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3D Modelling CAD/CAM Manufacturing Design Mechanical Engineering Solidworks
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Gökay Z.

@gzarali

monthly-level-two.svg
5.0
35

6.5

6.5

97%

Senior Mechanical Engineer | CAD, FEA, CFD & DFM

$50 USD / Hour

・

Flag of TÜRKIYE

Turkey (1:31 PM)

・

Joined on January 17, 2025

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5 Recommendations

$50 USD / Hour

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Senior Mechanical Engineer with 14 years of experience and 35 verified 5-star reviews on Freelancer. I turn concepts, sketches, and existing CAD into manufacturable products and engineering solutions validated before fabrication. Core services: • Mechanical and product design in SolidWorks • 3D CAD assemblies, mechanisms, and production drawings • Structural FEA and design validation in ANSYS/SolidWorks Simulation • CFD for airflow, ventilation, cooling, and pressure-loss studies • DFM for machining, sheet metal, welded frames, and molded parts • BOMs, exploded views, STEP files, tolerances, and assembly documentation • HVAC, plumbing, MEP, and BIM coordination in AutoCAD/Revit What clients receive: • A clearly defined scope, assumptions, and milestones • Practical engineering decisions—not CAD geometry alone • Organized, manufacturing-ready files and concise reports • Proactive communication and early warning of technical risks My recent work includes industrial cooling systems, CFD ventilation studies, adjustable fabricated structures, mechanisms, enclosures, and production-ready product development. If you need a reliable engineer who can connect design, analysis, and manufacturing, send me your brief, sketches, dimensions, and required deliverables. I will review the scope and suggest the most efficient path forward.

Verifications

On time

100%

On budget

100%

Accept rate

97%

Repeat hire rate

21%

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Portfolio

Portfolio

13941200
I completed a detailed 3D CFD airflow analysis for a basement car park ventilation system using Ansys Fluent. The study included geometry preparation, mesh generation, jet fan and exhaust ventilation setup, airflow path evaluation, velocity contour review, pressure distribution analysis, low-velocity zone identification, and a professional technical report suitable for client and authority review. The model included approximately 14.55 million mesh cells to represent the complex car park geometry, internal obstructions, jet fan directions, fresh air openings, and mechanical exhaust shafts.

Car Park Ventilation CFD Analysis

I completed a detailed 3D CFD airflow analysis for a basement car park ventilation system using Ansys Fluent. The study included geometry preparation, mesh generation, jet fan and exhaust ventilation setup, airflow path evaluation, velocity contour review, pressure distribution analysis, low-velocity zone identification, and a professional technical report suitable for client and authority review. The model included approximately 14.55 million mesh cells to represent the complex car park geometry, internal obstructions, jet fan directions, fresh air openings, and mechanical exhaust shafts.

Car Park Ventilation CFD Analysis

I completed a detailed 3D CFD airflow analysis for a basement car park ventilation system using Ansys Fluent. The study included geometry preparation, mesh generation, jet fan and exhaust ventilation setup, airflow path evaluation, velocity contour review, pressure distribution analysis, low-velocity zone identification, and a professional technical report suitable for client and authority review. The model included approximately 14.55 million mesh cells to represent the complex car park geometry, internal obstructions, jet fan directions, fresh air openings, and mechanical exhaust shafts.

Car Park Ventilation CFD Analysis

I completed a detailed 3D CFD airflow analysis for a basement car park ventilation system using Ansys Fluent. The study included geometry preparation, mesh generation, jet fan and exhaust ventilation setup, airflow path evaluation, velocity contour review, pressure distribution analysis, low-velocity zone identification, and a professional technical report suitable for client and authority review. The model included approximately 14.55 million mesh cells to represent the complex car park geometry, internal obstructions, jet fan directions, fresh air openings, and mechanical exhaust shafts.

Car Park Ventilation CFD Analysis

I completed a detailed 3D CFD airflow analysis for a basement car park ventilation system using Ansys Fluent. The study included geometry preparation, mesh generation, jet fan and exhaust ventilation setup, airflow path evaluation, velocity contour review, pressure distribution analysis, low-velocity zone identification, and a professional technical report suitable for client and authority review. The model included approximately 14.55 million mesh cells to represent the complex car park geometry, internal obstructions, jet fan directions, fresh air openings, and mechanical exhaust shafts.

