ALGORITHM

• The aim of this project is to develop a novel algorithm
for performing energy impact management of a special 3D linked fabric material for special suits and armors.

NOVEL ALGORITHM DEVELOPMENT FOR ACTIVE CELL BALANCING WITHOUT LIMIT (Patent pending)

• The aim of this project is to develop a novel algorithm
for performing active cell balancing for any no . cells in the pack with the highest possible efficiency where the charging and discharging along with all operations conditions are administered.

GREEN POWER INFRASTRUCTURE SYSTEM DEVELOPMENT with AI (Patent pending)

• The aim of this project is to develop a system in which
the power consumption in the tower structure will be green energy based and managed by AI for the load distribution for micro management at load end for the first time.

ANFIS BASED RENEWABLE AND CONVENTIONAL POWER SYSTEM LOAD MANAGEMENT

• The aim of this project is to develop a system in which
the power generation from the renewable system is being used to manage the load supply and balance any contingencies using conventional power plants.

SATELLITE BASED IMAGE PROCESSING DATA ANALYSIS AND INFORMATION SYSTEM

• The aim of this project is to develop a system in which
the data in the form of the high quality satellite images were used for the data analysis and the necessary information gathering such as deforestation rate etc.

PORTABLE INDUCTION HEATER POWER MODULE WITH ADVANCED SWITCHING TECHNOLOGY(Patent Pending)

• The aim of this project is to develop a prototype for the
induction heating for a portable module for the high heating applications with newly developed switching technique with minimal components.

ELECTRIC VEHICLE POWER GENERATOR CUM VEHICLE RANGE ENHANCER FOR SPACE APPLICATIONS(Patent Pending)

• The aim of this project is to develop to use the existing
vehicle battery and the system associated parts and develop an upgrade to increase the mobility range of the vehicle up to 10 times the range at present.

RADAR DESIGNING AND PROTOTYPING

• The aim of this project is to develop Doppler Effect based
radar for the detection of the variable range detection and the motion probability of the object in the space.

RENEWABLE ENERGY POWER BASED FACTORY

• In this I have designed a factory entirely dependent on renewable energy which has all the operations being done by consuming the renewable energy.

SOLAR POWER GENERATION PLANT WITH FUTURE POWER GENERATION PREDICTOR AND AUTOMATED LOAD MANAGEMENT(Patent Pending)

• In this project I have developed an algorithm which can manage the load with the help of future forecast data of the power generation using MILP,O&P,PSO and automate the complete solar power plant system without any human intervention.

E-VEHICLES FAST CHARGER AND CONTROLLER

• In this I have developed a prototype of an E vehicle charger and a controller compatible for E vehicles and provide a range of more than 300 km in a single charge irrespective of the battery specifications and also provide a fast charging in recorded time of approximately 20 mins.

NASA’S ASTROBEE CHALLENGE

• In this I have developed a robotic mechanical arm of astrobee (a robotic assistant) for the docking, stationing and assisting the astronauts in the ISS.

INDUSTRIAL ROBOT PROTOTYPING & DEVELOPMENT

• In this I have developed an industrial robot having mobile properties which can carry load from one place to another after detecting and analyzing them.

INDUSTRIAL GRADE EFFICIENT POWER CONVERSION SYSTEM

• In this I have developed a matrix based power conversion system which is far more efficient than the existing traditional circuit methodology with minimum power consumption.

POWER LOAD DISPATCH AUTOMATION SYSTEM

• In this I have developed an automated load dispatch management system for better utilization of the power generated and their efficient management will prevent losses from the existent system.

NEW TECHNIQUE FOR IMPROVED AND EFFICIENT MRI IMAGING & PROCESSING

• In this project I have developed a new technology for the MRI imaging and processing for a far much better output then the present technology with improved methodology for image capturing and portable operation.

IMPROVED DYNAMIC PERFORMANCE OF SHUNT ACTIVE POWER FILTER USING PARTICLE SWARM OPTIMIZATION(PSO)

• The aim of this project is to develop a dynamic performance optimization algorithm for the efficient power filtration process in GSS using PSO and Modified P-Q Technique to Mitigate Power Quality Problems in Distribution System for load management.

802.11 WAN THROUGH PUT NETWORK SECURITY DEVELOPMENT FOR POWER SYSTEM

• In this I have developed a new secured based upon block chain mechanism and quantum computing for a better security networking for Power system protection.

ANTHROPOMORPHIC ROBOTIC ARM

• In this project I have developed a prototype of an anthropomorphic arm for the disabled persons in need consuming low power in operation.

