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Hamza

@iamhamzazaki

monthly-level-five.svgverified-v3.svgpreferred-freelancer-v3.svgfoundation-shareholder.svg
4,9
566

8,9

8,9

98%

| Mechanical Design Engineer| CFD | FEA

$35 USD / hora

・

Bandera de PAKISTAN

Pakistan (1:55 p. m.)

・

Se unió el abril 1, 2020

・

17 Recomendaciones

$35 USD / hora

・

Mechanical Design Engineer with over 7 years of experience in product development, CAD modeling, and engineering analysis. Skilled in designing manufacturable components for consumer products, industrial equipment, and electromechanical systems. Proficient in SolidWorks, Fusion 360, and other CAD tools for creating production-ready models, assemblies, and technical drawings. Experienced in sheet metal design, plastic parts, 3D printing (FDM), and DFM principles to ensure efficient manufacturing and cost-effective production. Adept at translating concepts and sketches into functional, optimized designs through iterative prototyping and engineering validation. Known for delivering precise, practical engineering solutions while maintaining strong attention to detail, aesthetics, and real-world manufacturability.

Verificaciones

A tiempo

98 %

Dentro del presupuesto

98 %

Aceptar tarifa

73 %

Tasa de recontratación

7 %

Freelancer Engineers Pakistan
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Portafolio

Portafolio

14139898
Complete 3D design of a floating fishing house, modelled in SolidWorks. The cabin sits on a pontoon-style float base and features a telescoping extension module that slides out from the main housing to increase interior space, secured with a safety cable when extended. The frame is built from structural steel angle (L 1.5 x 1.5 x 0.25) with sheet metal wall panels, a hinged access door, framed windows, built-in storage cabinets for gear, and an interior seating/platform area. I modelled the full assembly using weldments and sheet metal features, and prepared exploded views to show how the extension, cabinets, floor and float base fit together.

Floating Fishing House Design

Complete 3D design of a floating fishing house, modelled in SolidWorks. The cabin sits on a pontoon-style float base and features a telescoping extension module that slides out from the main housing to increase interior space, secured with a safety cable when extended. The frame is built from structural steel angle (L 1.5 x 1.5 x 0.25) with sheet metal wall panels, a hinged access door, framed windows, built-in storage cabinets for gear, and an interior seating/platform area. I modelled the full assembly using weldments and sheet metal features, and prepared exploded views to show how the extension, cabinets, floor and float base fit together.

Floating Fishing House Design

Complete 3D design of a floating fishing house, modelled in SolidWorks. The cabin sits on a pontoon-style float base and features a telescoping extension module that slides out from the main housing to increase interior space, secured with a safety cable when extended. The frame is built from structural steel angle (L 1.5 x 1.5 x 0.25) with sheet metal wall panels, a hinged access door, framed windows, built-in storage cabinets for gear, and an interior seating/platform area. I modelled the full assembly using weldments and sheet metal features, and prepared exploded views to show how the extension, cabinets, floor and float base fit together.

Floating Fishing House Design

Complete 3D design of a floating fishing house, modelled in SolidWorks. The cabin sits on a pontoon-style float base and features a telescoping extension module that slides out from the main housing to increase interior space, secured with a safety cable when extended. The frame is built from structural steel angle (L 1.5 x 1.5 x 0.25) with sheet metal wall panels, a hinged access door, framed windows, built-in storage cabinets for gear, and an interior seating/platform area. I modelled the full assembly using weldments and sheet metal features, and prepared exploded views to show how the extension, cabinets, floor and float base fit together.

Floating Fishing House Design

Complete 3D design of a floating fishing house, modelled in SolidWorks. The cabin sits on a pontoon-style float base and features a telescoping extension module that slides out from the main housing to increase interior space, secured with a safety cable when extended. The frame is built from structural steel angle (L 1.5 x 1.5 x 0.25) with sheet metal wall panels, a hinged access door, framed windows, built-in storage cabinets for gear, and an interior seating/platform area. I modelled the full assembly using weldments and sheet metal features, and prepared exploded views to show how the extension, cabinets, floor and float base fit together.

Floating Fishing House Design

Complete 3D design of a floating fishing house, modelled in SolidWorks. The cabin sits on a pontoon-style float base and features a telescoping extension module that slides out from the main housing to increase interior space, secured with a safety cable when extended. The frame is built from structural steel angle (L 1.5 x 1.5 x 0.25) with sheet metal wall panels, a hinged access door, framed windows, built-in storage cabinets for gear, and an interior seating/platform area. I modelled the full assembly using weldments and sheet metal features, and prepared exploded views to show how the extension, cabinets, floor and float base fit together.

