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$3 USD/uro
Zastava PAKISTAN
samundri, pakistan
$3 USD/uro
Trenutno je 5:46 pop. tukaj
Datum pridružitve september 12, 2017
0 Priporočila

Haseeb A.

@haseeb7512

 0,0 (0 ocen)
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$3 USD/uro
Zastava PAKISTAN
samundri, pakistan
$3 USD/uro
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Stopnja ponovnega najema

Mechanical Engineer, CAD Designer, Researcher

My name is Haseeb Ali and by profession I am a Mechanical Engineer. I have been graduated from University of Engineering and Technology (UET), Lahore, Pakistan and I believe that I have strong technical and soft skills. I have enough practical and research experience in the field of Mechanical Engineering in order to provide my services regarding this field. The subjects of my interest in the field of engineering are Mechanics of Materials, Mechanics of Machines, Machine Design, Power Plant, Engineering Drawing, Metrology and Quality Control, Instrumentation & Control, Internal Combustion Engines and Engineering Statics. Other than that, I am a confident and hard working person and I believe that I can provide quality services quickly than others.
Freelancer Data Entry Clerks Pakistan
Glej vse Data Entry Clerks v Pakistan

Stopite v stik s/z Haseeb A. glede vašega dela

Prijavite se, da se o podrobnostih pogovorite v klepetu.

Portfelj

3660313
Copy Pasting Data
Copy Pasting Data
3660215
Design of a Four Stroke Combustion Engine Cylinder Assembly
Design of a Four Stroke Combustion Engine Cylinder Assembly
Design of a Four Stroke Combustion Engine Cylinder Assembly
3660202
Project Poster
3660200
Final Year Project Report
3660195
Design and Stress Analysis of a Hybrid Bi-Cycle, The work is done by using Solid Works and ANSYS APDL softwares
Design of a Hybrid Bi-Cycle
Design and Stress Analysis of a Hybrid Bi-Cycle, The work is done by using Solid Works and ANSYS APDL softwares
Design of a Hybrid Bi-Cycle
Design and Stress Analysis of a Hybrid Bi-Cycle, The work is done by using Solid Works and ANSYS APDL softwares
Design of a Hybrid Bi-Cycle
Design and Stress Analysis of a Hybrid Bi-Cycle, The work is done by using Solid Works and ANSYS APDL softwares
Design of a Hybrid Bi-Cycle
Design and Stress Analysis of a Hybrid Bi-Cycle, The work is done by using Solid Works and ANSYS APDL softwares
Design of a Hybrid Bi-Cycle
Design and Stress Analysis of a Hybrid Bi-Cycle, The work is done by using Solid Works and ANSYS APDL softwares
Design of a Hybrid Bi-Cycle
3660192
The motive is to develop a control system which will be capable of making the process of heat treatment more intelligent. Materials selected for analysis were Stainless Steel-201 and Aluminum-6061. The optical micrography and X-ray diffraction results were compared before and after the heat treatment (annealing, normalizing, quenching). The design capabilities of control system include supply of particular amount of heat to obtain a specific structure. The feedback system makes sure that heat is supplied for a specific amount to maintain the temperature for specific time.
Modelling of a Thermal Control System for Heat Treatment
The motive is to develop a control system which will be capable of making the process of heat treatment more intelligent. Materials selected for analysis were Stainless Steel-201 and Aluminum-6061. The optical micrography and X-ray diffraction results were compared before and after the heat treatment (annealing, normalizing, quenching). The design capabilities of control system include supply of particular amount of heat to obtain a specific structure. The feedback system makes sure that heat is supplied for a specific amount to maintain the temperature for specific time.
Modelling of a Thermal Control System for Heat Treatment
The motive is to develop a control system which will be capable of making the process of heat treatment more intelligent. Materials selected for analysis were Stainless Steel-201 and Aluminum-6061. The optical micrography and X-ray diffraction results were compared before and after the heat treatment (annealing, normalizing, quenching). The design capabilities of control system include supply of particular amount of heat to obtain a specific structure. The feedback system makes sure that heat is supplied for a specific amount to maintain the temperature for specific time.
Modelling of a Thermal Control System for Heat Treatment
Modelling of a Thermal Control System for Heat Treatment
3660313
Copy Pasting Data
Copy Pasting Data
3660215
Design of a Four Stroke Combustion Engine Cylinder Assembly
Design of a Four Stroke Combustion Engine Cylinder Assembly
Design of a Four Stroke Combustion Engine Cylinder Assembly
3660202
Project Poster
3660200
Final Year Project Report
3660195
Design and Stress Analysis of a Hybrid Bi-Cycle, The work is done by using Solid Works and ANSYS APDL softwares
Design of a Hybrid Bi-Cycle
Design and Stress Analysis of a Hybrid Bi-Cycle, The work is done by using Solid Works and ANSYS APDL softwares
Design of a Hybrid Bi-Cycle
Design and Stress Analysis of a Hybrid Bi-Cycle, The work is done by using Solid Works and ANSYS APDL softwares
Design of a Hybrid Bi-Cycle
Design and Stress Analysis of a Hybrid Bi-Cycle, The work is done by using Solid Works and ANSYS APDL softwares
Design of a Hybrid Bi-Cycle
Design and Stress Analysis of a Hybrid Bi-Cycle, The work is done by using Solid Works and ANSYS APDL softwares
Design of a Hybrid Bi-Cycle
Design and Stress Analysis of a Hybrid Bi-Cycle, The work is done by using Solid Works and ANSYS APDL softwares
Design of a Hybrid Bi-Cycle
3660192
The motive is to develop a control system which will be capable of making the process of heat treatment more intelligent. Materials selected for analysis were Stainless Steel-201 and Aluminum-6061. The optical micrography and X-ray diffraction results were compared before and after the heat treatment (annealing, normalizing, quenching). The design capabilities of control system include supply of particular amount of heat to obtain a specific structure. The feedback system makes sure that heat is supplied for a specific amount to maintain the temperature for specific time.
Modelling of a Thermal Control System for Heat Treatment
The motive is to develop a control system which will be capable of making the process of heat treatment more intelligent. Materials selected for analysis were Stainless Steel-201 and Aluminum-6061. The optical micrography and X-ray diffraction results were compared before and after the heat treatment (annealing, normalizing, quenching). The design capabilities of control system include supply of particular amount of heat to obtain a specific structure. The feedback system makes sure that heat is supplied for a specific amount to maintain the temperature for specific time.
Modelling of a Thermal Control System for Heat Treatment
The motive is to develop a control system which will be capable of making the process of heat treatment more intelligent. Materials selected for analysis were Stainless Steel-201 and Aluminum-6061. The optical micrography and X-ray diffraction results were compared before and after the heat treatment (annealing, normalizing, quenching). The design capabilities of control system include supply of particular amount of heat to obtain a specific structure. The feedback system makes sure that heat is supplied for a specific amount to maintain the temperature for specific time.
Modelling of a Thermal Control System for Heat Treatment
Modelling of a Thermal Control System for Heat Treatment

Ocene

Spremembe shranjene
Tukaj ni nobenih ocen!

Izkušnje

Design Engineer (Intern)

Descon Engineering
It was an amazing learning experience

Izobrazba

BSc Mechanical Engineering

University of Engineering and Technology, Lahore, Pakistan 2013 - 2017
(4 leta)

Kvalifikacije

IELTS

Camberrage University
2016
IELTS 6.5

Stopite v stik s/z Haseeb A. glede vašega dela

Prijavite se, da se o podrobnostih pogovorite v klepetu.

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