Car Park Ventilation CFD Analysis

I completed a detailed 3D CFD airflow analysis for a basement car park ventilation system using Ansys Fluent. The study included geometry preparation, mesh generation, jet fan and exhaust ventilation setup, airflow path evaluation, velocity contour review, pressure distribution analysis, low-velocity zone identification, and a professional technical report suitable for client and authority review. The model included approximately 14.55 million mesh cells to represent the complex car park geometry, internal obstructions, jet fan directions, fresh air openings, and mechanical exhaust shafts.

Car Park Ventilation CFD Analysis

I completed a detailed 3D CFD airflow analysis for a basement car park ventilation system using Ansys Fluent. The study included geometry preparation, mesh generation, jet fan and exhaust ventilation setup, airflow path evaluation, velocity contour review, pressure distribution analysis, low-velocity zone identification, and a professional technical report suitable for client and authority review. The model included approximately 14.55 million mesh cells to represent the complex car park geometry, internal obstructions, jet fan directions, fresh air openings, and mechanical exhaust shafts.

Car Park Ventilation CFD Analysis

I completed a detailed 3D CFD airflow analysis for a basement car park ventilation system using Ansys Fluent. The study included geometry preparation, mesh generation, jet fan and exhaust ventilation setup, airflow path evaluation, velocity contour review, pressure distribution analysis, low-velocity zone identification, and a professional technical report suitable for client and authority review. The model included approximately 14.55 million mesh cells to represent the complex car park geometry, internal obstructions, jet fan directions, fresh air openings, and mechanical exhaust shafts.

Car Park Ventilation CFD Analysis

I completed a detailed 3D CFD airflow analysis for a basement car park ventilation system using Ansys Fluent. The study included geometry preparation, mesh generation, jet fan and exhaust ventilation setup, airflow path evaluation, velocity contour review, pressure distribution analysis, low-velocity zone identification, and a professional technical report suitable for client and authority review. The model included approximately 14.55 million mesh cells to represent the complex car park geometry, internal obstructions, jet fan directions, fresh air openings, and mechanical exhaust shafts.

Car Park Ventilation CFD Analysis

I completed a detailed 3D CFD airflow analysis for a basement car park ventilation system using Ansys Fluent. The study included geometry preparation, mesh generation, jet fan and exhaust ventilation setup, airflow path evaluation, velocity contour review, pressure distribution analysis, low-velocity zone identification, and a professional technical report suitable for client and authority review. The model included approximately 14.55 million mesh cells to represent the complex car park geometry, internal obstructions, jet fan directions, fresh air openings, and mechanical exhaust shafts.

Car Park Ventilation CFD Analysis

13934188
I designed a universal adjustable steel fireplace chassis system for electric fireplace inserts. The system was developed as a bolt-together, flat-pack assembly with telescopic top and bottom rails, adjustable vertical supports, rear wall mounting brackets, a lower fireplace support ledge, and an adjustable rear mounting member for manufacturer-supplied anti-tip brackets. The design allows width, height, and limited depth alignment adjustments to fit different fireplace insert sizes and mounting requirements. I prepared the full 3D CAD assembly, STEP files, technical manufacturing drawings, exploded views, BOM list, part details, hole layouts, slot details, and fabrication notes. The final concept focuses on manufacturability, installation simplicity, structural practicality, and cost-effective production.

Adjustable Fireplace Chassis Design

I designed a universal adjustable steel fireplace chassis system for electric fireplace inserts. The system was developed as a bolt-together, flat-pack assembly with telescopic top and bottom rails, adjustable vertical supports, rear wall mounting brackets, a lower fireplace support ledge, and an adjustable rear mounting member for manufacturer-supplied anti-tip brackets. The design allows width, height, and limited depth alignment adjustments to fit different fireplace insert sizes and mounting requirements. I prepared the full 3D CAD assembly, STEP files, technical manufacturing drawings, exploded views, BOM list, part details, hole layouts, slot details, and fabrication notes. The final concept focuses on manufacturability, installation simplicity, structural practicality, and cost-effective production.

