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$35 USD / saa
Bedera ya EGYPT
cairo, egypt
$35 USD / saa
Ni saa 4:12 PM hapa
Alijiunga Julai 24, 2017
6 Mapendekezo

Tamkeen

@mountie0

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preferred-freelancer-v2.svg 4.9 (57 hakiki)
6.5
6.5
87%
87%
$35 USD / saa
Bedera ya EGYPT
cairo, egypt
$35 USD / saa
97%
Kazi Zilizokamilika
97%
Kwa Bajeti
97%
Kwa wakati
6%
Kiwango cha Kuajiriwa Tena

Mechanical/Mechatronics Engineering Services

Tamkeen is a team of 3 Professional Engineers, Adel, Gamal, and Ahmed, specialized in Mechanical, Mechatronics and Thermal Engineering fields. working as a team on freelancer.com since 2017, with over 6 years of extensive, profound and demonstrated experience in the following: - - Mechanical & Mechatronic Design of Complex systems (Vehicles, Robotics, Marine, Energy, Tooling, Thermal Fluids Devices/Solutions, Consumer Products, Construction and other industrial areas) - Design for Manufacturing and Assembly complemented by hands-on experience in manufacturing in our own CNC workshop (since 2019) and in supervision of manufacturing by other workshops and factories for our clients. - Multiphysics & CAE(CFD, FEA, Multi Body Dynamics, Explicit Dynamics) + theoretical knowledge required to use these tools, like solid mechanics, dynamics and thermal fluid physics. - Mathematical Modeling and control of systems using MATLAB and Simulink. - Reverse Engineering using Geomagic Design X - Realistic visualization and animation of designed products and/or simulations, for presentation and commercial use We regard communication highly, we believe easy and clear communication are essential elements of a successful cooperation. We are always committed to meeting clients requirements timely, on the highest quality standards in the market and complying with relevant codes and regulations. And with the least expenses in the market for the quality we offer. (main reason is, making cash on short term isn't our interest we rather win client's trust), cost effectiveness is our unparalleled competitive edge in the market. It is always our pleasure to offer our services for any company or an Individual looking for Mechanical/Mechatronic Engineering Consultancy, system development or manufacturing projects. Kindly don't hesitate to reach out, you surely will not be disappointed.
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Portfolio

