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Mahmoudreza A.

@mahmoudralizadeh

monthly-level-four.svg
4.5
199

7.6

7.6

92%

A leader of special engineering team

$25 USD / Hour

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Flag of

Canada (2:04 AM)

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Joined on July 31, 2019

・

13 Recommendations

$25 USD / Hour

・

I lead a multidisciplinary engineering team delivering integrated solutions across mechanical design, electronics & embedded systems, industrial engineering, and business optimization. Our strength lies in combining technical expertise with structured project execution — transforming ideas into production-ready and performance-optimized systems. 🔹 Mechanical & Product Engineering CAD/CAM Design Mechanical Design & Design for Manufacturing (DFM) Design for 3D Printing SolidWorks Modeling & Simulation 3D Modeling & Product Visualization Sheet Metal & Weldment Design GD&T & BOM Preparation KeyShot Visualization & Motion Structural Analysis (ANSYS & ABAQUS) HVAC, Refrigeration & Plumbing Systems Design Solar Energy System Design Life Cycle Assessment (LCA) Energy Simulation & Building Performance Analysis (DesignBuilder, EnergyPlus, TRNSYS, PVSyst) SimaPro Revit MEP, BIM Coordination, Navisworks & Construction Documentation 🔹 Electronics & Embedded Systems Electronics & PCB Design (Single/Double-Sided | Multi-Layer PCB | SMD/THT | EMC-Aware Design) Embedded Firmware Development (C Programming | Python | ESP32 | ESP8266 | STM32 | Nordic nRF | ARM Cortex) Power Management & Battery Systems (Li-Ion/LiPo Charging | Low-Power Optimization) Wireless & IoT Systems (BLE | WiFi | Bluetooth | MQTT | Cloud-Connected IoT) Communication Protocols (I2C | SPI | UART | CAN Bus | ADC Interfaces | RS485 | MODBUS) Sensors, Relay Control & Real-Time Monitoring Arduino & Raspberry Pi Development (Embedded Linux | Edge Computing | Custom Gateways) Industrial Automation & Smart Control Systems (PLC/SCADA Integration | Remote Monitoring) Custom Hardware Architecture & Rapid Prototyping Embedded Software Verification & Validation (HIL Testing | SIL Testing | Software Testing | Unit Testing | Integration Testing) Test Automation & Quality Assurance (Robot Framework | VectorCAST | TESSY | MATLAB Programming) Automotive Embedded Software Testing & Validation (ISTQB Foundation | ISTQB Automotive | ISTQB Test Automation) End-to-End Embedded Product Development (Hardware, Firmware, Integration, Testing & Deployment) 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 Intelligence Consulting Python-Based Data Analysis Interactive Power BI Dashboard Design Our team specializes in improving engineering efficiency, productivity, and system performance across both technical and operational domains. We also bring hands-on experience in industrial equipment design, including HVAC, refrigeration systems, and production-ready mechanical solutions using SolidWorks and industry-standard workflows. If you are looking for a technically strong 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

64%

Repeat hire rate

8%

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Portfolio

Portfolio

13922522
I designed and developed a multi-channel insulation resistance and continuity testing system based on the STM32H750 ARM Cortex-M7 microcontroller for automated electrical testing, wiring verification, and industrial inspection applications. The project included complete hardware development, PCB design, embedded firmware implementation, and system integration for a high-channel-count testing platform capable of performing automated electrical integrity measurements and fault detection. The system supports 128-point testing architecture with insulation resistance measurement, continuity verification, short-circuit detection, open-wire identification, and leakage analysis. Real-time test sequencing and automated pass/fail evaluation were implemented to improve testing efficiency and simplify operation. The platform includes RS232 and USB communication interfaces for external monitoring and PC connectivity. High-density switching circuitry and synchronized acquisition architecture were

STM32 Multi-Channel Megger System

I designed and developed a multi-channel insulation resistance and continuity testing system based on the STM32H750 ARM Cortex-M7 microcontroller for automated electrical testing, wiring verification, and industrial inspection applications. The project included complete hardware development, PCB design, embedded firmware implementation, and system integration for a high-channel-count testing platform capable of performing automated electrical integrity measurements and fault detection. The system supports 128-point testing architecture with insulation resistance measurement, continuity verification, short-circuit detection, open-wire identification, and leakage analysis. Real-time test sequencing and automated pass/fail evaluation were implemented to improve testing efficiency and simplify operation. The platform includes RS232 and USB communication interfaces for external monitoring and PC connectivity. High-density switching circuitry and synchronized acquisition architecture were

