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$45 USD / saa
Bedera ya UNITED KINGDOM
london, united kingdom
$45 USD / saa
Ni saa 3:27 AM hapa
Alijiunga Septemba 7, 2018
4 Mapendekezo

Mohsin R.

@rehmanmohsin273

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 4.9 (44 hakiki)
6.0
6.0
96%
96%
$45 USD / saa
Bedera ya UNITED KINGDOM
london, united kingdom
$45 USD / saa
92%
Kazi Zilizokamilika
96%
Kwa Bajeti
96%
Kwa wakati
11%
Kiwango cha Kuajiriwa Tena

Aerospace, UAV Drone Design, CFD, FEA, SW, AI & ML

Welcome to my Freelancer profile! I am a seasoned Aerospace Engineer specializing in Computational Fluid Dynamics (CFD) and an extensive background in UAV design, drone engineering, Finite Element Analysis (FEA), and AI. With advanced degrees and robust industry experience, I excel in transforming complex engineering concepts into practical solutions across a variety of software platforms. ?️ CFD Expertise: With a Master’s in Aerospace Engineering, I specialize in fluid dynamics challenges including propulsion optimization, aerodynamics, and turbulence modeling. Proficient in ANSYS Fluent, CFX, COMSOL, Star CCM+, and OpenFoam, I offer precise, data-driven insights for your aerospace needs. ?️ UAV Design and Drone Engineering: From ideation to execution, I design UAVs tailored to specific operational requirements, integrating aerodynamics, propulsion, structural analysis, and AI for enhanced autonomy. Tools: CATIA, Solidworks, Autocad, Blender, Fusion 360, ROS, ArduPilot. ?️ FEA Expertise: My FEA proficiency allows me to ensure structural integrity and optimize system performance using ANSYS, Solidworks, ABAQUS, and Nxnastran, supporting a range of engineering analyses from simple components to complex structures. ? AI Engineering: I leverage AI and machine learning to enhance aerospace projects, focusing on autonomy, intelligent decision-making, and predictive modeling using Python and Matlab. ? Software Proficiency: Highly skilled in ANSYS modules, Solidworks, MATLAB, Simulink, and more, I am equipped to handle 3D modeling, simulation, and data analysis, ensuring precision and efficiency in every project. If you’re seeking a comprehensive approach to aerospace engineering that enhances your project's fluid dynamics, UAV design, structural integrity, and AI integration, let’s collaborate to elevate your aerospace vision to new heights.
Freelancer Mechanical Engineers United Kingdom
Angalia woteMechanical Engineers in United Kingdom

Wasiliana na Mohsin R. kuhusu kazi yako

Ingia ili kujadili maelezo yoyote kwenye gumzo.