Floating Fishing House Design

Complete 3D design of a floating fishing house, modelled in SolidWorks. The cabin sits on a pontoon-style float base and features a telescoping extension module that slides out from the main housing to increase interior space, secured with a safety cable when extended. The frame is built from structural steel angle (L 1.5 x 1.5 x 0.25) with sheet metal wall panels, a hinged access door, framed windows, built-in storage cabinets for gear, and an interior seating/platform area. I modelled the full assembly using weldments and sheet metal features, and prepared exploded views to show how the extension, cabinets, floor and float base fit together.

Floating Fishing House Design

14139883
Complete sheet metal enclosure designed in SolidWorks for an IoT product, taken from concept to factory production. The assembly includes an outer chassis, inner sliding frame, removable module tray with ventilation patterns, base tray, integrated PCB mounting, front panel with thumb screws and carry handle, and connector/LED cut-outs. Every part was designed with DFM in mind: correct bend radii, bend reliefs, K-factor based flat patterns, hole-to-edge clearances and hardware (PEM/fastener) placement. I delivered 3D models, flat patterns and manufacturing drawings, and the enclosure was successfully manufactured in the factory using laser cutting and CNC bending.

IoT Sheet Metal Enclosure Design

Complete sheet metal enclosure designed in SolidWorks for an IoT product, taken from concept to factory production. The assembly includes an outer chassis, inner sliding frame, removable module tray with ventilation patterns, base tray, integrated PCB mounting, front panel with thumb screws and carry handle, and connector/LED cut-outs. Every part was designed with DFM in mind: correct bend radii, bend reliefs, K-factor based flat patterns, hole-to-edge clearances and hardware (PEM/fastener) placement. I delivered 3D models, flat patterns and manufacturing drawings, and the enclosure was successfully manufactured in the factory using laser cutting and CNC bending.

IoT Sheet Metal Enclosure Design

Complete sheet metal enclosure designed in SolidWorks for an IoT product, taken from concept to factory production. The assembly includes an outer chassis, inner sliding frame, removable module tray with ventilation patterns, base tray, integrated PCB mounting, front panel with thumb screws and carry handle, and connector/LED cut-outs. Every part was designed with DFM in mind: correct bend radii, bend reliefs, K-factor based flat patterns, hole-to-edge clearances and hardware (PEM/fastener) placement. I delivered 3D models, flat patterns and manufacturing drawings, and the enclosure was successfully manufactured in the factory using laser cutting and CNC bending.

IoT Sheet Metal Enclosure Design

12547873
PCB DESIGN MICROCONTROLLER GERBER FILES SCHEMATIC CREATION BOM CREATION OF PCB WITH 100+ COMPONENTS PCB ENCLOSURE

PCB DESIGN

12432599
I recently completed a project where I provided comprehensive 3D modeling and 2D planning services for a residential house design. The project began with gathering the client’s ideas and requirements, which I translated into a detailed 3D model. This allowed the client to visualize the design in a realistic and interactive way, exploring every angle and ensuring it matched their vision. Alongside the 3D model, I developed precise 2D plans, including floor layouts, measurements, and structural details. These plans were instrumental in guiding the construction process and ensuring the design was both functional and aesthetically pleasing. Throughout the project, I focused on clear communication and attention to detail, delivering a design that exceeded the client’s expectations. This experience reinforced my ability to combine creativity with technical expertise to bring architectural concepts to life.

CAD Drawings and 3D modelling

I recently completed a project where I provided comprehensive 3D modeling and 2D planning services for a residential house design. The project began with gathering the client’s ideas and requirements, which I translated into a detailed 3D model. This allowed the client to visualize the design in a realistic and interactive way, exploring every angle and ensuring it matched their vision. Alongside the 3D model, I developed precise 2D plans, including floor layouts, measurements, and structural details. These plans were instrumental in guiding the construction process and ensuring the design was both functional and aesthetically pleasing. Throughout the project, I focused on clear communication and attention to detail, delivering a design that exceeded the client’s expectations. This experience reinforced my ability to combine creativity with technical expertise to bring architectural concepts to life.

