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Mahmoudreza A.

@mahmoudralizadeh

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4.5
196

7.6

7.6

92%

A leader of special engineering team

$25 USD / Hour

・

Flag of

Canada (7:57 AM)

・

Joined on July 31, 2019

・

11 Recommendations

$25 USD / Hour

・

I lead a multidisciplinary engineering team delivering integrated solutions across mechanical design, electronics development, industrial engineering, and data-driven business optimization. Our strength lies in combining deep technical expertise with structured project execution — transforming ideas into fully engineered, production-ready, and performance-optimized systems. 🔹 Mechanical & Product Engineering CAD/CAM Design Mechanical Design & Design for Manufacturing (DFM) Design for 3D Printing SolidWorks (Part, Assembly, Drawing) Modeling & Simulation 3D Modeling & Product Visualization Sheet Metal Design & Flat Pattern Development Weldment Design & Large Assembly Management GD&T (Geometric Dimensioning & Tolerancing) BOM (Bill of Materials) Preparation KeyShot 3D Visualization & Motion Structural Analysis (ANSYS & ABAQUS) HVAC Load Calculation & System Design VRF / VRV & Ducted HVAC Systems Industrial Refrigeration Systems (Chiller Racks, Condensing Units) Plumbing Engineering (Water Supply, Drainage & Sanitary Systems) Revit MEP & BIM Coordination (Clash Detection) BIM Clash Detection & Navisworks Coordination Revit MEP Modeling & BIM Coordination Construction-Ready Mechanical Documentation Equipment Selection & Technical Scheduling 🔹 Electronics & Embedded Systems Electronics & PCB Design (Single & Double-Sided | SMD & Through-Hole) 32-bit Microcontrollers (ESP8266) Power Management Systems (Including TP4056 Li-ion Charging Circuits) WiFi & Bluetooth Modules Sensors, Relays & Interface Circuits Communication Protocols: I2C, SPI, UART We have successfully completed 30+ PCB design and embedded system projects. 🔹 Engineering Management & Optimization Project Planning & Scheduling Resource Allocation & Production Planning Risk Management & Process Optimization Business Plan Development Business Intelligence Consulting Data Mining & Python-Based Analysis Interactive Power BI Dashboard Design Our team specializes in aligning engineering execution with strategic performance improvement — reducing inefficiencies, improving productivity, and optimizing system performance across both technical and operational domains. We also bring hands-on experience in industrial equipment design, including HVAC and refrigeration systems, pressure-related assemblies, and production-ready mechanical solutions using SolidWorks and industry-standard workflows. If you are looking for a technically strong and structured engineering partner capable of handling multidisciplinary projects from concept to implementation, I would be happy to discuss your project.

Verifications

On time

75%

On budget

80%

Accept rate

63%

Repeat hire rate

8%

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Portfolio

Portfolio

13915299
The design process is based on anatomical analysis and clinical requirement assessment, followed by detailed 3D modeling using advanced CAD software. Special attention is given to ergonomics, weight optimization, material selection, and manufacturability to ensure that each final product is both functional and comfortable for the end user.

Orthopedic & Biomechanical Design

The design process is based on anatomical analysis and clinical requirement assessment, followed by detailed 3D modeling using advanced CAD software. Special attention is given to ergonomics, weight optimization, material selection, and manufacturability to ensure that each final product is both functional and comfortable for the end user.

Orthopedic & Biomechanical Design

The design process is based on anatomical analysis and clinical requirement assessment, followed by detailed 3D modeling using advanced CAD software. Special attention is given to ergonomics, weight optimization, material selection, and manufacturability to ensure that each final product is both functional and comfortable for the end user.

Orthopedic & Biomechanical Design

The design process is based on anatomical analysis and clinical requirement assessment, followed by detailed 3D modeling using advanced CAD software. Special attention is given to ergonomics, weight optimization, material selection, and manufacturability to ensure that each final product is both functional and comfortable for the end user.

Orthopedic & Biomechanical Design

13895473
Detailed view of a machined component prepared for manufacturing, including precise technical dimensions for CNC machining. The design ensures full clarity for production by specifying all critical measurements, tolerances, and cut features. This model is optimized for accurate fabrication and quality control in machining processes.