Portfolio

10402870
The swarm is able to search a "m x n" grid for a dynamic target and provides real-time trajectory on a ground station. The control architecture is decentralized which means that the swarm is robust (a few drones crashing or the ground station losing contact will not cause the mission to stop). Potential applications of this technology are: Search and rescue operations, fire fighting, massive systems of delivery drones, surveillance of construction sites etc.
Design and Development of Decentralized Swarm of Quadcopters
The swarm is able to search a "m x n" grid for a dynamic target and provides real-time trajectory on a ground station. The control architecture is decentralized which means that the swarm is robust (a few drones crashing or the ground station losing contact will not cause the mission to stop). Potential applications of this technology are: Search and rescue operations, fire fighting, massive systems of delivery drones, surveillance of construction sites etc.
Design and Development of Decentralized Swarm of Quadcopters
The swarm is able to search a "m x n" grid for a dynamic target and provides real-time trajectory on a ground station. The control architecture is decentralized which means that the swarm is robust (a few drones crashing or the ground station losing contact will not cause the mission to stop). Potential applications of this technology are: Search and rescue operations, fire fighting, massive systems of delivery drones, surveillance of construction sites etc.
Design and Development of Decentralized Swarm of Quadcopters
The swarm is able to search a "m x n" grid for a dynamic target and provides real-time trajectory on a ground station. The control architecture is decentralized which means that the swarm is robust (a few drones crashing or the ground station losing contact will not cause the mission to stop). Potential applications of this technology are: Search and rescue operations, fire fighting, massive systems of delivery drones, surveillance of construction sites etc.
Design and Development of Decentralized Swarm of Quadcopters
10402849
Design and Fabrication of VTOL UAV
10402846
Detailed description of the work and procedures carried out during various tasks related to design and analysis of Vertical Takeoff and Landing Unmanned Aerial Vehicle. This includes project plan and methodologies followed, timeline, literature review, results and calculations required. For design and analysis different software such as ANSYS Fluent for CFD Analysis, MATLAB for optimization and plotting different graphs, RDS for initial weight estimation and aerodynamic analysis, AAA for stability analysis and Ecalc for component matching. Also study of control board PIXHAWK 2.1 and ground station software Mission Planner will be done
Design and Development of VTOL UAV
Detailed description of the work and procedures carried out during various tasks related to design and analysis of Vertical Takeoff and Landing Unmanned Aerial Vehicle. This includes project plan and methodologies followed, timeline, literature review, results and calculations required. For design and analysis different software such as ANSYS Fluent for CFD Analysis, MATLAB for optimization and plotting different graphs, RDS for initial weight estimation and aerodynamic analysis, AAA for stability analysis and Ecalc for component matching. Also study of control board PIXHAWK 2.1 and ground station software Mission Planner will be done
Design and Development of VTOL UAV
Detailed description of the work and procedures carried out during various tasks related to design and analysis of Vertical Takeoff and Landing Unmanned Aerial Vehicle. This includes project plan and methodologies followed, timeline, literature review, results and calculations required. For design and analysis different software such as ANSYS Fluent for CFD Analysis, MATLAB for optimization and plotting different graphs, RDS for initial weight estimation and aerodynamic analysis, AAA for stability analysis and Ecalc for component matching. Also study of control board PIXHAWK 2.1 and ground station software Mission Planner will be done
Design and Development of VTOL UAV
Detailed description of the work and procedures carried out during various tasks related to design and analysis of Vertical Takeoff and Landing Unmanned Aerial Vehicle. This includes project plan and methodologies followed, timeline, literature review, results and calculations required. For design and analysis different software such as ANSYS Fluent for CFD Analysis, MATLAB for optimization and plotting different graphs, RDS for initial weight estimation and aerodynamic analysis, AAA for stability analysis and Ecalc for component matching. Also study of control board PIXHAWK 2.1 and ground station software Mission Planner will be done
Design and Development of VTOL UAV
Detailed description of the work and procedures carried out during various tasks related to design and analysis of Vertical Takeoff and Landing Unmanned Aerial Vehicle. This includes project plan and methodologies followed, timeline, literature review, results and calculations required. For design and analysis different software such as ANSYS Fluent for CFD Analysis, MATLAB for optimization and plotting different graphs, RDS for initial weight estimation and aerodynamic analysis, AAA for stability analysis and Ecalc for component matching. Also study of control board PIXHAWK 2.1 and ground station software Mission Planner will be done
Design and Development of VTOL UAV
Detailed description of the work and procedures carried out during various tasks related to design and analysis of Vertical Takeoff and Landing Unmanned Aerial Vehicle. This includes project plan and methodologies followed, timeline, literature review, results and calculations required. For design and analysis different software such as ANSYS Fluent for CFD Analysis, MATLAB for optimization and plotting different graphs, RDS for initial weight estimation and aerodynamic analysis, AAA for stability analysis and Ecalc for component matching. Also study of control board PIXHAWK 2.1 and ground station software Mission Planner will be done
Design and Development of VTOL UAV
4552001
Vertical Axis Wind-turbine Design
Vertical Axis Wind-turbine Design
4551985
CAD models of designed Hydro-Power Turbine: A Hydro Power Turbine modelled in AUTODESK INVENTOR 2017. A grilled mesh was designed to hinder debris that could damage the rotor blades of Hydropower turbine. Blades were designed and modelled using unsymmetric airfoils for optimum efficiency. Hub was designed and modelled aerodynamically so that flow remains laminar in front of the rotors.
Hydro-Power Turbine CAD Modelling
CAD models of designed Hydro-Power Turbine: A Hydro Power Turbine modelled in AUTODESK INVENTOR 2017. A grilled mesh was designed to hinder debris that could damage the rotor blades of Hydropower turbine. Blades were designed and modelled using unsymmetric airfoils for optimum efficiency. Hub was designed and modelled aerodynamically so that flow remains laminar in front of the rotors.
Hydro-Power Turbine CAD Modelling
4551962
Cad models of Coffee Maker product Design
Product Design for Coffee Maker
Cad models of Coffee Maker product Design
Product Design for Coffee Maker
Cad models of Coffee Maker product Design
Product Design for Coffee Maker
