Pudi Pratap Kumar

Pudi Pratap Kumar
Seeking Full-Time Mechanical Engineering Opportunities With Special Interest In Design, Cfd And Fea Application Using Solidworks.
Bangalore, Karnataka, India
Ansys, Coordination, Convincing power +22

Profile Snapshot

Pudi is based out of Bangalore & has studied Mechanic (Engine), BE BTech-Bachelor of Engineering or Technology from Year 2015-2019 in LFTS-Lovely Faculty of Technology and Sciences, Lovely Professional University.

Pudi Pratap Kumar is Skilled in Ansys, Coordination, Convincing power and other talents.

About

I was an enthusiastic and quick learning person,i was seeing for the place where i can improve and develop my personality and skills. I am an hard worker and a smart worker ,depending upon the situation i can ale to act and solve the problem.I have an excellent communication skills,negotiation skills also. Apart from this , i have worked on the industry relevant projects . i have a very good knowledge in the industry relevant software's too.

Talents

- Team Leadership
  
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- Technical knowledge
  
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- Convincing power
  
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- Ansys
  
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Work Experience

mechanical Design Engineer

Marjan Machinery LLP

Part Time Nov-2019 To Jul-2020 8 months

INTERNSHIP FOR 4 WEEKS (K.C.P&SUGARS PVT LTD)

K.C.P&SUGARS PVT LTD - VUYYURU KRISHNA DST , ANDHRA PRADESH

Internships Jun-2017 To Jul-2017 1 month

Responsibilities

I have done internship in the K.C.P & Sugars PVT LTD in the section of boiler maintenance and in the section of tool manufacturing. The company itself produce its 80% of the power by the steam plant. My role as intern is to learn the working and to observe the components. By this internship I have gained a practical knowledge as the exposer to the live industry environment.

» 27 Projects

Internal Geneva Mechanism(MULTI BODY DYNAMICS USING SOLIDWORKS)-INDIVIDUAL PROJECT

Student at LFTS-Lovely Faculty of Technology and Sciences

May-2019 to present

The Geneva mechanism is used to transfer the interval motion depends on the requirement, in this project the stress concentration and the load factors are analyzed.

Planetary Gear(MULTI BODY DYNAMICS USING SOLIDWORKS)-INDIVIDUAL PROJECT

Student at LFTS-Lovely Faculty of Technology and Sciences

May-2019 to present

Sun gear will rotate the four ring gears around it and attached with the carrier to provide path for the ring gears to rotate. Motion analysis was run on the planetary system to analysis the wear and the angular velocity.

MBD Simulation on a Piston Assembly(MULTI BODY DYNAMICS USING SOLIDWORKS)-INDIVIDUAL PROJECT

Student at LFTS-Lovely Faculty of Technology and Sciences

May-2019 to present

The piston assembly is designed and analyzed with MBD to know the offset displacement of the wrist pin under constant crank rpm and varying offset of wrist pin and to obtain the linear displacement of the piston head.

MBD Simulation on IC Engine Valve Train(MULTI BODY DYNAMICS USING SOLIDWORKS)-INDIVIDUAL PROJECT

Student at LFTS-Lovely Faculty of Technology and Sciences

May-2019 to present

MBD simulation was run on the IC Engine Valve Train to with various parameters to obtain the valve lift ,force between the Cam and Push Rod, Pushrod and Rocker Arm ,Rocker Arm and Valve

Air standard Cycle(PYTHON FOR MECHANICAL ENGINEERS)-INDIVIDUAL PROJECT

Student at LFTS-Lovely Faculty of Technology and Sciences

Mar-2019 to present

Simulate the Air standard cycles by taking the input at different points with the help of the function and obtain the graphs.

Solving second order ODEs(PYTHON FOR MECHANICAL ENGINEERS)-INDIVIDUAL PROJECT

Student at LFTS-Lovely Faculty of Technology and Sciences

Mar-2019 to present

Solve the second order differential equations like, simple movement of pendulum by the newton’s second law. By this method we can solve the complex equations and obtain the results.

Flow over bicycle(PYTHON FOR MECHANICAL ENGINEERS)-INDIVIDUAL PROJECT

Student at LFTS-Lovely Faculty of Technology and Sciences

Mar-2019 to Apr-2019

Calculates the Drag Forces and Coefficient of Drag Force on Bicycle and Rider by this, takes the data of the Forces at different Velocities. By obtain this data, it helps to understand the drag force and coefficient drag force on the bicycle and rider.