CAD Drawings and 3D modelling

I recently completed a project where I provided comprehensive 3D modeling and 2D planning services for a residential house design. The project began with gathering the client’s ideas and requirements, which I translated into a detailed 3D model. This allowed the client to visualize the design in a realistic and interactive way, exploring every angle and ensuring it matched their vision. Alongside the 3D model, I developed precise 2D plans, including floor layouts, measurements, and structural details. These plans were instrumental in guiding the construction process and ensuring the design was both functional and aesthetically pleasing. Throughout the project, I focused on clear communication and attention to detail, delivering a design that exceeded the client’s expectations. This experience reinforced my ability to combine creativity with technical expertise to bring architectural concepts to life.

CAD Drawings and 3D modelling

11888149
TOWER DESIGN

TOWER DESIGN MODEL

11773110
3D ARCHITECTURE WORK RENDERING

3D ARCHITECTURE

3D ARCHITECTURE WORK RENDERING

3D ARCHITECTURE

3D ARCHITECTURE WORK RENDERING

3D ARCHITECTURE

3D ARCHITECTURE WORK RENDERING

3D ARCHITECTURE

3D ARCHITECTURE WORK RENDERING

3D ARCHITECTURE

3D ARCHITECTURE WORK RENDERING

3D ARCHITECTURE

3D ARCHITECTURE WORK RENDERING

3D ARCHITECTURE

14139898
Complete 3D design of a floating fishing house, modelled in SolidWorks. The cabin sits on a pontoon-style float base and features a telescoping extension module that slides out from the main housing to increase interior space, secured with a safety cable when extended. The frame is built from structural steel angle (L 1.5 x 1.5 x 0.25) with sheet metal wall panels, a hinged access door, framed windows, built-in storage cabinets for gear, and an interior seating/platform area. I modelled the full assembly using weldments and sheet metal features, and prepared exploded views to show how the extension, cabinets, floor and float base fit together.

Floating Fishing House Design

Complete 3D design of a floating fishing house, modelled in SolidWorks. The cabin sits on a pontoon-style float base and features a telescoping extension module that slides out from the main housing to increase interior space, secured with a safety cable when extended. The frame is built from structural steel angle (L 1.5 x 1.5 x 0.25) with sheet metal wall panels, a hinged access door, framed windows, built-in storage cabinets for gear, and an interior seating/platform area. I modelled the full assembly using weldments and sheet metal features, and prepared exploded views to show how the extension, cabinets, floor and float base fit together.

Floating Fishing House Design

Complete 3D design of a floating fishing house, modelled in SolidWorks. The cabin sits on a pontoon-style float base and features a telescoping extension module that slides out from the main housing to increase interior space, secured with a safety cable when extended. The frame is built from structural steel angle (L 1.5 x 1.5 x 0.25) with sheet metal wall panels, a hinged access door, framed windows, built-in storage cabinets for gear, and an interior seating/platform area. I modelled the full assembly using weldments and sheet metal features, and prepared exploded views to show how the extension, cabinets, floor and float base fit together.

Floating Fishing House Design

Complete 3D design of a floating fishing house, modelled in SolidWorks. The cabin sits on a pontoon-style float base and features a telescoping extension module that slides out from the main housing to increase interior space, secured with a safety cable when extended. The frame is built from structural steel angle (L 1.5 x 1.5 x 0.25) with sheet metal wall panels, a hinged access door, framed windows, built-in storage cabinets for gear, and an interior seating/platform area. I modelled the full assembly using weldments and sheet metal features, and prepared exploded views to show how the extension, cabinets, floor and float base fit together.

Floating Fishing House Design

Complete 3D design of a floating fishing house, modelled in SolidWorks. The cabin sits on a pontoon-style float base and features a telescoping extension module that slides out from the main housing to increase interior space, secured with a safety cable when extended. The frame is built from structural steel angle (L 1.5 x 1.5 x 0.25) with sheet metal wall panels, a hinged access door, framed windows, built-in storage cabinets for gear, and an interior seating/platform area. I modelled the full assembly using weldments and sheet metal features, and prepared exploded views to show how the extension, cabinets, floor and float base fit together.

Floating Fishing House Design

Complete 3D design of a floating fishing house, modelled in SolidWorks. The cabin sits on a pontoon-style float base and features a telescoping extension module that slides out from the main housing to increase interior space, secured with a safety cable when extended. The frame is built from structural steel angle (L 1.5 x 1.5 x 0.25) with sheet metal wall panels, a hinged access door, framed windows, built-in storage cabinets for gear, and an interior seating/platform area. I modelled the full assembly using weldments and sheet metal features, and prepared exploded views to show how the extension, cabinets, floor and float base fit together.