Adjustable Fireplace Chassis Design

I designed a universal adjustable steel fireplace chassis system for electric fireplace inserts. The system was developed as a bolt-together, flat-pack assembly with telescopic top and bottom rails, adjustable vertical supports, rear wall mounting brackets, a lower fireplace support ledge, and an adjustable rear mounting member for manufacturer-supplied anti-tip brackets. The design allows width, height, and limited depth alignment adjustments to fit different fireplace insert sizes and mounting requirements. I prepared the full 3D CAD assembly, STEP files, technical manufacturing drawings, exploded views, BOM list, part details, hole layouts, slot details, and fabrication notes. The final concept focuses on manufacturability, installation simplicity, structural practicality, and cost-effective production.

Adjustable Fireplace Chassis Design

I designed a universal adjustable steel fireplace chassis system for electric fireplace inserts. The system was developed as a bolt-together, flat-pack assembly with telescopic top and bottom rails, adjustable vertical supports, rear wall mounting brackets, a lower fireplace support ledge, and an adjustable rear mounting member for manufacturer-supplied anti-tip brackets. The design allows width, height, and limited depth alignment adjustments to fit different fireplace insert sizes and mounting requirements. I prepared the full 3D CAD assembly, STEP files, technical manufacturing drawings, exploded views, BOM list, part details, hole layouts, slot details, and fabrication notes. The final concept focuses on manufacturability, installation simplicity, structural practicality, and cost-effective production.

Adjustable Fireplace Chassis Design

I designed a universal adjustable steel fireplace chassis system for electric fireplace inserts. The system was developed as a bolt-together, flat-pack assembly with telescopic top and bottom rails, adjustable vertical supports, rear wall mounting brackets, a lower fireplace support ledge, and an adjustable rear mounting member for manufacturer-supplied anti-tip brackets. The design allows width, height, and limited depth alignment adjustments to fit different fireplace insert sizes and mounting requirements. I prepared the full 3D CAD assembly, STEP files, technical manufacturing drawings, exploded views, BOM list, part details, hole layouts, slot details, and fabrication notes. The final concept focuses on manufacturability, installation simplicity, structural practicality, and cost-effective production.

Adjustable Fireplace Chassis Design

13911453
I designed a custom 30-ton industrial cooling system for a heavy-duty equipment application. The work included the complete 3D CAD design of the cooling unit, custom condenser design, system layout development, fabrication-oriented detailing, and technical documentation for client review. The design included a robust modular frame, condenser coil arrangement, ventilated/perforated service panels, accessible maintenance areas, support structure, and practical assembly details. The main focus was on cooling performance, manufacturability, service access, structural rigidity, and clear fabrication logic for workshop production. I also prepared visual renders, technical drawings, assembly views, and documentation to help the client evaluate the system and move toward fabrication.

30-Ton Industrial Cooling System

I designed a custom 30-ton industrial cooling system for a heavy-duty equipment application. The work included the complete 3D CAD design of the cooling unit, custom condenser design, system layout development, fabrication-oriented detailing, and technical documentation for client review. The design included a robust modular frame, condenser coil arrangement, ventilated/perforated service panels, accessible maintenance areas, support structure, and practical assembly details. The main focus was on cooling performance, manufacturability, service access, structural rigidity, and clear fabrication logic for workshop production. I also prepared visual renders, technical drawings, assembly views, and documentation to help the client evaluate the system and move toward fabrication.

30-Ton Industrial Cooling System

I designed a custom 30-ton industrial cooling system for a heavy-duty equipment application. The work included the complete 3D CAD design of the cooling unit, custom condenser design, system layout development, fabrication-oriented detailing, and technical documentation for client review. The design included a robust modular frame, condenser coil arrangement, ventilated/perforated service panels, accessible maintenance areas, support structure, and practical assembly details. The main focus was on cooling performance, manufacturability, service access, structural rigidity, and clear fabrication logic for workshop production. I also prepared visual renders, technical drawings, assembly views, and documentation to help the client evaluate the system and move toward fabrication.