Flow Over Bicycle(MAT LAB) -INDIVIDUAL PROJECT

Student at LFTS-Lovely Faculty of Technology and Sciences

Oct-2018 to Feb-2019

Calculates the Drag Forces and Coefficient of Drag Force on Bicycle and Rider by this, takes the data of the Forces at different Velocities. By obtain this data, it helps to understand the drag force and coefficient drag force on the bicycle and rider.

2R Robotic Arm Challenge(MATLAB)-INDIVIDUAL PROJECT

Student at LFTS-Lovely Faculty of Technology and Sciences

Oct-2018 to Feb-2019

Simulate the robotic arm movement using the matlab code for the better understanding of the movement of the robotic arm.

Air standard Cycle(MATLAB)-INDIVUDUAL PROJECT

Student at LFTS-Lovely Faculty of Technology and Sciences

Oct-2018 to Feb-2019

Simulate the Air standard cycles by taking the input at different points with the help of the function and obtain the graphs.

4. Solving Second Order ODEs(MATLAB)-INDIVIDUAL PROJECT

Student at LFTS-Lovely Faculty of Technology and Sciences

Oct-2018 to Feb-2019

Solve the second order differential equations like, simple movement of pendulum by the newton’s second law. By this method we can solve the complex equations and obtain the results.

Curve fitting(MATLAB)-INDIVIDUAL PROJECT

Student at LFTS-Lovely Faculty of Technology and Sciences

Oct-2018 to Feb-2019

Here the raw data points will be taken, from these points we will perform curve fitting to obtain the approximate results by mathematical methods.

Genetic Algorithm(MATLAB)-INDIVIDUAL PROJECT

Student at LFTS-Lovely Faculty of Technology and Sciences

Oct-2018 to Feb-2019

The way of finding the optimal and the maximum values in the particular problem after a certain iterations. Suppose the air foil of the airplane need to provide the maximum lift with the minimum drag.

Parsing NASA thermodynamic data(MATLAB)-INDIVIDUAL PROJECT

Student at LFTS-Lovely Faculty of Technology and Sciences

Oct-2018 to Feb-2019

NASA came up with polynomials that can be used to evaluate thermodynamic properties such as Cp, H and S. They have also documented the co-efficients that are required to evaluate these polynomials for 1000+ species

Rankine cycle Simulator(MATLAB)-INDIVIDUAL PROJECT

Student at LFTS-Lovely Faculty of Technology and Sciences

Oct-2018 to Feb-2019

Created a Rankine cycle simulator by taking the different data points at different stages of the cycle as a input and plots the graph for better understanding of the working.

Comparison of bending in beams(FINITE ELEMENT ANALYSIS USING SOLIDWORKS)- INDIVIDUAL PROJECT

Student at LFTS-Lovely Faculty of Technology and Sciences

Oct-2018 to Feb-2019

Different cross-sections of beams are designed and tested under the static loading condition on different axis to check the best cross-sectional design to resist the bending phenomenon.

Analysis of buckling phenomena(FINITE ELEMENT ANALYSIS USING SOLIDWORKS)- INDIVIDUAL PROJECT

Student at LFTS-Lovely Faculty of Technology and Sciences

Oct-2018 to Feb-2019

Buckling analysis was done on the cyclone separator stand to check the buckling phenomenon and to improve the design of the stand.

Analysis on a plate with a hole(FINITE ELEMENT ANALYSIS USING SOLIDWORKS)- INDIVIDUAL PROJECT

Student at LFTS-Lovely Faculty of Technology and Sciences

Oct-2018 to Feb-2019

Plates with different diameter holes are analyzed under the static condition to test the stress concentration and the load bearing capacity. Based on the results need to suggest the best fit for requirement

Frequency Analysis of a rotating shaft(FINITE ELEMENT ANALYSIS USING SOLIDWORKS)- INDIVIDUAL PROJECT

Student at LFTS-Lovely Faculty of Technology and Sciences

Oct-2018 to Feb-2019

A rotating shaft with the bearing ends are taken to analyze the resonance effect and to suggest the max life cycles of the rotating shaft.