Machined Part with Dimensions

13895469
Design and modeling of a sheet metal bent part with detailed 3D visualization and fully defined flat pattern for manufacturing. The model includes precise bend features, material thickness considerations, and manufacturability checks to ensure accurate fabrication. Both the 3D assembly view and unfolded flat pattern are provided for production and inspection purposes.

Sheet Metal Bent Part Design

Design and modeling of a sheet metal bent part with detailed 3D visualization and fully defined flat pattern for manufacturing. The model includes precise bend features, material thickness considerations, and manufacturability checks to ensure accurate fabrication. Both the 3D assembly view and unfolded flat pattern are provided for production and inspection purposes.

Sheet Metal Bent Part Design

13895465
Design and development of an air-cooled condenser system featuring optimized coil layout and chassis structure. The assembly is engineered using SolidWorks Sheet Metal to ensure precise manufacturability, structural integrity, and efficient thermal performance. The design focuses on improving airflow efficiency, heat dissipation, and ease of fabrication for industrial applications.

Air-Cooled Condenser Design

Design and development of an air-cooled condenser system featuring optimized coil layout and chassis structure. The assembly is engineered using SolidWorks Sheet Metal to ensure precise manufacturability, structural integrity, and efficient thermal performance. The design focuses on improving airflow efficiency, heat dissipation, and ease of fabrication for industrial applications.

Air-Cooled Condenser Design

Design and development of an air-cooled condenser system featuring optimized coil layout and chassis structure. The assembly is engineered using SolidWorks Sheet Metal to ensure precise manufacturability, structural integrity, and efficient thermal performance. The design focuses on improving airflow efficiency, heat dissipation, and ease of fabrication for industrial applications.

Air-Cooled Condenser Design

Design and development of an air-cooled condenser system featuring optimized coil layout and chassis structure. The assembly is engineered using SolidWorks Sheet Metal to ensure precise manufacturability, structural integrity, and efficient thermal performance. The design focuses on improving airflow efficiency, heat dissipation, and ease of fabrication for industrial applications.

Air-Cooled Condenser Design

Design and development of an air-cooled condenser system featuring optimized coil layout and chassis structure. The assembly is engineered using SolidWorks Sheet Metal to ensure precise manufacturability, structural integrity, and efficient thermal performance. The design focuses on improving airflow efficiency, heat dissipation, and ease of fabrication for industrial applications.

Air-Cooled Condenser Design

13895458
Designed a complete industrial chiller rack in SolidWorks using sheet metal fabrication, including full 3D assembly modeling. Integrated copper piping, Bitzer compressors, oil separator, and detailed mechanical layout for manufacturing readiness

Industrial Chiller Rack Design

Designed a complete industrial chiller rack in SolidWorks using sheet metal fabrication, including full 3D assembly modeling. Integrated copper piping, Bitzer compressors, oil separator, and detailed mechanical layout for manufacturing readiness

Industrial Chiller Rack Design

Designed a complete industrial chiller rack in SolidWorks using sheet metal fabrication, including full 3D assembly modeling. Integrated copper piping, Bitzer compressors, oil separator, and detailed mechanical layout for manufacturing readiness

Industrial Chiller Rack Design

13895452
Chiller rack engineered in SolidWorks, incorporating structural elements, supports, and key components precisely modeled using sheet metal techniques. The design emphasizes manufacturability and durability, with optimized geometry for efficient fabrication and assembly. All components are developed with careful consideration of real-world production processes, including accurate bends, material utilization, and structural stability under load. The final model ensures a balance between strength, precision, and cost-effective manufacturing, making it suitable for industrial applications

SolidWorks Sheet Metal Rack Design

Chiller rack engineered in SolidWorks, incorporating structural elements, supports, and key components precisely modeled using sheet metal techniques. The design emphasizes manufacturability and durability, with optimized geometry for efficient fabrication and assembly. All components are developed with careful consideration of real-world production processes, including accurate bends, material utilization, and structural stability under load. The final model ensures a balance between strength, precision, and cost-effective manufacturing, making it suitable for industrial applications