STM32 Multi-Channel Megger System

I designed and developed a multi-channel insulation resistance and continuity testing system based on the STM32H750 ARM Cortex-M7 microcontroller for automated electrical testing, wiring verification, and industrial inspection applications. The project included complete hardware development, PCB design, embedded firmware implementation, and system integration for a high-channel-count testing platform capable of performing automated electrical integrity measurements and fault detection. The system supports 128-point testing architecture with insulation resistance measurement, continuity verification, short-circuit detection, open-wire identification, and leakage analysis. Real-time test sequencing and automated pass/fail evaluation were implemented to improve testing efficiency and simplify operation. The platform includes RS232 and USB communication interfaces for external monitoring and PC connectivity. High-density switching circuitry and synchronized acquisition architecture were

STM32 Multi-Channel Megger System

13922513
I designed and developed an intelligent battery load testing and ignition circuit analysis system based on the STM32F407 ARM Cortex-M4 microcontroller for battery diagnostics, controlled load testing, and power analysis applications. The project included complete hardware design, embedded firmware development, PCB implementation, and system integration for a platform capable of performing real-time battery monitoring and programmable load control. The system supports programmable battery load testing up to 20A with real-time analysis of voltage, current, internal resistance, and battery behavior under different operating conditions. A graphical LCD interface was integrated to provide local monitoring and system interaction, while USB and Modbus communication interfaces enabled external diagnostics and data exchange. Specialized testing modes were implemented for ignition and firing circuit evaluation, including trigger analysis, continuity verification, controlled discharge testing,

STM32 Smart Battery Test System

I designed and developed an intelligent battery load testing and ignition circuit analysis system based on the STM32F407 ARM Cortex-M4 microcontroller for battery diagnostics, controlled load testing, and power analysis applications. The project included complete hardware design, embedded firmware development, PCB implementation, and system integration for a platform capable of performing real-time battery monitoring and programmable load control. The system supports programmable battery load testing up to 20A with real-time analysis of voltage, current, internal resistance, and battery behavior under different operating conditions. A graphical LCD interface was integrated to provide local monitoring and system interaction, while USB and Modbus communication interfaces enabled external diagnostics and data exchange. Specialized testing modes were implemented for ignition and firing circuit evaluation, including trigger analysis, continuity verification, controlled discharge testing,

STM32 Smart Battery Test System

13922488
I designed and developed a high-precision industrial multi-channel Data Acquisition System (DAQ) based on the STM32F429 ARM Cortex-M4 microcontroller for real-time measurement and logging of analog signals. The system is designed for laboratory and industrial applications requiring low-noise, high-resolution signal acquisition and stable long-term data logging. The project includes complete hardware design, analog front-end development, embedded firmware implementation, and industrial PCB layout optimization. The system supports 16 single-ended channels and 8 differential input channels with a 24-bit high-resolution ADC architecture, enabling accurate and stable measurement of low-level analog signals. A strong focus was placed on analog signal integrity, including fully differential signal conditioning, noise reduction techniques, and proper separation of analog and digital domains on the PCB. The design also incorporates precision reference circuitry and optimized grounding strateg

High-Precise STM32 DAQ System Dev

I designed and developed a high-precision industrial multi-channel Data Acquisition System (DAQ) based on the STM32F429 ARM Cortex-M4 microcontroller for real-time measurement and logging of analog signals. The system is designed for laboratory and industrial applications requiring low-noise, high-resolution signal acquisition and stable long-term data logging. The project includes complete hardware design, analog front-end development, embedded firmware implementation, and industrial PCB layout optimization. The system supports 16 single-ended channels and 8 differential input channels with a 24-bit high-resolution ADC architecture, enabling accurate and stable measurement of low-level analog signals. A strong focus was placed on analog signal integrity, including fully differential signal conditioning, noise reduction techniques, and proper separation of analog and digital domains on the PCB. The design also incorporates precision reference circuitry and optimized grounding strateg