Flow Over an Air Foil(FLOW SIMULATION USING SOLIDWORKS )-INDIVIDUAL PROJECT

Student at LFTS-Lovely Faculty of Technology and Sciences

Oct-2018 to Feb-2019

Testing of air foil at different attack angles in the solid works software by taking the data from the NACA sample file. In this analysis test the air foil at different attack angles and obtain the data of the force in different planes and observe the velocity and the pressure effects on the surface of the air foil.

Flow over a cylinder(FLOW SIMULATION USING SOLIDWORKS )-INDIVIDUAL PROJECT

Student at LFTS-Lovely Faculty of Technology and Sciences

Oct-2018 to Feb-2019

Flow over a cylinder is simulated so, that to calculate the Reynolds number, flow time and flow end time. By simulating this velocity and the pressure on the surface of the cylinder can be obtained.

Modelling and simulation of flow through a flow bench(FLOW SIMULATION USING SOLIDWORKS )-INDIVIDUAL PROJECT

Student at LFTS-Lovely Faculty of Technology and Sciences

Oct-2018 to Feb-2019

In this study the flow bench is used to study the flow distribution in the cylinder when a valve is introduced, operating at different valve lifts. Flow-bench is used for testing the internal aerodynamic qualities of a component of an engine, primarily for testing the intake and exhaust ports of cylinder heads of IC engines. Mostly this is used for designing purpose.

Centrifugal pump design and analysis(FLOW SIMULATION USING SOLIDWORKS )-INDIVIDUAL PROJECT

Student at LFTS-Lovely Faculty of Technology and Sciences

Oct-2018 to Feb-2019

In this project design a centrifugal pump and conduct a parametric study to understand the flow trajectories and pressure at the different outlet velocities. The main goal of this project was to analysis the max pressure created at the outlet.

automatic pneumatic bumper for four wheeler(group project)

Student at LFTS-Lovely Faculty of Technology and Sciences

Aug-2018 to Nov-2018

AUTOMATIC PNEUMATIC BUMPER FOR FOUR WHEELER This is an honor’s project done in the 7th semester. Developed a prototype of the working model, to increase the four wheeler safety during the accidents. By introducing this concept in the four wheeler it decrease the impact force on the passenger’s there by increased the passenger’s safety. My role in this project was design and analysis.

FABRICATION OF ELECTRO-MECHANICAL CONTROLLED BIKE STAND(GROUP PROJECT)

Student at LFTS-Lovely Faculty of Technology and Sciences

Aug-2018 to May-2019

This is based on the human comfort and the challenges faced by women and the old people in lifting the heavy vehicles. Manufactured a working model of the electro-mechanical stand. Operated by the electric motor and the controlled by switch, the mechanism used was the rack and pinion. My role in this project was design and assembly.

2R Robotic Arm Simulator(PYTHON FOR MECHANICAL ENGINEERS)-INDIVIDUAL PROJECT

Student at LFTS-Lovely Faculty of Technology and Sciences

Mar-2018 to Apr-2019

Simulate the robotic arm movement using the matlab code for the better understanding of the movement of the robotic arm.

E-BIKE (CERTIFIED BY ASHMANN MOTORS)(GROUP PROJECT)

Student at LFTS-Lovely Faculty of Technology and Sciences

Aug-2017 to Dec-2017

Manufactured a real working model of the electric bike in the 4 months for the competition which was held in the Odisha at Centurion University on the dates from Dec 26th-30th. Our team got 2nd prize in the B-Plan and in the Endurance limit. My role in the project is braking and I have the good knowledge on working of brakes, assembly and of its components.

Education

Bachelor of Engineering or Technology

Lovely Faculty of Technology and SciencesLovely Professional University

2015-2019 Score63%

Blogs & Portfolio

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Extra-Curricular Interests

? Participated Awarded 1st prize in Best out of waste competition
? Participated in 106th Indian Science Congress 2019

? in One India event 2018
? Participated in 6k meters long run 2018

? Participated in the Workshop on hybrid Electric Vehicles 2018
? Awarded 2nd prize in the endurance round in E-Bike Competition 2017

yKnown

Profile Snapshot

Pudi is based out of Bangalore & has studied Mechanic (Engine), BE BTech-Bachelor of Engineering or Technology from Year 2015-2019 in LFTS-Lovely Faculty of Technology and Sciences, Lovely Professional University.

Pudi Pratap Kumar is Skilled in Ansys, Coordination, Convincing power and other talents.

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