SolidWorks Sheet Metal Rack Design

Chiller rack engineered in SolidWorks, incorporating structural elements, supports, and key components precisely modeled using sheet metal techniques. The design emphasizes manufacturability and durability, with optimized geometry for efficient fabrication and assembly. All components are developed with careful consideration of real-world production processes, including accurate bends, material utilization, and structural stability under load. The final model ensures a balance between strength, precision, and cost-effective manufacturing, making it suitable for industrial applications

SolidWorks Sheet Metal Rack Design

13915299
The design process is based on anatomical analysis and clinical requirement assessment, followed by detailed 3D modeling using advanced CAD software. Special attention is given to ergonomics, weight optimization, material selection, and manufacturability to ensure that each final product is both functional and comfortable for the end user.

Orthopedic & Biomechanical Design

The design process is based on anatomical analysis and clinical requirement assessment, followed by detailed 3D modeling using advanced CAD software. Special attention is given to ergonomics, weight optimization, material selection, and manufacturability to ensure that each final product is both functional and comfortable for the end user.

Orthopedic & Biomechanical Design

The design process is based on anatomical analysis and clinical requirement assessment, followed by detailed 3D modeling using advanced CAD software. Special attention is given to ergonomics, weight optimization, material selection, and manufacturability to ensure that each final product is both functional and comfortable for the end user.

Orthopedic & Biomechanical Design

The design process is based on anatomical analysis and clinical requirement assessment, followed by detailed 3D modeling using advanced CAD software. Special attention is given to ergonomics, weight optimization, material selection, and manufacturability to ensure that each final product is both functional and comfortable for the end user.

Orthopedic & Biomechanical Design

13895473
Detailed view of a machined component prepared for manufacturing, including precise technical dimensions for CNC machining. The design ensures full clarity for production by specifying all critical measurements, tolerances, and cut features. This model is optimized for accurate fabrication and quality control in machining processes.

Machined Part with Dimensions

13895469
Design and modeling of a sheet metal bent part with detailed 3D visualization and fully defined flat pattern for manufacturing. The model includes precise bend features, material thickness considerations, and manufacturability checks to ensure accurate fabrication. Both the 3D assembly view and unfolded flat pattern are provided for production and inspection purposes.

Sheet Metal Bent Part Design

Design and modeling of a sheet metal bent part with detailed 3D visualization and fully defined flat pattern for manufacturing. The model includes precise bend features, material thickness considerations, and manufacturability checks to ensure accurate fabrication. Both the 3D assembly view and unfolded flat pattern are provided for production and inspection purposes.

Sheet Metal Bent Part Design

13895465
Design and development of an air-cooled condenser system featuring optimized coil layout and chassis structure. The assembly is engineered using SolidWorks Sheet Metal to ensure precise manufacturability, structural integrity, and efficient thermal performance. The design focuses on improving airflow efficiency, heat dissipation, and ease of fabrication for industrial applications.

Air-Cooled Condenser Design

Design and development of an air-cooled condenser system featuring optimized coil layout and chassis structure. The assembly is engineered using SolidWorks Sheet Metal to ensure precise manufacturability, structural integrity, and efficient thermal performance. The design focuses on improving airflow efficiency, heat dissipation, and ease of fabrication for industrial applications.

Air-Cooled Condenser Design

Design and development of an air-cooled condenser system featuring optimized coil layout and chassis structure. The assembly is engineered using SolidWorks Sheet Metal to ensure precise manufacturability, structural integrity, and efficient thermal performance. The design focuses on improving airflow efficiency, heat dissipation, and ease of fabrication for industrial applications.

Air-Cooled Condenser Design

Design and development of an air-cooled condenser system featuring optimized coil layout and chassis structure. The assembly is engineered using SolidWorks Sheet Metal to ensure precise manufacturability, structural integrity, and efficient thermal performance. The design focuses on improving airflow efficiency, heat dissipation, and ease of fabrication for industrial applications.