10402870
The swarm is able to search a "m x n" grid for a dynamic target and provides real-time trajectory on a ground station. The control architecture is decentralized which means that the swarm is robust (a few drones crashing or the ground station losing contact will not cause the mission to stop). Potential applications of this technology are: Search and rescue operations, fire fighting, massive systems of delivery drones, surveillance of construction sites etc.
Design and Development of Decentralized Swarm of Quadcopters
The swarm is able to search a "m x n" grid for a dynamic target and provides real-time trajectory on a ground station. The control architecture is decentralized which means that the swarm is robust (a few drones crashing or the ground station losing contact will not cause the mission to stop). Potential applications of this technology are: Search and rescue operations, fire fighting, massive systems of delivery drones, surveillance of construction sites etc.
Design and Development of Decentralized Swarm of Quadcopters
The swarm is able to search a "m x n" grid for a dynamic target and provides real-time trajectory on a ground station. The control architecture is decentralized which means that the swarm is robust (a few drones crashing or the ground station losing contact will not cause the mission to stop). Potential applications of this technology are: Search and rescue operations, fire fighting, massive systems of delivery drones, surveillance of construction sites etc.
Design and Development of Decentralized Swarm of Quadcopters
The swarm is able to search a "m x n" grid for a dynamic target and provides real-time trajectory on a ground station. The control architecture is decentralized which means that the swarm is robust (a few drones crashing or the ground station losing contact will not cause the mission to stop). Potential applications of this technology are: Search and rescue operations, fire fighting, massive systems of delivery drones, surveillance of construction sites etc.
Design and Development of Decentralized Swarm of Quadcopters
10402849
Design and Fabrication of VTOL UAV
10402846
Detailed description of the work and procedures carried out during various tasks related to design and analysis of Vertical Takeoff and Landing Unmanned Aerial Vehicle. This includes project plan and methodologies followed, timeline, literature review, results and calculations required. For design and analysis different software such as ANSYS Fluent for CFD Analysis, MATLAB for optimization and plotting different graphs, RDS for initial weight estimation and aerodynamic analysis, AAA for stability analysis and Ecalc for component matching. Also study of control board PIXHAWK 2.1 and ground station software Mission Planner will be done
Design and Development of VTOL UAV
Detailed description of the work and procedures carried out during various tasks related to design and analysis of Vertical Takeoff and Landing Unmanned Aerial Vehicle. This includes project plan and methodologies followed, timeline, literature review, results and calculations required. For design and analysis different software such as ANSYS Fluent for CFD Analysis, MATLAB for optimization and plotting different graphs, RDS for initial weight estimation and aerodynamic analysis, AAA for stability analysis and Ecalc for component matching. Also study of control board PIXHAWK 2.1 and ground station software Mission Planner will be done
Design and Development of VTOL UAV
Detailed description of the work and procedures carried out during various tasks related to design and analysis of Vertical Takeoff and Landing Unmanned Aerial Vehicle. This includes project plan and methodologies followed, timeline, literature review, results and calculations required. For design and analysis different software such as ANSYS Fluent for CFD Analysis, MATLAB for optimization and plotting different graphs, RDS for initial weight estimation and aerodynamic analysis, AAA for stability analysis and Ecalc for component matching. Also study of control board PIXHAWK 2.1 and ground station software Mission Planner will be done
Design and Development of VTOL UAV
Detailed description of the work and procedures carried out during various tasks related to design and analysis of Vertical Takeoff and Landing Unmanned Aerial Vehicle. This includes project plan and methodologies followed, timeline, literature review, results and calculations required. For design and analysis different software such as ANSYS Fluent for CFD Analysis, MATLAB for optimization and plotting different graphs, RDS for initial weight estimation and aerodynamic analysis, AAA for stability analysis and Ecalc for component matching. Also study of control board PIXHAWK 2.1 and ground station software Mission Planner will be done
Design and Development of VTOL UAV
Detailed description of the work and procedures carried out during various tasks related to design and analysis of Vertical Takeoff and Landing Unmanned Aerial Vehicle. This includes project plan and methodologies followed, timeline, literature review, results and calculations required. For design and analysis different software such as ANSYS Fluent for CFD Analysis, MATLAB for optimization and plotting different graphs, RDS for initial weight estimation and aerodynamic analysis, AAA for stability analysis and Ecalc for component matching. Also study of control board PIXHAWK 2.1 and ground station software Mission Planner will be done
Design and Development of VTOL UAV
Detailed description of the work and procedures carried out during various tasks related to design and analysis of Vertical Takeoff and Landing Unmanned Aerial Vehicle. This includes project plan and methodologies followed, timeline, literature review, results and calculations required. For design and analysis different software such as ANSYS Fluent for CFD Analysis, MATLAB for optimization and plotting different graphs, RDS for initial weight estimation and aerodynamic analysis, AAA for stability analysis and Ecalc for component matching. Also study of control board PIXHAWK 2.1 and ground station software Mission Planner will be done
Design and Development of VTOL UAV
4552001
Vertical Axis Wind-turbine Design
Vertical Axis Wind-turbine Design
4551985
CAD models of designed Hydro-Power Turbine: A Hydro Power Turbine modelled in AUTODESK INVENTOR 2017. A grilled mesh was designed to hinder debris that could damage the rotor blades of Hydropower turbine. Blades were designed and modelled using unsymmetric airfoils for optimum efficiency. Hub was designed and modelled aerodynamically so that flow remains laminar in front of the rotors.
Hydro-Power Turbine CAD Modelling
CAD models of designed Hydro-Power Turbine: A Hydro Power Turbine modelled in AUTODESK INVENTOR 2017. A grilled mesh was designed to hinder debris that could damage the rotor blades of Hydropower turbine. Blades were designed and modelled using unsymmetric airfoils for optimum efficiency. Hub was designed and modelled aerodynamically so that flow remains laminar in front of the rotors.
Hydro-Power Turbine CAD Modelling
4551962
Cad models of Coffee Maker product Design
Product Design for Coffee Maker
Cad models of Coffee Maker product Design
Product Design for Coffee Maker
Cad models of Coffee Maker product Design
Product Design for Coffee Maker