30-Ton Industrial Cooling System

I designed a custom 30-ton industrial cooling system for a heavy-duty equipment application. The work included the complete 3D CAD design of the cooling unit, custom condenser design, system layout development, fabrication-oriented detailing, and technical documentation for client review. The design included a robust modular frame, condenser coil arrangement, ventilated/perforated service panels, accessible maintenance areas, support structure, and practical assembly details. The main focus was on cooling performance, manufacturability, service access, structural rigidity, and clear fabrication logic for workshop production. I also prepared visual renders, technical drawings, assembly views, and documentation to help the client evaluate the system and move toward fabrication.

30-Ton Industrial Cooling System

13867911
I completed a CFD-based thermal and airflow analysis for a custom modular condenser system designed for transformer cooling applications. The work included condenser coil sizing verification, airflow behavior assessment, temperature distribution evaluation, pressure drop review, and thermal performance validation under defined operating conditions. I also supported the design development by comparing the geometric condenser capacity with the target cooling load and preparing a technical verification approach for a 5-ton module and scalable multi-module system logic.

Modular Condenser CFD Analysis

I completed a CFD-based thermal and airflow analysis for a custom modular condenser system designed for transformer cooling applications. The work included condenser coil sizing verification, airflow behavior assessment, temperature distribution evaluation, pressure drop review, and thermal performance validation under defined operating conditions. I also supported the design development by comparing the geometric condenser capacity with the target cooling load and preparing a technical verification approach for a 5-ton module and scalable multi-module system logic.

Modular Condenser CFD Analysis

I completed a CFD-based thermal and airflow analysis for a custom modular condenser system designed for transformer cooling applications. The work included condenser coil sizing verification, airflow behavior assessment, temperature distribution evaluation, pressure drop review, and thermal performance validation under defined operating conditions. I also supported the design development by comparing the geometric condenser capacity with the target cooling load and preparing a technical verification approach for a 5-ton module and scalable multi-module system logic.

Modular Condenser CFD Analysis

I completed a CFD-based thermal and airflow analysis for a custom modular condenser system designed for transformer cooling applications. The work included condenser coil sizing verification, airflow behavior assessment, temperature distribution evaluation, pressure drop review, and thermal performance validation under defined operating conditions. I also supported the design development by comparing the geometric condenser capacity with the target cooling load and preparing a technical verification approach for a 5-ton module and scalable multi-module system logic.

Modular Condenser CFD Analysis

I completed a CFD-based thermal and airflow analysis for a custom modular condenser system designed for transformer cooling applications. The work included condenser coil sizing verification, airflow behavior assessment, temperature distribution evaluation, pressure drop review, and thermal performance validation under defined operating conditions. I also supported the design development by comparing the geometric condenser capacity with the target cooling load and preparing a technical verification approach for a 5-ton module and scalable multi-module system logic.

Modular Condenser CFD Analysis

I completed a CFD-based thermal and airflow analysis for a custom modular condenser system designed for transformer cooling applications. The work included condenser coil sizing verification, airflow behavior assessment, temperature distribution evaluation, pressure drop review, and thermal performance validation under defined operating conditions. I also supported the design development by comparing the geometric condenser capacity with the target cooling load and preparing a technical verification approach for a 5-ton module and scalable multi-module system logic.

Modular Condenser CFD Analysis

I completed a CFD-based thermal and airflow analysis for a custom modular condenser system designed for transformer cooling applications. The work included condenser coil sizing verification, airflow behavior assessment, temperature distribution evaluation, pressure drop review, and thermal performance validation under defined operating conditions. I also supported the design development by comparing the geometric condenser capacity with the target cooling load and preparing a technical verification approach for a 5-ton module and scalable multi-module system logic.

Modular Condenser CFD Analysis

I completed a CFD-based thermal and airflow analysis for a custom modular condenser system designed for transformer cooling applications. The work included condenser coil sizing verification, airflow behavior assessment, temperature distribution evaluation, pressure drop review, and thermal performance validation under defined operating conditions. I also supported the design development by comparing the geometric condenser capacity with the target cooling load and preparing a technical verification approach for a 5-ton module and scalable multi-module system logic.