Air-Cooled Condenser Design

Design and development of an air-cooled condenser system featuring optimized coil layout and chassis structure. The assembly is engineered using SolidWorks Sheet Metal to ensure precise manufacturability, structural integrity, and efficient thermal performance. The design focuses on improving airflow efficiency, heat dissipation, and ease of fabrication for industrial applications.

Air-Cooled Condenser Design

13895458
Designed a complete industrial chiller rack in SolidWorks using sheet metal fabrication, including full 3D assembly modeling. Integrated copper piping, Bitzer compressors, oil separator, and detailed mechanical layout for manufacturing readiness

Industrial Chiller Rack Design

Designed a complete industrial chiller rack in SolidWorks using sheet metal fabrication, including full 3D assembly modeling. Integrated copper piping, Bitzer compressors, oil separator, and detailed mechanical layout for manufacturing readiness

Industrial Chiller Rack Design

Designed a complete industrial chiller rack in SolidWorks using sheet metal fabrication, including full 3D assembly modeling. Integrated copper piping, Bitzer compressors, oil separator, and detailed mechanical layout for manufacturing readiness

Industrial Chiller Rack Design

13895452
Chiller rack engineered in SolidWorks, incorporating structural elements, supports, and key components precisely modeled using sheet metal techniques. The design emphasizes manufacturability and durability, with optimized geometry for efficient fabrication and assembly. All components are developed with careful consideration of real-world production processes, including accurate bends, material utilization, and structural stability under load. The final model ensures a balance between strength, precision, and cost-effective manufacturing, making it suitable for industrial applications

SolidWorks Sheet Metal Rack Design

Chiller rack engineered in SolidWorks, incorporating structural elements, supports, and key components precisely modeled using sheet metal techniques. The design emphasizes manufacturability and durability, with optimized geometry for efficient fabrication and assembly. All components are developed with careful consideration of real-world production processes, including accurate bends, material utilization, and structural stability under load. The final model ensures a balance between strength, precision, and cost-effective manufacturing, making it suitable for industrial applications

SolidWorks Sheet Metal Rack Design

Chiller rack engineered in SolidWorks, incorporating structural elements, supports, and key components precisely modeled using sheet metal techniques. The design emphasizes manufacturability and durability, with optimized geometry for efficient fabrication and assembly. All components are developed with careful consideration of real-world production processes, including accurate bends, material utilization, and structural stability under load. The final model ensures a balance between strength, precision, and cost-effective manufacturing, making it suitable for industrial applications

SolidWorks Sheet Metal Rack Design

4.5 · 196 Reviews
196 Reviews
M
Flag of

Mohammad Vahid E.

5.0

$35 CAD

3 months ago

SolidWorks Model & MP4 Tutorial

He delivered the work on time with a good quality

CAD/CAM
Solidworks
Mechanical Engineering
3D Modelling
3D Design

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M
Flag of

Mahmoud I.

5.0

£200 GBP

5 months ago

Finite Element Analysis of Composite Veneer

Great to work with and was happy to answer my questions. Would defo recommend!

Engineering
Mechanical Engineering
Finite Element Analysis
3D Modelling
Research and Development

+3 more

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Q
Flag of

Quentin C.

5.0

€40 EUR

6 months ago

Design Modular Filter Box Assembly

Thank you for your work

CAD/CAM
3D Rendering
Solidworks
Manufacturing Design
Product Design

+3 more

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A B.

5.0

$60 CAD

7 months ago

Direct Kinematics Exercises Tutoring

Mahmoudreza did an excellent job. Very professional, knowledgeable, and reliable. It was a great experience working with him and I highly recommend him.

Engineering
Education & Tutoring
Mechanical Engineering
Mathematics
Robotics

+2 more

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J

Former Client (inactive)

5.0

$250 USD

8 months ago

Model Conversion of STLs

Mahmoudreza went above and beyond for my project. A couple of revisions had to be made as expected in the project I was doing, but he made sure the final product was exactly what I wanted. I would definitely hire him again in the future.

Java
JavaScript
Python
Mobile App Development
Android

+1 more

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