11568994
Automotives
Automotives
Automotives
Automotives
Automotives
Automotives
Automotives
Automotives
11569022
the project was done for Invictus UMVs .ltd the requirement was to 1- design two commercial Inspection class ROVs for 100m deep missions and 300m deep missions, 4 knots speed, and other requirements related to payload. 2- robotic gripper and a 5 DOF manipulator stage 1 of the project done, 100m depth version and gripper shown in the pictures the end products and more pictures that illustrate the progression of the project from conceptual sketches to Multiphysics Simulations, FEA simulations for material selection, sizing and structural integrity, CFD for hydrodynamic performance evaluation, FEA for cooling system design of the internal electronics, every single bolt of the machine had its considerations and required calculations. report at the end is a sample for summarized report which is done for every single part of the machine. not all information on the project can be shown due to confidentiality
commercial Inspection Class ROV (IN100)
the project was done for Invictus UMVs .ltd the requirement was to 1- design two commercial Inspection class ROVs for 100m deep missions and 300m deep missions, 4 knots speed, and other requirements related to payload. 2- robotic gripper and a 5 DOF manipulator stage 1 of the project done, 100m depth version and gripper shown in the pictures the end products and more pictures that illustrate the progression of the project from conceptual sketches to Multiphysics Simulations, FEA simulations for material selection, sizing and structural integrity, CFD for hydrodynamic performance evaluation, FEA for cooling system design of the internal electronics, every single bolt of the machine had its considerations and required calculations. report at the end is a sample for summarized report which is done for every single part of the machine. not all information on the project can be shown due to confidentiality
commercial Inspection Class ROV (IN100)
the project was done for Invictus UMVs .ltd the requirement was to 1- design two commercial Inspection class ROVs for 100m deep missions and 300m deep missions, 4 knots speed, and other requirements related to payload. 2- robotic gripper and a 5 DOF manipulator stage 1 of the project done, 100m depth version and gripper shown in the pictures the end products and more pictures that illustrate the progression of the project from conceptual sketches to Multiphysics Simulations, FEA simulations for material selection, sizing and structural integrity, CFD for hydrodynamic performance evaluation, FEA for cooling system design of the internal electronics, every single bolt of the machine had its considerations and required calculations. report at the end is a sample for summarized report which is done for every single part of the machine. not all information on the project can be shown due to confidentiality
commercial Inspection Class ROV (IN100)
the project was done for Invictus UMVs .ltd the requirement was to 1- design two commercial Inspection class ROVs for 100m deep missions and 300m deep missions, 4 knots speed, and other requirements related to payload. 2- robotic gripper and a 5 DOF manipulator stage 1 of the project done, 100m depth version and gripper shown in the pictures the end products and more pictures that illustrate the progression of the project from conceptual sketches to Multiphysics Simulations, FEA simulations for material selection, sizing and structural integrity, CFD for hydrodynamic performance evaluation, FEA for cooling system design of the internal electronics, every single bolt of the machine had its considerations and required calculations. report at the end is a sample for summarized report which is done for every single part of the machine. not all information on the project can be shown due to confidentiality
commercial Inspection Class ROV (IN100)
the project was done for Invictus UMVs .ltd the requirement was to 1- design two commercial Inspection class ROVs for 100m deep missions and 300m deep missions, 4 knots speed, and other requirements related to payload. 2- robotic gripper and a 5 DOF manipulator stage 1 of the project done, 100m depth version and gripper shown in the pictures the end products and more pictures that illustrate the progression of the project from conceptual sketches to Multiphysics Simulations, FEA simulations for material selection, sizing and structural integrity, CFD for hydrodynamic performance evaluation, FEA for cooling system design of the internal electronics, every single bolt of the machine had its considerations and required calculations. report at the end is a sample for summarized report which is done for every single part of the machine. not all information on the project can be shown due to confidentiality
commercial Inspection Class ROV (IN100)
the project was done for Invictus UMVs .ltd the requirement was to 1- design two commercial Inspection class ROVs for 100m deep missions and 300m deep missions, 4 knots speed, and other requirements related to payload. 2- robotic gripper and a 5 DOF manipulator stage 1 of the project done, 100m depth version and gripper shown in the pictures the end products and more pictures that illustrate the progression of the project from conceptual sketches to Multiphysics Simulations, FEA simulations for material selection, sizing and structural integrity, CFD for hydrodynamic performance evaluation, FEA for cooling system design of the internal electronics, every single bolt of the machine had its considerations and required calculations. report at the end is a sample for summarized report which is done for every single part of the machine. not all information on the project can be shown due to confidentiality
commercial Inspection Class ROV (IN100)
the project was done for Invictus UMVs .ltd the requirement was to 1- design two commercial Inspection class ROVs for 100m deep missions and 300m deep missions, 4 knots speed, and other requirements related to payload. 2- robotic gripper and a 5 DOF manipulator stage 1 of the project done, 100m depth version and gripper shown in the pictures the end products and more pictures that illustrate the progression of the project from conceptual sketches to Multiphysics Simulations, FEA simulations for material selection, sizing and structural integrity, CFD for hydrodynamic performance evaluation, FEA for cooling system design of the internal electronics, every single bolt of the machine had its considerations and required calculations. report at the end is a sample for summarized report which is done for every single part of the machine. not all information on the project can be shown due to confidentiality