Modular Condenser CFD Analysis

I completed a CFD-based thermal and airflow analysis for a custom modular condenser system designed for transformer cooling applications. The work included condenser coil sizing verification, airflow behavior assessment, temperature distribution evaluation, pressure drop review, and thermal performance validation under defined operating conditions. I also supported the design development by comparing the geometric condenser capacity with the target cooling load and preparing a technical verification approach for a 5-ton module and scalable multi-module system logic.

Modular Condenser CFD Analysis

I completed a CFD-based thermal and airflow analysis for a custom modular condenser system designed for transformer cooling applications. The work included condenser coil sizing verification, airflow behavior assessment, temperature distribution evaluation, pressure drop review, and thermal performance validation under defined operating conditions. I also supported the design development by comparing the geometric condenser capacity with the target cooling load and preparing a technical verification approach for a 5-ton module and scalable multi-module system logic.

Modular Condenser CFD Analysis

I completed a CFD-based thermal and airflow analysis for a custom modular condenser system designed for transformer cooling applications. The work included condenser coil sizing verification, airflow behavior assessment, temperature distribution evaluation, pressure drop review, and thermal performance validation under defined operating conditions. I also supported the design development by comparing the geometric condenser capacity with the target cooling load and preparing a technical verification approach for a 5-ton module and scalable multi-module system logic.

Modular Condenser CFD Analysis

13783761
I delivered a Phase-2 façade engineering package for a frameless glass-glass BIPV rainscreen system. The scope focused on panel mounting philosophy, fixed + sliding points for thermal movement, and a practical single-panel replacement strategy (lift–tilt–release) without dismantling adjacent panels or primary rails. I also detailed the continuous drainage path (chambered profiles, weep holes, sealed penetrations) for wind-driven rain conditions, and included an indicative load-path / structural sanity check (concept-level bracket/anchor assumptions). An alternative transparent BIPV option (stick curtain wall with pressure-plate/cap) was also documented for glass façade use cases. Deliverables were provided as DWG + PDF sheets with annotated details and exploded/assembly visuals.

Frameless BIPV Rainscreen Façade

I delivered a Phase-2 façade engineering package for a frameless glass-glass BIPV rainscreen system. The scope focused on panel mounting philosophy, fixed + sliding points for thermal movement, and a practical single-panel replacement strategy (lift–tilt–release) without dismantling adjacent panels or primary rails. I also detailed the continuous drainage path (chambered profiles, weep holes, sealed penetrations) for wind-driven rain conditions, and included an indicative load-path / structural sanity check (concept-level bracket/anchor assumptions). An alternative transparent BIPV option (stick curtain wall with pressure-plate/cap) was also documented for glass façade use cases. Deliverables were provided as DWG + PDF sheets with annotated details and exploded/assembly visuals.

Frameless BIPV Rainscreen Façade

I delivered a Phase-2 façade engineering package for a frameless glass-glass BIPV rainscreen system. The scope focused on panel mounting philosophy, fixed + sliding points for thermal movement, and a practical single-panel replacement strategy (lift–tilt–release) without dismantling adjacent panels or primary rails. I also detailed the continuous drainage path (chambered profiles, weep holes, sealed penetrations) for wind-driven rain conditions, and included an indicative load-path / structural sanity check (concept-level bracket/anchor assumptions). An alternative transparent BIPV option (stick curtain wall with pressure-plate/cap) was also documented for glass façade use cases. Deliverables were provided as DWG + PDF sheets with annotated details and exploded/assembly visuals.

Frameless BIPV Rainscreen Façade

I delivered a Phase-2 façade engineering package for a frameless glass-glass BIPV rainscreen system. The scope focused on panel mounting philosophy, fixed + sliding points for thermal movement, and a practical single-panel replacement strategy (lift–tilt–release) without dismantling adjacent panels or primary rails. I also detailed the continuous drainage path (chambered profiles, weep holes, sealed penetrations) for wind-driven rain conditions, and included an indicative load-path / structural sanity check (concept-level bracket/anchor assumptions). An alternative transparent BIPV option (stick curtain wall with pressure-plate/cap) was also documented for glass façade use cases. Deliverables were provided as DWG + PDF sheets with annotated details and exploded/assembly visuals.