3D MODELING OF A NEW POWER SYSTEM EQUIPMENT FOR PROTOTYPING AND DEVELOPMENT

• In this I have designed a 3D model in Auto CAD of a power system equipment (control section) for the prototyping and mass development in the commercial means.

RESEARCH AND ANALYSIS REPORT ON THE FUTURE TRENDS OF THE POWER AND ENERGY IN THE WORLD

• In this I have prepared a report based upon the data for the international organizations such as UN, CEA, IAEA, WEF, IMF etc. for reporting a global trend in the energy sector and the future possibilities in it.

INNOVATIVE ALGORITHM FOR THE SHORTEST PATH DETERMINATION

• In this I have developed an innovative algorithm for the determination the shortest path for the application of the power transmission in the long range transmission system which reduces the power loss and provide efficient and economic operation.

MATERIAL MODELING FOR CUSTOM PROTOTYPING

• In this project I have developed a new material from the para-magnetic material for the conduction of the power from a narrow channel in wireless power transmission.

MULTI SIGNAL MIXER, SPLITTER AND TRANSMITTER VIA SINGLE MODE OF COMM. CHANNEL

• The idea behind this project is to develop a system which will collect all the VGA,HDMI,Audio,USB 3.0, signal and transfer them to the receiver via a single mode of communication channel which is on basic grounds is CAT5e/6/7 cable. the advanced version can transmit the signal to multiple receiver channels as well.

MPPT BASED SOLAR PHOTO VOLTAIC ARRAY GRID CONNECTED POWER SUPPLY SYSTEM

• The idea of this project is to develop a system based on consumption renewable energy resources with the best efficient possible way.in this system the Photo Voltaic array will supply necessary power to the nearby load which in domestic load cases corresponds to homes and the access power will delivered to the grid for consumption by other loads nearby and of various types.This efficient system will be helpful for the regions which doesn't have proper access to electricity and even the most modern cities can use it for energy saving.

MCU 8051 BASED 1-PHASE MONITORING AND PROTECTION SYSTEM

• The aim of our project is to develop a protection system which protects our home's electrical and electronic equipments appropriately against the over voltages and under voltages.The word here is referred to the microcontroller(8051) used as the brain of the project which determines whether the magnitude of the voltage is appropriated or not ,which further controls the relay working as the controlling system(Relay) for the protection of the system .

MCU 8051 BASED 3-PHASE MONITORING AND PROTECTION SYSTEM

• The aim of our project is to develop a protection system which protects our high rating equipments smartly against the over voltages and under voltages.The smartly word here is referred to the microcontroller used as the brain of the project which decides whether the magnitude of the voltage is appropriated or not ,which further controls the relay working as the controlling system for the protection of the system .

TATA POWER DISTRIBUTION SYSTEM PROJECTS

• Designing,Modelling & Implementation of 33 & 11KV S/S above and below both for industrial consumers in Mangolpuri Industrial Area.Operation & Maintenance of various grid S/S from 11KV to 33 KV grid S/S with daily basis designing and modification in electrical distribution system (more than 11KV consumers).

SPEED CONTROL OF DC MOTOR USING DUAL CONVERTER

• The aim of this project is to develop a circuit for the speed control of DC motor of upto 15000 rpm rating using dual converter employing thyristor and can be replaced by any switching device which is capable of providing fully controlled switching in bidirectional mode of the input AC sinusoidal wave power.

POWER INFRASTRUCTURE DEVELOPMENT PROJECTS

• Designing, Modelling and Implementation of transmission lines for 33KV in AutoCAD with layout/section drawing of HV substation from 11KV to 132KV and Design, Supply, Installation, Testing & Commissioning of Capacitor Banks in Grid S/S.

AUTOMATION USING DIGITAL CONTROL

•This project has the advantage of transferring data without the use of wires and by using lasers ,the efficiency of data as well as energy will also be enhanced. Thus it can be an economic and reliable way of automation and transfer of information and data. Also, in future, it has vast perimeter of applications in automation industries. Our endeavor behind this project is to develop and demonstrate a less expensive, less power consuming, highly efficient simple device that can transmit voice signals, data and command from one place to the another without any hardship.

LASER GUIDED DATA AND VOICE TRANSMISSION SYSTEM

• The motive behind the development of this project is to develop such a system which will transmit the information in a less and basic methodological way.This prototype sends voice and data through carrier medium as laser.This project is a preliminary approach to a much better communication medium.




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