commercial Inspection Class ROV (IN100)
the project was done for Invictus UMVs .ltd the requirement was to 1- design two commercial Inspection class ROVs for 100m deep missions and 300m deep missions, 4 knots speed, and other requirements related to payload. 2- robotic gripper and a 5 DOF manipulator stage 1 of the project done, 100m depth version and gripper shown in the pictures the end products and more pictures that illustrate the progression of the project from conceptual sketches to Multiphysics Simulations, FEA simulations for material selection, sizing and structural integrity, CFD for hydrodynamic performance evaluation, FEA for cooling system design of the internal electronics, every single bolt of the machine had its considerations and required calculations. report at the end is a sample for summarized report which is done for every single part of the machine. not all information on the project can be shown due to confidentiality
commercial Inspection Class ROV (IN100)
the project was done for Invictus UMVs .ltd the requirement was to 1- design two commercial Inspection class ROVs for 100m deep missions and 300m deep missions, 4 knots speed, and other requirements related to payload. 2- robotic gripper and a 5 DOF manipulator stage 1 of the project done, 100m depth version and gripper shown in the pictures the end products and more pictures that illustrate the progression of the project from conceptual sketches to Multiphysics Simulations, FEA simulations for material selection, sizing and structural integrity, CFD for hydrodynamic performance evaluation, FEA for cooling system design of the internal electronics, every single bolt of the machine had its considerations and required calculations. report at the end is a sample for summarized report which is done for every single part of the machine. not all information on the project can be shown due to confidentiality
commercial Inspection Class ROV (IN100)
the project was done for Invictus UMVs .ltd the requirement was to 1- design two commercial Inspection class ROVs for 100m deep missions and 300m deep missions, 4 knots speed, and other requirements related to payload. 2- robotic gripper and a 5 DOF manipulator stage 1 of the project done, 100m depth version and gripper shown in the pictures the end products and more pictures that illustrate the progression of the project from conceptual sketches to Multiphysics Simulations, FEA simulations for material selection, sizing and structural integrity, CFD for hydrodynamic performance evaluation, FEA for cooling system design of the internal electronics, every single bolt of the machine had its considerations and required calculations. report at the end is a sample for summarized report which is done for every single part of the machine. not all information on the project can be shown due to confidentiality
commercial Inspection Class ROV (IN100)
the project was done for Invictus UMVs .ltd the requirement was to 1- design two commercial Inspection class ROVs for 100m deep missions and 300m deep missions, 4 knots speed, and other requirements related to payload. 2- robotic gripper and a 5 DOF manipulator stage 1 of the project done, 100m depth version and gripper shown in the pictures the end products and more pictures that illustrate the progression of the project from conceptual sketches to Multiphysics Simulations, FEA simulations for material selection, sizing and structural integrity, CFD for hydrodynamic performance evaluation, FEA for cooling system design of the internal electronics, every single bolt of the machine had its considerations and required calculations. report at the end is a sample for summarized report which is done for every single part of the machine. not all information on the project can be shown due to confidentiality
commercial Inspection Class ROV (IN100)
11569015
we joined the project in a later stage of development our responsbility was 1- to design a 3D flexible PCB that can fit inside an aesthetic enclosure 2- to design an aesthetic enclosure that house the PCB and pressure sensors rubber pads on the hand 3- to design an aesthetic enclosure for the rest of the Arm 4- realistic visualizations for presentation and marketing
Trainee Robotic Arm
we joined the project in a later stage of development our responsbility was 1- to design a 3D flexible PCB that can fit inside an aesthetic enclosure 2- to design an aesthetic enclosure that house the PCB and pressure sensors rubber pads on the hand 3- to design an aesthetic enclosure for the rest of the Arm 4- realistic visualizations for presentation and marketing
Trainee Robotic Arm
we joined the project in a later stage of development our responsbility was 1- to design a 3D flexible PCB that can fit inside an aesthetic enclosure 2- to design an aesthetic enclosure that house the PCB and pressure sensors rubber pads on the hand 3- to design an aesthetic enclosure for the rest of the Arm 4- realistic visualizations for presentation and marketing
Trainee Robotic Arm
we joined the project in a later stage of development our responsbility was 1- to design a 3D flexible PCB that can fit inside an aesthetic enclosure 2- to design an aesthetic enclosure that house the PCB and pressure sensors rubber pads on the hand 3- to design an aesthetic enclosure for the rest of the Arm 4- realistic visualizations for presentation and marketing
Trainee Robotic Arm
we joined the project in a later stage of development our responsbility was 1- to design a 3D flexible PCB that can fit inside an aesthetic enclosure 2- to design an aesthetic enclosure that house the PCB and pressure sensors rubber pads on the hand 3- to design an aesthetic enclosure for the rest of the Arm 4- realistic visualizations for presentation and marketing
Trainee Robotic Arm
11569011
Rapid Deploy Solar Array comes mounted on a heavy-duty trailer that has been designed to survive the harshest conditions while being versatile for the clients' needs.
Trailer Mounted Stand-Alone Power System
Rapid Deploy Solar Array comes mounted on a heavy-duty trailer that has been designed to survive the harshest conditions while being versatile for the clients' needs.