Frameless BIPV Rainscreen Façade

I delivered a Phase-2 façade engineering package for a frameless glass-glass BIPV rainscreen system. The scope focused on panel mounting philosophy, fixed + sliding points for thermal movement, and a practical single-panel replacement strategy (lift–tilt–release) without dismantling adjacent panels or primary rails. I also detailed the continuous drainage path (chambered profiles, weep holes, sealed penetrations) for wind-driven rain conditions, and included an indicative load-path / structural sanity check (concept-level bracket/anchor assumptions). An alternative transparent BIPV option (stick curtain wall with pressure-plate/cap) was also documented for glass façade use cases. Deliverables were provided as DWG + PDF sheets with annotated details and exploded/assembly visuals.

Frameless BIPV Rainscreen Façade

I delivered a Phase-2 façade engineering package for a frameless glass-glass BIPV rainscreen system. The scope focused on panel mounting philosophy, fixed + sliding points for thermal movement, and a practical single-panel replacement strategy (lift–tilt–release) without dismantling adjacent panels or primary rails. I also detailed the continuous drainage path (chambered profiles, weep holes, sealed penetrations) for wind-driven rain conditions, and included an indicative load-path / structural sanity check (concept-level bracket/anchor assumptions). An alternative transparent BIPV option (stick curtain wall with pressure-plate/cap) was also documented for glass façade use cases. Deliverables were provided as DWG + PDF sheets with annotated details and exploded/assembly visuals.

Frameless BIPV Rainscreen Façade

I delivered a Phase-2 façade engineering package for a frameless glass-glass BIPV rainscreen system. The scope focused on panel mounting philosophy, fixed + sliding points for thermal movement, and a practical single-panel replacement strategy (lift–tilt–release) without dismantling adjacent panels or primary rails. I also detailed the continuous drainage path (chambered profiles, weep holes, sealed penetrations) for wind-driven rain conditions, and included an indicative load-path / structural sanity check (concept-level bracket/anchor assumptions). An alternative transparent BIPV option (stick curtain wall with pressure-plate/cap) was also documented for glass façade use cases. Deliverables were provided as DWG + PDF sheets with annotated details and exploded/assembly visuals.

Frameless BIPV Rainscreen Façade

I delivered a Phase-2 façade engineering package for a frameless glass-glass BIPV rainscreen system. The scope focused on panel mounting philosophy, fixed + sliding points for thermal movement, and a practical single-panel replacement strategy (lift–tilt–release) without dismantling adjacent panels or primary rails. I also detailed the continuous drainage path (chambered profiles, weep holes, sealed penetrations) for wind-driven rain conditions, and included an indicative load-path / structural sanity check (concept-level bracket/anchor assumptions). An alternative transparent BIPV option (stick curtain wall with pressure-plate/cap) was also documented for glass façade use cases. Deliverables were provided as DWG + PDF sheets with annotated details and exploded/assembly visuals.

Frameless BIPV Rainscreen Façade

I delivered a Phase-2 façade engineering package for a frameless glass-glass BIPV rainscreen system. The scope focused on panel mounting philosophy, fixed + sliding points for thermal movement, and a practical single-panel replacement strategy (lift–tilt–release) without dismantling adjacent panels or primary rails. I also detailed the continuous drainage path (chambered profiles, weep holes, sealed penetrations) for wind-driven rain conditions, and included an indicative load-path / structural sanity check (concept-level bracket/anchor assumptions). An alternative transparent BIPV option (stick curtain wall with pressure-plate/cap) was also documented for glass façade use cases. Deliverables were provided as DWG + PDF sheets with annotated details and exploded/assembly visuals.

Frameless BIPV Rainscreen Façade

I delivered a Phase-2 façade engineering package for a frameless glass-glass BIPV rainscreen system. The scope focused on panel mounting philosophy, fixed + sliding points for thermal movement, and a practical single-panel replacement strategy (lift–tilt–release) without dismantling adjacent panels or primary rails. I also detailed the continuous drainage path (chambered profiles, weep holes, sealed penetrations) for wind-driven rain conditions, and included an indicative load-path / structural sanity check (concept-level bracket/anchor assumptions). An alternative transparent BIPV option (stick curtain wall with pressure-plate/cap) was also documented for glass façade use cases. Deliverables were provided as DWG + PDF sheets with annotated details and exploded/assembly visuals.