High-Precise STM32 DAQ System Dev

I designed and developed a high-precision industrial multi-channel Data Acquisition System (DAQ) based on the STM32F429 ARM Cortex-M4 microcontroller for real-time measurement and logging of analog signals. The system is designed for laboratory and industrial applications requiring low-noise, high-resolution signal acquisition and stable long-term data logging. The project includes complete hardware design, analog front-end development, embedded firmware implementation, and industrial PCB layout optimization. The system supports 16 single-ended channels and 8 differential input channels with a 24-bit high-resolution ADC architecture, enabling accurate and stable measurement of low-level analog signals. A strong focus was placed on analog signal integrity, including fully differential signal conditioning, noise reduction techniques, and proper separation of analog and digital domains on the PCB. The design also incorporates precision reference circuitry and optimized grounding strateg

High-Precise STM32 DAQ System Dev

I designed and developed a high-precision industrial multi-channel Data Acquisition System (DAQ) based on the STM32F429 ARM Cortex-M4 microcontroller for real-time measurement and logging of analog signals. The system is designed for laboratory and industrial applications requiring low-noise, high-resolution signal acquisition and stable long-term data logging. The project includes complete hardware design, analog front-end development, embedded firmware implementation, and industrial PCB layout optimization. The system supports 16 single-ended channels and 8 differential input channels with a 24-bit high-resolution ADC architecture, enabling accurate and stable measurement of low-level analog signals. A strong focus was placed on analog signal integrity, including fully differential signal conditioning, noise reduction techniques, and proper separation of analog and digital domains on the PCB. The design also incorporates precision reference circuitry and optimized grounding strateg

High-Precise STM32 DAQ System Dev

13922455
I designed and developed an industrial embedded system based on the STM32H743 (ARM Cortex-M7) microcontroller for HMI, real-time control, and data acquisition applications. The project involved full-cycle development, including hardware design, schematic capture, PCB layout, firmware development, and system integration. The system is built around a high-performance STM32H743 MCU and supports a graphical user interface along with multiple industrial communication interfaces for monitoring and control tasks. External SDRAM and NAND Flash were integrated through the FMC interface to support display buffering, data handling, and system expansion. The platform also includes Ethernet connectivity, dual USB (Host and Device), SD card storage, and a 10-inch TFT touchscreen display for HMI functionality. In addition to the main controller, a secondary STM32F103 microcontroller was used to handle isolated analog signal processing, ensuring separation between sensitive analog measurements and t

STM32 H743 Industrial HMI System Dev

I designed and developed an industrial embedded system based on the STM32H743 (ARM Cortex-M7) microcontroller for HMI, real-time control, and data acquisition applications. The project involved full-cycle development, including hardware design, schematic capture, PCB layout, firmware development, and system integration. The system is built around a high-performance STM32H743 MCU and supports a graphical user interface along with multiple industrial communication interfaces for monitoring and control tasks. External SDRAM and NAND Flash were integrated through the FMC interface to support display buffering, data handling, and system expansion. The platform also includes Ethernet connectivity, dual USB (Host and Device), SD card storage, and a 10-inch TFT touchscreen display for HMI functionality. In addition to the main controller, a secondary STM32F103 microcontroller was used to handle isolated analog signal processing, ensuring separation between sensitive analog measurements and t

STM32 H743 Industrial HMI System Dev

I designed and developed an industrial embedded system based on the STM32H743 (ARM Cortex-M7) microcontroller for HMI, real-time control, and data acquisition applications. The project involved full-cycle development, including hardware design, schematic capture, PCB layout, firmware development, and system integration. The system is built around a high-performance STM32H743 MCU and supports a graphical user interface along with multiple industrial communication interfaces for monitoring and control tasks. External SDRAM and NAND Flash were integrated through the FMC interface to support display buffering, data handling, and system expansion. The platform also includes Ethernet connectivity, dual USB (Host and Device), SD card storage, and a 10-inch TFT touchscreen display for HMI functionality. In addition to the main controller, a secondary STM32F103 microcontroller was used to handle isolated analog signal processing, ensuring separation between sensitive analog measurements and t