Trailer Mounted Stand-Alone Power System
Rapid Deploy Solar Array comes mounted on a heavy-duty trailer that has been designed to survive the harshest conditions while being versatile for the clients' needs.
Trailer Mounted Stand-Alone Power System
Rapid Deploy Solar Array comes mounted on a heavy-duty trailer that has been designed to survive the harshest conditions while being versatile for the clients' needs.
Trailer Mounted Stand-Alone Power System
Rapid Deploy Solar Array comes mounted on a heavy-duty trailer that has been designed to survive the harshest conditions while being versatile for the clients' needs.
Trailer Mounted Stand-Alone Power System
Rapid Deploy Solar Array comes mounted on a heavy-duty trailer that has been designed to survive the harshest conditions while being versatile for the clients' needs.
Trailer Mounted Stand-Alone Power System
Rapid Deploy Solar Array comes mounted on a heavy-duty trailer that has been designed to survive the harshest conditions while being versatile for the clients' needs.
Trailer Mounted Stand-Alone Power System
Rapid Deploy Solar Array comes mounted on a heavy-duty trailer that has been designed to survive the harshest conditions while being versatile for the clients' needs.
Trailer Mounted Stand-Alone Power System
Rapid Deploy Solar Array comes mounted on a heavy-duty trailer that has been designed to survive the harshest conditions while being versatile for the clients' needs.
Trailer Mounted Stand-Alone Power System
Rapid Deploy Solar Array comes mounted on a heavy-duty trailer that has been designed to survive the harshest conditions while being versatile for the clients' needs.
Trailer Mounted Stand-Alone Power System
Rapid Deploy Solar Array comes mounted on a heavy-duty trailer that has been designed to survive the harshest conditions while being versatile for the clients' needs.
Trailer Mounted Stand-Alone Power System
Rapid Deploy Solar Array comes mounted on a heavy-duty trailer that has been designed to survive the harshest conditions while being versatile for the clients' needs.
Trailer Mounted Stand-Alone Power System
Rapid Deploy Solar Array comes mounted on a heavy-duty trailer that has been designed to survive the harshest conditions while being versatile for the clients' needs.
Trailer Mounted Stand-Alone Power System
11569016
ASV made for Invictus ltd. The main purpose of this ASV is to do Oceanographic Data Collection in relatively calm water. Also, to be suitable for short-range and long-range operations. So, it has the ability to remove/add payloads depending on the mission type and the duration. Another aspect considered in the design is to be easy to transport from site to site knowledge required for this project: 1- Naval architecture 2- Fiberglass design 3- Sheet metal design 4- CFD and FEA
Autonomous Surface Vehicle (ASV)
ASV made for Invictus ltd. The main purpose of this ASV is to do Oceanographic Data Collection in relatively calm water. Also, to be suitable for short-range and long-range operations. So, it has the ability to remove/add payloads depending on the mission type and the duration. Another aspect considered in the design is to be easy to transport from site to site knowledge required for this project: 1- Naval architecture 2- Fiberglass design 3- Sheet metal design 4- CFD and FEA
Autonomous Surface Vehicle (ASV)
ASV made for Invictus ltd. The main purpose of this ASV is to do Oceanographic Data Collection in relatively calm water. Also, to be suitable for short-range and long-range operations. So, it has the ability to remove/add payloads depending on the mission type and the duration. Another aspect considered in the design is to be easy to transport from site to site knowledge required for this project: 1- Naval architecture 2- Fiberglass design 3- Sheet metal design 4- CFD and FEA
Autonomous Surface Vehicle (ASV)
ASV made for Invictus ltd. The main purpose of this ASV is to do Oceanographic Data Collection in relatively calm water. Also, to be suitable for short-range and long-range operations. So, it has the ability to remove/add payloads depending on the mission type and the duration. Another aspect considered in the design is to be easy to transport from site to site knowledge required for this project: 1- Naval architecture 2- Fiberglass design 3- Sheet metal design 4- CFD and FEA
Autonomous Surface Vehicle (ASV)
ASV made for Invictus ltd. The main purpose of this ASV is to do Oceanographic Data Collection in relatively calm water. Also, to be suitable for short-range and long-range operations. So, it has the ability to remove/add payloads depending on the mission type and the duration. Another aspect considered in the design is to be easy to transport from site to site knowledge required for this project: 1- Naval architecture 2- Fiberglass design 3- Sheet metal design 4- CFD and FEA
Autonomous Surface Vehicle (ASV)
11569004
the client was a real estate development company, provided me with 1- a drone footage of an empty land 2- a engineering plan/drawing for the residential district 3- reference images for house styles and garden styles and requested to have a 3D model of the residential district from the drawings and styles provided, render and animate it with motion tracking that matches the drone shot, color match and overlay on the original video Project done using the following software - Blender for modeling rendering animating and motion tracking - davinci resolve and fusion for compositing, color grading and matching with original video, and perfecting fixing motion tracking
Residential District CGI Render Overlay on Drone Footage
the client was a real estate development company, provided me with 1- a drone footage of an empty land 2- a engineering plan/drawing for the residential district 3- reference images for house styles and garden styles and requested to have a 3D model of the residential district from the drawings and styles provided, render and animate it with motion tracking that matches the drone shot, color match and overlay on the original video Project done using the following software - Blender for modeling rendering animating and motion tracking - davinci resolve and fusion for compositing, color grading and matching with original video, and perfecting fixing motion tracking
Residential District CGI Render Overlay on Drone Footage