Floating Fishing House Design

Complete 3D design of a floating fishing house, modelled in SolidWorks. The cabin sits on a pontoon-style float base and features a telescoping extension module that slides out from the main housing to increase interior space, secured with a safety cable when extended. The frame is built from structural steel angle (L 1.5 x 1.5 x 0.25) with sheet metal wall panels, a hinged access door, framed windows, built-in storage cabinets for gear, and an interior seating/platform area. I modelled the full assembly using weldments and sheet metal features, and prepared exploded views to show how the extension, cabinets, floor and float base fit together.

Floating Fishing House Design

14139883
Complete sheet metal enclosure designed in SolidWorks for an IoT product, taken from concept to factory production. The assembly includes an outer chassis, inner sliding frame, removable module tray with ventilation patterns, base tray, integrated PCB mounting, front panel with thumb screws and carry handle, and connector/LED cut-outs. Every part was designed with DFM in mind: correct bend radii, bend reliefs, K-factor based flat patterns, hole-to-edge clearances and hardware (PEM/fastener) placement. I delivered 3D models, flat patterns and manufacturing drawings, and the enclosure was successfully manufactured in the factory using laser cutting and CNC bending.

IoT Sheet Metal Enclosure Design

Complete sheet metal enclosure designed in SolidWorks for an IoT product, taken from concept to factory production. The assembly includes an outer chassis, inner sliding frame, removable module tray with ventilation patterns, base tray, integrated PCB mounting, front panel with thumb screws and carry handle, and connector/LED cut-outs. Every part was designed with DFM in mind: correct bend radii, bend reliefs, K-factor based flat patterns, hole-to-edge clearances and hardware (PEM/fastener) placement. I delivered 3D models, flat patterns and manufacturing drawings, and the enclosure was successfully manufactured in the factory using laser cutting and CNC bending.

IoT Sheet Metal Enclosure Design

Complete sheet metal enclosure designed in SolidWorks for an IoT product, taken from concept to factory production. The assembly includes an outer chassis, inner sliding frame, removable module tray with ventilation patterns, base tray, integrated PCB mounting, front panel with thumb screws and carry handle, and connector/LED cut-outs. Every part was designed with DFM in mind: correct bend radii, bend reliefs, K-factor based flat patterns, hole-to-edge clearances and hardware (PEM/fastener) placement. I delivered 3D models, flat patterns and manufacturing drawings, and the enclosure was successfully manufactured in the factory using laser cutting and CNC bending.

IoT Sheet Metal Enclosure Design

12547873
PCB DESIGN MICROCONTROLLER GERBER FILES SCHEMATIC CREATION BOM CREATION OF PCB WITH 100+ COMPONENTS PCB ENCLOSURE

PCB DESIGN

12432599
I recently completed a project where I provided comprehensive 3D modeling and 2D planning services for a residential house design. The project began with gathering the client’s ideas and requirements, which I translated into a detailed 3D model. This allowed the client to visualize the design in a realistic and interactive way, exploring every angle and ensuring it matched their vision. Alongside the 3D model, I developed precise 2D plans, including floor layouts, measurements, and structural details. These plans were instrumental in guiding the construction process and ensuring the design was both functional and aesthetically pleasing. Throughout the project, I focused on clear communication and attention to detail, delivering a design that exceeded the client’s expectations. This experience reinforced my ability to combine creativity with technical expertise to bring architectural concepts to life.

CAD Drawings and 3D modelling

I recently completed a project where I provided comprehensive 3D modeling and 2D planning services for a residential house design. The project began with gathering the client’s ideas and requirements, which I translated into a detailed 3D model. This allowed the client to visualize the design in a realistic and interactive way, exploring every angle and ensuring it matched their vision. Alongside the 3D model, I developed precise 2D plans, including floor layouts, measurements, and structural details. These plans were instrumental in guiding the construction process and ensuring the design was both functional and aesthetically pleasing. Throughout the project, I focused on clear communication and attention to detail, delivering a design that exceeded the client’s expectations. This experience reinforced my ability to combine creativity with technical expertise to bring architectural concepts to life.

CAD Drawings and 3D modelling

I recently completed a project where I provided comprehensive 3D modeling and 2D planning services for a residential house design. The project began with gathering the client’s ideas and requirements, which I translated into a detailed 3D model. This allowed the client to visualize the design in a realistic and interactive way, exploring every angle and ensuring it matched their vision. Alongside the 3D model, I developed precise 2D plans, including floor layouts, measurements, and structural details. These plans were instrumental in guiding the construction process and ensuring the design was both functional and aesthetically pleasing. Throughout the project, I focused on clear communication and attention to detail, delivering a design that exceeded the client’s expectations. This experience reinforced my ability to combine creativity with technical expertise to bring architectural concepts to life.