STM32 H743 Industrial HMI System Dev

I designed and developed an industrial embedded system based on the STM32H743 (ARM Cortex-M7) microcontroller for HMI, real-time control, and data acquisition applications. The project involved full-cycle development, including hardware design, schematic capture, PCB layout, firmware development, and system integration. The system is built around a high-performance STM32H743 MCU and supports a graphical user interface along with multiple industrial communication interfaces for monitoring and control tasks. External SDRAM and NAND Flash were integrated through the FMC interface to support display buffering, data handling, and system expansion. The platform also includes Ethernet connectivity, dual USB (Host and Device), SD card storage, and a 10-inch TFT touchscreen display for HMI functionality. In addition to the main controller, a secondary STM32F103 microcontroller was used to handle isolated analog signal processing, ensuring separation between sensitive analog measurements and t

STM32 H743 Industrial HMI System Dev

13918762
This project involves the design and programming of a four-layer industrial PCB based on an ARM STM32 microcontroller. The board was developed for embedded system applications with a focus on stable performance, efficient component placement, and reliable signal routing. The project included schematic design, PCB layout, hardware integration, and microcontroller programming for industrial use cases.

Design of a Four-Layer Board

13918758
Industrial multilayer processing and control board designed for FPGA-based applications with integrated memory support. The project includes multilayer PCB design, component integration, and embedded system development for reliable industrial operation

Industrial Multilayer Board

13922522
I designed and developed a multi-channel insulation resistance and continuity testing system based on the STM32H750 ARM Cortex-M7 microcontroller for automated electrical testing, wiring verification, and industrial inspection applications. The project included complete hardware development, PCB design, embedded firmware implementation, and system integration for a high-channel-count testing platform capable of performing automated electrical integrity measurements and fault detection. The system supports 128-point testing architecture with insulation resistance measurement, continuity verification, short-circuit detection, open-wire identification, and leakage analysis. Real-time test sequencing and automated pass/fail evaluation were implemented to improve testing efficiency and simplify operation. The platform includes RS232 and USB communication interfaces for external monitoring and PC connectivity. High-density switching circuitry and synchronized acquisition architecture were

STM32 Multi-Channel Megger System

I designed and developed a multi-channel insulation resistance and continuity testing system based on the STM32H750 ARM Cortex-M7 microcontroller for automated electrical testing, wiring verification, and industrial inspection applications. The project included complete hardware development, PCB design, embedded firmware implementation, and system integration for a high-channel-count testing platform capable of performing automated electrical integrity measurements and fault detection. The system supports 128-point testing architecture with insulation resistance measurement, continuity verification, short-circuit detection, open-wire identification, and leakage analysis. Real-time test sequencing and automated pass/fail evaluation were implemented to improve testing efficiency and simplify operation. The platform includes RS232 and USB communication interfaces for external monitoring and PC connectivity. High-density switching circuitry and synchronized acquisition architecture were

STM32 Multi-Channel Megger System

I designed and developed a multi-channel insulation resistance and continuity testing system based on the STM32H750 ARM Cortex-M7 microcontroller for automated electrical testing, wiring verification, and industrial inspection applications. The project included complete hardware development, PCB design, embedded firmware implementation, and system integration for a high-channel-count testing platform capable of performing automated electrical integrity measurements and fault detection. The system supports 128-point testing architecture with insulation resistance measurement, continuity verification, short-circuit detection, open-wire identification, and leakage analysis. Real-time test sequencing and automated pass/fail evaluation were implemented to improve testing efficiency and simplify operation. The platform includes RS232 and USB communication interfaces for external monitoring and PC connectivity. High-density switching circuitry and synchronized acquisition architecture were

STM32 Multi-Channel Megger System

13922513
I designed and developed an intelligent battery load testing and ignition circuit analysis system based on the STM32F407 ARM Cortex-M4 microcontroller for battery diagnostics, controlled load testing, and power analysis applications. The project included complete hardware design, embedded firmware development, PCB implementation, and system integration for a platform capable of performing real-time battery monitoring and programmable load control. The system supports programmable battery load testing up to 20A with real-time analysis of voltage, current, internal resistance, and battery behavior under different operating conditions. A graphical LCD interface was integrated to provide local monitoring and system interaction, while USB and Modbus communication interfaces enabled external diagnostics and data exchange. Specialized testing modes were implemented for ignition and firing circuit evaluation, including trigger analysis, continuity verification, controlled discharge testing,