11568994
Automotives
Automotives
Automotives
Automotives
Automotives
Automotives
Automotives
Automotives
11569022
the project was done for Invictus UMVs .ltd the requirement was to 1- design two commercial Inspection class ROVs for 100m deep missions and 300m deep missions, 4 knots speed, and other requirements related to payload. 2- robotic gripper and a 5 DOF manipulator stage 1 of the project done, 100m depth version and gripper shown in the pictures the end products and more pictures that illustrate the progression of the project from conceptual sketches to Multiphysics Simulations, FEA simulations for material selection, sizing and structural integrity, CFD for hydrodynamic performance evaluation, FEA for cooling system design of the internal electronics, every single bolt of the machine had its considerations and required calculations. report at the end is a sample for summarized report which is done for every single part of the machine. not all information on the project can be shown due to confidentiality
commercial Inspection Class ROV (IN100)
the project was done for Invictus UMVs .ltd the requirement was to 1- design two commercial Inspection class ROVs for 100m deep missions and 300m deep missions, 4 knots speed, and other requirements related to payload. 2- robotic gripper and a 5 DOF manipulator stage 1 of the project done, 100m depth version and gripper shown in the pictures the end products and more pictures that illustrate the progression of the project from conceptual sketches to Multiphysics Simulations, FEA simulations for material selection, sizing and structural integrity, CFD for hydrodynamic performance evaluation, FEA for cooling system design of the internal electronics, every single bolt of the machine had its considerations and required calculations. report at the end is a sample for summarized report which is done for every single part of the machine. not all information on the project can be shown due to confidentiality
commercial Inspection Class ROV (IN100)
the project was done for Invictus UMVs .ltd the requirement was to 1- design two commercial Inspection class ROVs for 100m deep missions and 300m deep missions, 4 knots speed, and other requirements related to payload. 2- robotic gripper and a 5 DOF manipulator stage 1 of the project done, 100m depth version and gripper shown in the pictures the end products and more pictures that illustrate the progression of the project from conceptual sketches to Multiphysics Simulations, FEA simulations for material selection, sizing and structural integrity, CFD for hydrodynamic performance evaluation, FEA for cooling system design of the internal electronics, every single bolt of the machine had its considerations and required calculations. report at the end is a sample for summarized report which is done for every single part of the machine. not all information on the project can be shown due to confidentiality
commercial Inspection Class ROV (IN100)
the project was done for Invictus UMVs .ltd the requirement was to 1- design two commercial Inspection class ROVs for 100m deep missions and 300m deep missions, 4 knots speed, and other requirements related to payload. 2- robotic gripper and a 5 DOF manipulator stage 1 of the project done, 100m depth version and gripper shown in the pictures the end products and more pictures that illustrate the progression of the project from conceptual sketches to Multiphysics Simulations, FEA simulations for material selection, sizing and structural integrity, CFD for hydrodynamic performance evaluation, FEA for cooling system design of the internal electronics, every single bolt of the machine had its considerations and required calculations. report at the end is a sample for summarized report which is done for every single part of the machine. not all information on the project can be shown due to confidentiality
commercial Inspection Class ROV (IN100)
the project was done for Invictus UMVs .ltd the requirement was to 1- design two commercial Inspection class ROVs for 100m deep missions and 300m deep missions, 4 knots speed, and other requirements related to payload. 2- robotic gripper and a 5 DOF manipulator stage 1 of the project done, 100m depth version and gripper shown in the pictures the end products and more pictures that illustrate the progression of the project from conceptual sketches to Multiphysics Simulations, FEA simulations for material selection, sizing and structural integrity, CFD for hydrodynamic performance evaluation, FEA for cooling system design of the internal electronics, every single bolt of the machine had its considerations and required calculations. report at the end is a sample for summarized report which is done for every single part of the machine. not all information on the project can be shown due to confidentiality
commercial Inspection Class ROV (IN100)
the project was done for Invictus UMVs .ltd the requirement was to 1- design two commercial Inspection class ROVs for 100m deep missions and 300m deep missions, 4 knots speed, and other requirements related to payload. 2- robotic gripper and a 5 DOF manipulator stage 1 of the project done, 100m depth version and gripper shown in the pictures the end products and more pictures that illustrate the progression of the project from conceptual sketches to Multiphysics Simulations, FEA simulations for material selection, sizing and structural integrity, CFD for hydrodynamic performance evaluation, FEA for cooling system design of the internal electronics, every single bolt of the machine had its considerations and required calculations. report at the end is a sample for summarized report which is done for every single part of the machine. not all information on the project can be shown due to confidentiality
commercial Inspection Class ROV (IN100)
the project was done for Invictus UMVs .ltd the requirement was to 1- design two commercial Inspection class ROVs for 100m deep missions and 300m deep missions, 4 knots speed, and other requirements related to payload. 2- robotic gripper and a 5 DOF manipulator stage 1 of the project done, 100m depth version and gripper shown in the pictures the end products and more pictures that illustrate the progression of the project from conceptual sketches to Multiphysics Simulations, FEA simulations for material selection, sizing and structural integrity, CFD for hydrodynamic performance evaluation, FEA for cooling system design of the internal electronics, every single bolt of the machine had its considerations and required calculations. report at the end is a sample for summarized report which is done for every single part of the machine. not all information on the project can be shown due to confidentiality