Frameless BIPV Rainscreen Façade

I delivered a Phase-2 façade engineering package for a frameless glass-glass BIPV rainscreen system. The scope focused on panel mounting philosophy, fixed + sliding points for thermal movement, and a practical single-panel replacement strategy (lift–tilt–release) without dismantling adjacent panels or primary rails. I also detailed the continuous drainage path (chambered profiles, weep holes, sealed penetrations) for wind-driven rain conditions, and included an indicative load-path / structural sanity check (concept-level bracket/anchor assumptions). An alternative transparent BIPV option (stick curtain wall with pressure-plate/cap) was also documented for glass façade use cases. Deliverables were provided as DWG + PDF sheets with annotated details and exploded/assembly visuals.

Frameless BIPV Rainscreen Façade

I delivered a Phase-2 façade engineering package for a frameless glass-glass BIPV rainscreen system. The scope focused on panel mounting philosophy, fixed + sliding points for thermal movement, and a practical single-panel replacement strategy (lift–tilt–release) without dismantling adjacent panels or primary rails. I also detailed the continuous drainage path (chambered profiles, weep holes, sealed penetrations) for wind-driven rain conditions, and included an indicative load-path / structural sanity check (concept-level bracket/anchor assumptions). An alternative transparent BIPV option (stick curtain wall with pressure-plate/cap) was also documented for glass façade use cases. Deliverables were provided as DWG + PDF sheets with annotated details and exploded/assembly visuals.

Frameless BIPV Rainscreen Façade

13755631
This project involved the complete mechanical design and development of an automatic retractable cable organizer. The product was designed from the ground up, including the internal ratchet mechanism, spring system, housing, and cover components, with a strong focus on both functionality and manufacturability. The scope of work included detailed exploded views, sectional assemblies, technical drawings, a full Bill of Materials (BOM), and step-by-step assembly instructions. In addition, high-quality photorealistic renders were created for presentation, marketing, and concept validation purposes. The final design was optimized for smooth retraction, reliable locking behavior, and clean industrial aesthetics, making it suitable for prototyping and mass production.

Retractable Cable Organizer 2

This project involved the complete mechanical design and development of an automatic retractable cable organizer. The product was designed from the ground up, including the internal ratchet mechanism, spring system, housing, and cover components, with a strong focus on both functionality and manufacturability. The scope of work included detailed exploded views, sectional assemblies, technical drawings, a full Bill of Materials (BOM), and step-by-step assembly instructions. In addition, high-quality photorealistic renders were created for presentation, marketing, and concept validation purposes. The final design was optimized for smooth retraction, reliable locking behavior, and clean industrial aesthetics, making it suitable for prototyping and mass production.

Retractable Cable Organizer 2

This project involved the complete mechanical design and development of an automatic retractable cable organizer. The product was designed from the ground up, including the internal ratchet mechanism, spring system, housing, and cover components, with a strong focus on both functionality and manufacturability. The scope of work included detailed exploded views, sectional assemblies, technical drawings, a full Bill of Materials (BOM), and step-by-step assembly instructions. In addition, high-quality photorealistic renders were created for presentation, marketing, and concept validation purposes. The final design was optimized for smooth retraction, reliable locking behavior, and clean industrial aesthetics, making it suitable for prototyping and mass production.

Retractable Cable Organizer 2

This project involved the complete mechanical design and development of an automatic retractable cable organizer. The product was designed from the ground up, including the internal ratchet mechanism, spring system, housing, and cover components, with a strong focus on both functionality and manufacturability. The scope of work included detailed exploded views, sectional assemblies, technical drawings, a full Bill of Materials (BOM), and step-by-step assembly instructions. In addition, high-quality photorealistic renders were created for presentation, marketing, and concept validation purposes. The final design was optimized for smooth retraction, reliable locking behavior, and clean industrial aesthetics, making it suitable for prototyping and mass production.