CAD Drawings and 3D modelling

11888149
TOWER DESIGN

TOWER DESIGN MODEL

11773110
3D ARCHITECTURE WORK RENDERING

3D ARCHITECTURE

3D ARCHITECTURE WORK RENDERING

3D ARCHITECTURE

3D ARCHITECTURE WORK RENDERING

3D ARCHITECTURE

3D ARCHITECTURE WORK RENDERING

3D ARCHITECTURE

3D ARCHITECTURE WORK RENDERING

3D ARCHITECTURE

3D ARCHITECTURE WORK RENDERING

3D ARCHITECTURE

3D ARCHITECTURE WORK RENDERING

3D ARCHITECTURE

4.9 · 566 Comentarios
566 Comentarios
C
Bandera de UNITED STATES

Cord

5,0

$1.250 USD

hace 20 días

Building roofline dormer addition as freestanding structure from existing CAD and drawing

Very responsive and professional in all requirements! Excellent work and would definitely hire again for similar projects!

CAD/CAM
Building Architecture
AutoCAD
3D Modelling
3D Design

+3 más

Compartir

S
Bandera de CANADA

Salahadeen

5,0

$1.500 CAD

hace 1 mes

Travel Neck Pillow Redesign

He was great to work with and knew what he was talking about. He delivered the product on time and met my requests. I look forward to working with him again.

Industrial Design
CAD/CAM
Solidworks
Mechanical Engineering
Manufacturing Design

+5 más

Compartir

Avatar del usuario
Bandera de UNITED KINGDOM

Khalid

5,0

£800 GBP

hace 1 mes

Power Supply Schematic Cleanup & PCB Design In Orcad

Hamza did solid technical work on a power supply schematic and PCB layout (component sourcing, DRC cleanup, manufacturing files). His BOM and netlist accuracy checked out fully on independent verification (450/450 components matched), and on a couple of occasions he caught and correctly explained technical details unprompted (e.g. diode part-suffix families) that matched our own independent analysis — a good sign of real understanding, not just following instructions. Overall: capable

Electronics
Electrical Engineering
PCB Layout
Circuit Design

Compartir

D
Bandera de CANADA

Dawson

4,6

$3.750 CAD

hace 1 mes

CAD Design for Lightweight Camping Shelter

was great to work with and completed the project on time and with in budget.

CAD/CAM
3D Rendering
Solidworks
AutoCAD
Product Design

+3 más

Compartir

M
Bandera de UNITED STATES

Magregoir

5,0

$3.750 USD

hace 2 meses

Mechanical CAD Specialist Needed

Hamza was professional, responsive, and excellent to work with throughout Phase 1A. He followed a structured engineering process, communicated clearly, asked thoughtful questions, and incorporated feedback into each deliverable. His work demonstrated strong mechanical design, product-development, structural, and manufacturability thinking. I look forward to continuing with him on the next phase.

CAD/CAM
Solidworks
Mechanical Engineering
AutoCAD
Manufacturing Design

+5 más

Compartir

Experiencia

Freelancer

jun, 2020 - Presente

•

6 años, 2 meses

CFD ENGINEER

sept, 2020 - Presente

•

5 años, 11 meses

FLUENT,CFD,CFX

STRUCTURAL ANALYST

jun, 2020 - Presente

•

6 años, 2 meses

Structural analysis using FEM,FEA

jun, 2020 - Presente

•

6 años, 2 meses

Designer

sept, 2018 - Presente

•

7 años, 11 meses

University

sept, 2018 - Presente

•

7 años, 11 meses

I have completed many projects related to my field. I have made models,static and thermal analysis, written codes and articles. Looking forward to expand my skills and satisfying my clients

sept, 2018 - Presente

•

7 años, 11 meses

Senior Design Engineer

ago, 2020 - sept, 2020

•

1 mes

SVA RUBA PLASTIC

ago, 2020 - sept, 2020

•

1 mes

PLASTIC INJECTION MOLD DESIGN

ago, 2020 - sept, 2020

•

1 mes

Educación

Air University

2017 - 2021

•

4 años

Mechanical Engineering

Bandera de PAKISTAN

Pakistan

2017 - 2021

•

4 años

Certificaciones

Embedded Systems

Embedded Systems

P

Preferred Freelancer Program SLA

Ruby on Rails

Ruby on Rails

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