commercial Inspection Class ROV (IN100)
the project was done for Invictus UMVs .ltd the requirement was to 1- design two commercial Inspection class ROVs for 100m deep missions and 300m deep missions, 4 knots speed, and other requirements related to payload. 2- robotic gripper and a 5 DOF manipulator stage 1 of the project done, 100m depth version and gripper shown in the pictures the end products and more pictures that illustrate the progression of the project from conceptual sketches to Multiphysics Simulations, FEA simulations for material selection, sizing and structural integrity, CFD for hydrodynamic performance evaluation, FEA for cooling system design of the internal electronics, every single bolt of the machine had its considerations and required calculations. report at the end is a sample for summarized report which is done for every single part of the machine. not all information on the project can be shown due to confidentiality
commercial Inspection Class ROV (IN100)
the project was done for Invictus UMVs .ltd the requirement was to 1- design two commercial Inspection class ROVs for 100m deep missions and 300m deep missions, 4 knots speed, and other requirements related to payload. 2- robotic gripper and a 5 DOF manipulator stage 1 of the project done, 100m depth version and gripper shown in the pictures the end products and more pictures that illustrate the progression of the project from conceptual sketches to Multiphysics Simulations, FEA simulations for material selection, sizing and structural integrity, CFD for hydrodynamic performance evaluation, FEA for cooling system design of the internal electronics, every single bolt of the machine had its considerations and required calculations. report at the end is a sample for summarized report which is done for every single part of the machine. not all information on the project can be shown due to confidentiality
commercial Inspection Class ROV (IN100)
the project was done for Invictus UMVs .ltd the requirement was to 1- design two commercial Inspection class ROVs for 100m deep missions and 300m deep missions, 4 knots speed, and other requirements related to payload. 2- robotic gripper and a 5 DOF manipulator stage 1 of the project done, 100m depth version and gripper shown in the pictures the end products and more pictures that illustrate the progression of the project from conceptual sketches to Multiphysics Simulations, FEA simulations for material selection, sizing and structural integrity, CFD for hydrodynamic performance evaluation, FEA for cooling system design of the internal electronics, every single bolt of the machine had its considerations and required calculations. report at the end is a sample for summarized report which is done for every single part of the machine. not all information on the project can be shown due to confidentiality
commercial Inspection Class ROV (IN100)
the project was done for Invictus UMVs .ltd the requirement was to 1- design two commercial Inspection class ROVs for 100m deep missions and 300m deep missions, 4 knots speed, and other requirements related to payload. 2- robotic gripper and a 5 DOF manipulator stage 1 of the project done, 100m depth version and gripper shown in the pictures the end products and more pictures that illustrate the progression of the project from conceptual sketches to Multiphysics Simulations, FEA simulations for material selection, sizing and structural integrity, CFD for hydrodynamic performance evaluation, FEA for cooling system design of the internal electronics, every single bolt of the machine had its considerations and required calculations. report at the end is a sample for summarized report which is done for every single part of the machine. not all information on the project can be shown due to confidentiality
commercial Inspection Class ROV (IN100)
11569015
we joined the project in a later stage of development our responsbility was 1- to design a 3D flexible PCB that can fit inside an aesthetic enclosure 2- to design an aesthetic enclosure that house the PCB and pressure sensors rubber pads on the hand 3- to design an aesthetic enclosure for the rest of the Arm 4- realistic visualizations for presentation and marketing
Trainee Robotic Arm
we joined the project in a later stage of development our responsbility was 1- to design a 3D flexible PCB that can fit inside an aesthetic enclosure 2- to design an aesthetic enclosure that house the PCB and pressure sensors rubber pads on the hand 3- to design an aesthetic enclosure for the rest of the Arm 4- realistic visualizations for presentation and marketing
Trainee Robotic Arm
we joined the project in a later stage of development our responsbility was 1- to design a 3D flexible PCB that can fit inside an aesthetic enclosure 2- to design an aesthetic enclosure that house the PCB and pressure sensors rubber pads on the hand 3- to design an aesthetic enclosure for the rest of the Arm 4- realistic visualizations for presentation and marketing
Trainee Robotic Arm
we joined the project in a later stage of development our responsbility was 1- to design a 3D flexible PCB that can fit inside an aesthetic enclosure 2- to design an aesthetic enclosure that house the PCB and pressure sensors rubber pads on the hand 3- to design an aesthetic enclosure for the rest of the Arm 4- realistic visualizations for presentation and marketing
Trainee Robotic Arm
we joined the project in a later stage of development our responsbility was 1- to design a 3D flexible PCB that can fit inside an aesthetic enclosure 2- to design an aesthetic enclosure that house the PCB and pressure sensors rubber pads on the hand 3- to design an aesthetic enclosure for the rest of the Arm 4- realistic visualizations for presentation and marketing
Trainee Robotic Arm
11569011
Rapid Deploy Solar Array comes mounted on a heavy-duty trailer that has been designed to survive the harshest conditions while being versatile for the clients' needs.
Trailer Mounted Stand-Alone Power System
Rapid Deploy Solar Array comes mounted on a heavy-duty trailer that has been designed to survive the harshest conditions while being versatile for the clients' needs.