Kaguzi

Mabadiliko yamehifadhiwa
Inaonyesha 1 - 5 kutoka kwa 44 - hakiki
 Chuja hakiki kulingana na:
2.0
£40.00 GBP
CFD MODELLING OF MIXING AND INTERACTION OF SUPPERCRITICAL FLUIDS(ansys fluent)
I was not happy to work with him
CAD/CAM
Solidworks
Mechanical Engineering
Finite Element Analysis
3D Modelling
D
Bedera ya David Z.
@davidziari1367
•
3 years ago
5.0
$30.00 USD
Drawing of mesh file of computational domain is required
I recommend Mr. Mohsin, he is very professional. He has excellent communication skills and perfectly understood my needs. It was a pleasure to work with him, If I would need any expert for future project, I hope to work with him.
Solidworks
Mechanical Engineering
Finite Element Analysis
3D Modelling
Picha ya Mtumiaji
Bedera ya Gamal T.
@GamalMahran
•
3 years ago
5.0
$44.00 AUD
Siemen Star CCM+ cfd
Very professional and punctual, will definitely work with Mohsin in the future!
Computational Fluid Dynamics
M
Bedera ya Matthew B.
@MattRBarnes
•
3 years ago
5.0
$330.00 USD
Project 30003602 has been deleted
Extremely satisfied with the work performed. Quite smooth communication and highly recommended
B
Bedera ya Bilal R.
@BilalRasd
•
3 years ago
5.0
$180.00 USD
Project for Mohsin R.
amazing work and so intelligent person
Engineering
Matlab and Mathematica
Solidworks
Mechanical Engineering
Finite Element Analysis
+1 zaidi
Picha ya Mtumiaji
Bedera ya Mohamad A.
@tournad921
•
3 years ago

Elimu

MS Aerospace Engineering (Computational Fluid Dynamics)

Institute of Space Technology , Pakistan 2019 - 2021
(2 years)

BS Aerospace Engineering

Pakistan 2014 - 2018
(4 years)

Wasiliana na Mohsin R. kuhusu kazi yako

Ingia ili kujadili maelezo yoyote kwenye gumzo.

Udhibitisho

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preferredfreelancer-1.png Preferred Freelancer Program SLA 1 82%

Ujuzi wa Juu

Mechanical Engineering 39
Engineering 34
Finite Element Analysis 25
Matlab and Mathematica 21
Solidworks 20

Angalia Wafanyakazi Huru sawia:

Mechanical Engineers in United Kingdom
Mechanical Engineers
Engineers
Finite Element Analysis Engineers

Pitia Onyesho Sawia

Mechanical Engineering
Engineering
Finite Element Analysis
Matlab and Mathematica
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