STM32 Smart Battery Test System

I designed and developed an intelligent battery load testing and ignition circuit analysis system based on the STM32F407 ARM Cortex-M4 microcontroller for battery diagnostics, controlled load testing, and power analysis applications. The project included complete hardware design, embedded firmware development, PCB implementation, and system integration for a platform capable of performing real-time battery monitoring and programmable load control. The system supports programmable battery load testing up to 20A with real-time analysis of voltage, current, internal resistance, and battery behavior under different operating conditions. A graphical LCD interface was integrated to provide local monitoring and system interaction, while USB and Modbus communication interfaces enabled external diagnostics and data exchange. Specialized testing modes were implemented for ignition and firing circuit evaluation, including trigger analysis, continuity verification, controlled discharge testing,

STM32 Smart Battery Test System

13922488
I designed and developed a high-precision industrial multi-channel Data Acquisition System (DAQ) based on the STM32F429 ARM Cortex-M4 microcontroller for real-time measurement and logging of analog signals. The system is designed for laboratory and industrial applications requiring low-noise, high-resolution signal acquisition and stable long-term data logging. The project includes complete hardware design, analog front-end development, embedded firmware implementation, and industrial PCB layout optimization. The system supports 16 single-ended channels and 8 differential input channels with a 24-bit high-resolution ADC architecture, enabling accurate and stable measurement of low-level analog signals. A strong focus was placed on analog signal integrity, including fully differential signal conditioning, noise reduction techniques, and proper separation of analog and digital domains on the PCB. The design also incorporates precision reference circuitry and optimized grounding strateg

High-Precise STM32 DAQ System Dev

I designed and developed a high-precision industrial multi-channel Data Acquisition System (DAQ) based on the STM32F429 ARM Cortex-M4 microcontroller for real-time measurement and logging of analog signals. The system is designed for laboratory and industrial applications requiring low-noise, high-resolution signal acquisition and stable long-term data logging. The project includes complete hardware design, analog front-end development, embedded firmware implementation, and industrial PCB layout optimization. The system supports 16 single-ended channels and 8 differential input channels with a 24-bit high-resolution ADC architecture, enabling accurate and stable measurement of low-level analog signals. A strong focus was placed on analog signal integrity, including fully differential signal conditioning, noise reduction techniques, and proper separation of analog and digital domains on the PCB. The design also incorporates precision reference circuitry and optimized grounding strateg

High-Precise STM32 DAQ System Dev

I designed and developed a high-precision industrial multi-channel Data Acquisition System (DAQ) based on the STM32F429 ARM Cortex-M4 microcontroller for real-time measurement and logging of analog signals. The system is designed for laboratory and industrial applications requiring low-noise, high-resolution signal acquisition and stable long-term data logging. The project includes complete hardware design, analog front-end development, embedded firmware implementation, and industrial PCB layout optimization. The system supports 16 single-ended channels and 8 differential input channels with a 24-bit high-resolution ADC architecture, enabling accurate and stable measurement of low-level analog signals. A strong focus was placed on analog signal integrity, including fully differential signal conditioning, noise reduction techniques, and proper separation of analog and digital domains on the PCB. The design also incorporates precision reference circuitry and optimized grounding strateg

High-Precise STM32 DAQ System Dev

I designed and developed a high-precision industrial multi-channel Data Acquisition System (DAQ) based on the STM32F429 ARM Cortex-M4 microcontroller for real-time measurement and logging of analog signals. The system is designed for laboratory and industrial applications requiring low-noise, high-resolution signal acquisition and stable long-term data logging. The project includes complete hardware design, analog front-end development, embedded firmware implementation, and industrial PCB layout optimization. The system supports 16 single-ended channels and 8 differential input channels with a 24-bit high-resolution ADC architecture, enabling accurate and stable measurement of low-level analog signals. A strong focus was placed on analog signal integrity, including fully differential signal conditioning, noise reduction techniques, and proper separation of analog and digital domains on the PCB. The design also incorporates precision reference circuitry and optimized grounding strateg

High-Precise STM32 DAQ System Dev

13922455
I designed and developed an industrial embedded system based on the STM32H743 (ARM Cortex-M7) microcontroller for HMI, real-time control, and data acquisition applications. The project involved full-cycle development, including hardware design, schematic capture, PCB layout, firmware development, and system integration. The system is built around a high-performance STM32H743 MCU and supports a graphical user interface along with multiple industrial communication interfaces for monitoring and control tasks. External SDRAM and NAND Flash were integrated through the FMC interface to support display buffering, data handling, and system expansion. The platform also includes Ethernet connectivity, dual USB (Host and Device), SD card storage, and a 10-inch TFT touchscreen display for HMI functionality. In addition to the main controller, a secondary STM32F103 microcontroller was used to handle isolated analog signal processing, ensuring separation between sensitive analog measurements and t