Trailer Mounted Stand-Alone Power System
Rapid Deploy Solar Array comes mounted on a heavy-duty trailer that has been designed to survive the harshest conditions while being versatile for the clients' needs.
Trailer Mounted Stand-Alone Power System
Rapid Deploy Solar Array comes mounted on a heavy-duty trailer that has been designed to survive the harshest conditions while being versatile for the clients' needs.
Trailer Mounted Stand-Alone Power System
Rapid Deploy Solar Array comes mounted on a heavy-duty trailer that has been designed to survive the harshest conditions while being versatile for the clients' needs.
Trailer Mounted Stand-Alone Power System
Rapid Deploy Solar Array comes mounted on a heavy-duty trailer that has been designed to survive the harshest conditions while being versatile for the clients' needs.
Trailer Mounted Stand-Alone Power System
Rapid Deploy Solar Array comes mounted on a heavy-duty trailer that has been designed to survive the harshest conditions while being versatile for the clients' needs.
Trailer Mounted Stand-Alone Power System
Rapid Deploy Solar Array comes mounted on a heavy-duty trailer that has been designed to survive the harshest conditions while being versatile for the clients' needs.
Trailer Mounted Stand-Alone Power System
Rapid Deploy Solar Array comes mounted on a heavy-duty trailer that has been designed to survive the harshest conditions while being versatile for the clients' needs.
Trailer Mounted Stand-Alone Power System
Rapid Deploy Solar Array comes mounted on a heavy-duty trailer that has been designed to survive the harshest conditions while being versatile for the clients' needs.
Trailer Mounted Stand-Alone Power System
Rapid Deploy Solar Array comes mounted on a heavy-duty trailer that has been designed to survive the harshest conditions while being versatile for the clients' needs.
Trailer Mounted Stand-Alone Power System
Rapid Deploy Solar Array comes mounted on a heavy-duty trailer that has been designed to survive the harshest conditions while being versatile for the clients' needs.
Trailer Mounted Stand-Alone Power System
Rapid Deploy Solar Array comes mounted on a heavy-duty trailer that has been designed to survive the harshest conditions while being versatile for the clients' needs.
Trailer Mounted Stand-Alone Power System
11569016
ASV made for Invictus ltd. The main purpose of this ASV is to do Oceanographic Data Collection in relatively calm water. Also, to be suitable for short-range and long-range operations. So, it has the ability to remove/add payloads depending on the mission type and the duration. Another aspect considered in the design is to be easy to transport from site to site knowledge required for this project: 1- Naval architecture 2- Fiberglass design 3- Sheet metal design 4- CFD and FEA
Autonomous Surface Vehicle (ASV)
ASV made for Invictus ltd. The main purpose of this ASV is to do Oceanographic Data Collection in relatively calm water. Also, to be suitable for short-range and long-range operations. So, it has the ability to remove/add payloads depending on the mission type and the duration. Another aspect considered in the design is to be easy to transport from site to site knowledge required for this project: 1- Naval architecture 2- Fiberglass design 3- Sheet metal design 4- CFD and FEA
Autonomous Surface Vehicle (ASV)
ASV made for Invictus ltd. The main purpose of this ASV is to do Oceanographic Data Collection in relatively calm water. Also, to be suitable for short-range and long-range operations. So, it has the ability to remove/add payloads depending on the mission type and the duration. Another aspect considered in the design is to be easy to transport from site to site knowledge required for this project: 1- Naval architecture 2- Fiberglass design 3- Sheet metal design 4- CFD and FEA
Autonomous Surface Vehicle (ASV)
ASV made for Invictus ltd. The main purpose of this ASV is to do Oceanographic Data Collection in relatively calm water. Also, to be suitable for short-range and long-range operations. So, it has the ability to remove/add payloads depending on the mission type and the duration. Another aspect considered in the design is to be easy to transport from site to site knowledge required for this project: 1- Naval architecture 2- Fiberglass design 3- Sheet metal design 4- CFD and FEA
Autonomous Surface Vehicle (ASV)
ASV made for Invictus ltd. The main purpose of this ASV is to do Oceanographic Data Collection in relatively calm water. Also, to be suitable for short-range and long-range operations. So, it has the ability to remove/add payloads depending on the mission type and the duration. Another aspect considered in the design is to be easy to transport from site to site knowledge required for this project: 1- Naval architecture 2- Fiberglass design 3- Sheet metal design 4- CFD and FEA
Autonomous Surface Vehicle (ASV)
11569004
the client was a real estate development company, provided me with 1- a drone footage of an empty land 2- a engineering plan/drawing for the residential district 3- reference images for house styles and garden styles and requested to have a 3D model of the residential district from the drawings and styles provided, render and animate it with motion tracking that matches the drone shot, color match and overlay on the original video Project done using the following software - Blender for modeling rendering animating and motion tracking - davinci resolve and fusion for compositing, color grading and matching with original video, and perfecting fixing motion tracking
Residential District CGI Render Overlay on Drone Footage
the client was a real estate development company, provided me with 1- a drone footage of an empty land 2- a engineering plan/drawing for the residential district 3- reference images for house styles and garden styles and requested to have a 3D model of the residential district from the drawings and styles provided, render and animate it with motion tracking that matches the drone shot, color match and overlay on the original video Project done using the following software - Blender for modeling rendering animating and motion tracking - davinci resolve and fusion for compositing, color grading and matching with original video, and perfecting fixing motion tracking
Residential District CGI Render Overlay on Drone Footage

Kaguzi

Mabadiliko yamehifadhiwa
Inaonyesha 1 - 5 kutoka kwa 50+ - hakiki
 Chuja hakiki kulingana na:
5.0
Bei haijafichuliwa
Fluid animation, turning from liquid to vapor
Timely responses despite the time zone differences, they took the instructions and implemented it, and they were a team of professionals.
Picha ya Mtumiaji
Bedera ya Mitchell H.
@mheuring
•
2 months ago
5.0
Bei haijafichuliwa
Precise 3D to 2D CNC Cutting Pattern
Communication was on point, he really knows what he’s doing, whether simple or complicated he can do it, he suggests you some side services to further improve the quality of your work.
CAD/CAM
3D Rendering
3D Modelling
3D Animation
3D Printing
Picha ya Mtumiaji
Bedera ya John T.
@Johntorres1106
•
3 months ago
5.0
Bei haijafichuliwa
multi body mechanical arm design
Real professional here
Solidworks
Mechanical Engineering
Ansys
L
Bedera ya Felix H.
@liquidwrap
•
2 years ago
5.0
Bei haijafichuliwa
17 pics on blender
He did the job with all professionalism and quality, I hope to work with him again
Electronics
Solidworks
PCB Layout
Product Design
3D Modelling
+1 zaidi
Picha ya Mtumiaji
Bedera ya Rufaida A.
@rufaidaa
•
2 years ago
5.0
Bei haijafichuliwa
super yacht video demo
Mostafa did a great job, he has capacity to understand job necessity an answer it at the best. We recommend his profile, he is a good professional
3D Rendering
Animation
3D Modelling
3D Animation
M
Bedera ya Florence S.
@marketing083
•
2 years ago

Uzoefu

freelancer

freelancer.com
Jan 2018 - Sasa
Full time freelancer

Elimu

BE. Mechanical Engineering

Ain Shams University, Egypt 2014 - 2019
(5 years)

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Solidworks 34
3D Modelling 27
Product Design 24
PCB Layout 19
3D Rendering 13

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