STM32 H743 Industrial HMI System Dev

I designed and developed an industrial embedded system based on the STM32H743 (ARM Cortex-M7) microcontroller for HMI, real-time control, and data acquisition applications. The project involved full-cycle development, including hardware design, schematic capture, PCB layout, firmware development, and system integration. The system is built around a high-performance STM32H743 MCU and supports a graphical user interface along with multiple industrial communication interfaces for monitoring and control tasks. External SDRAM and NAND Flash were integrated through the FMC interface to support display buffering, data handling, and system expansion. The platform also includes Ethernet connectivity, dual USB (Host and Device), SD card storage, and a 10-inch TFT touchscreen display for HMI functionality. In addition to the main controller, a secondary STM32F103 microcontroller was used to handle isolated analog signal processing, ensuring separation between sensitive analog measurements and t

STM32 H743 Industrial HMI System Dev

I designed and developed an industrial embedded system based on the STM32H743 (ARM Cortex-M7) microcontroller for HMI, real-time control, and data acquisition applications. The project involved full-cycle development, including hardware design, schematic capture, PCB layout, firmware development, and system integration. The system is built around a high-performance STM32H743 MCU and supports a graphical user interface along with multiple industrial communication interfaces for monitoring and control tasks. External SDRAM and NAND Flash were integrated through the FMC interface to support display buffering, data handling, and system expansion. The platform also includes Ethernet connectivity, dual USB (Host and Device), SD card storage, and a 10-inch TFT touchscreen display for HMI functionality. In addition to the main controller, a secondary STM32F103 microcontroller was used to handle isolated analog signal processing, ensuring separation between sensitive analog measurements and t

STM32 H743 Industrial HMI System Dev

I designed and developed an industrial embedded system based on the STM32H743 (ARM Cortex-M7) microcontroller for HMI, real-time control, and data acquisition applications. The project involved full-cycle development, including hardware design, schematic capture, PCB layout, firmware development, and system integration. The system is built around a high-performance STM32H743 MCU and supports a graphical user interface along with multiple industrial communication interfaces for monitoring and control tasks. External SDRAM and NAND Flash were integrated through the FMC interface to support display buffering, data handling, and system expansion. The platform also includes Ethernet connectivity, dual USB (Host and Device), SD card storage, and a 10-inch TFT touchscreen display for HMI functionality. In addition to the main controller, a secondary STM32F103 microcontroller was used to handle isolated analog signal processing, ensuring separation between sensitive analog measurements and t

STM32 H743 Industrial HMI System Dev

13918762
This project involves the design and programming of a four-layer industrial PCB based on an ARM STM32 microcontroller. The board was developed for embedded system applications with a focus on stable performance, efficient component placement, and reliable signal routing. The project included schematic design, PCB layout, hardware integration, and microcontroller programming for industrial use cases.

Design of a Four-Layer Board

13918758
Industrial multilayer processing and control board designed for FPGA-based applications with integrated memory support. The project includes multilayer PCB design, component integration, and embedded system development for reliable industrial operation

Industrial Multilayer Board

4.5 · 199 Reviews
199 Reviews
J
Flag of

James P.

5.0

$750 USD

3 days ago

Innovative Pontoon Boat Design

Mahmoudreza was extremely responsive. When there was a communication issue, he was quick to seek clarification and respond.

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J
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James C.

5.0

$70 AUD

6 days ago

AutoCAD 2D Drafting Tutor Needed

He was very professional and helpful and even managed to screen record for me and send photos explaining processes on how to complete my issues.

CAD/CAM
Building Architecture
AutoCAD
Drafting
AutoCAD Architecture

+3 more

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A
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Alex Y.

5.0

$95 USD

16 days ago

Fix SolidWorks Dimension Lag

Hired Mahmoudreza for issues I was having with SW performance. He was incredibly detailed and through and I would definitely recommend hiring him for any needs you have

CAD/CAM
Solidworks
Mechanical Engineering
Technical Support
AutoCAD

+3 more

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M
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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
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Mahmoud I.

5.0

£200 GBP

6 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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