Retractable Cable Organizer 2

This project involved the complete mechanical design and development of an automatic retractable cable organizer. The product was designed from the ground up, including the internal ratchet mechanism, spring system, housing, and cover components, with a strong focus on both functionality and manufacturability. The scope of work included detailed exploded views, sectional assemblies, technical drawings, a full Bill of Materials (BOM), and step-by-step assembly instructions. In addition, high-quality photorealistic renders were created for presentation, marketing, and concept validation purposes. The final design was optimized for smooth retraction, reliable locking behavior, and clean industrial aesthetics, making it suitable for prototyping and mass production.

Retractable Cable Organizer 2

13941200
I completed a detailed 3D CFD airflow analysis for a basement car park ventilation system using Ansys Fluent. The study included geometry preparation, mesh generation, jet fan and exhaust ventilation setup, airflow path evaluation, velocity contour review, pressure distribution analysis, low-velocity zone identification, and a professional technical report suitable for client and authority review. The model included approximately 14.55 million mesh cells to represent the complex car park geometry, internal obstructions, jet fan directions, fresh air openings, and mechanical exhaust shafts.

Car Park Ventilation CFD Analysis

I completed a detailed 3D CFD airflow analysis for a basement car park ventilation system using Ansys Fluent. The study included geometry preparation, mesh generation, jet fan and exhaust ventilation setup, airflow path evaluation, velocity contour review, pressure distribution analysis, low-velocity zone identification, and a professional technical report suitable for client and authority review. The model included approximately 14.55 million mesh cells to represent the complex car park geometry, internal obstructions, jet fan directions, fresh air openings, and mechanical exhaust shafts.

Car Park Ventilation CFD Analysis

I completed a detailed 3D CFD airflow analysis for a basement car park ventilation system using Ansys Fluent. The study included geometry preparation, mesh generation, jet fan and exhaust ventilation setup, airflow path evaluation, velocity contour review, pressure distribution analysis, low-velocity zone identification, and a professional technical report suitable for client and authority review. The model included approximately 14.55 million mesh cells to represent the complex car park geometry, internal obstructions, jet fan directions, fresh air openings, and mechanical exhaust shafts.

Car Park Ventilation CFD Analysis

I completed a detailed 3D CFD airflow analysis for a basement car park ventilation system using Ansys Fluent. The study included geometry preparation, mesh generation, jet fan and exhaust ventilation setup, airflow path evaluation, velocity contour review, pressure distribution analysis, low-velocity zone identification, and a professional technical report suitable for client and authority review. The model included approximately 14.55 million mesh cells to represent the complex car park geometry, internal obstructions, jet fan directions, fresh air openings, and mechanical exhaust shafts.

Car Park Ventilation CFD Analysis

I completed a detailed 3D CFD airflow analysis for a basement car park ventilation system using Ansys Fluent. The study included geometry preparation, mesh generation, jet fan and exhaust ventilation setup, airflow path evaluation, velocity contour review, pressure distribution analysis, low-velocity zone identification, and a professional technical report suitable for client and authority review. The model included approximately 14.55 million mesh cells to represent the complex car park geometry, internal obstructions, jet fan directions, fresh air openings, and mechanical exhaust shafts.

Car Park Ventilation CFD Analysis

I completed a detailed 3D CFD airflow analysis for a basement car park ventilation system using Ansys Fluent. The study included geometry preparation, mesh generation, jet fan and exhaust ventilation setup, airflow path evaluation, velocity contour review, pressure distribution analysis, low-velocity zone identification, and a professional technical report suitable for client and authority review. The model included approximately 14.55 million mesh cells to represent the complex car park geometry, internal obstructions, jet fan directions, fresh air openings, and mechanical exhaust shafts.

Car Park Ventilation CFD Analysis

I completed a detailed 3D CFD airflow analysis for a basement car park ventilation system using Ansys Fluent. The study included geometry preparation, mesh generation, jet fan and exhaust ventilation setup, airflow path evaluation, velocity contour review, pressure distribution analysis, low-velocity zone identification, and a professional technical report suitable for client and authority review. The model included approximately 14.55 million mesh cells to represent the complex car park geometry, internal obstructions, jet fan directions, fresh air openings, and mechanical exhaust shafts.

Car Park Ventilation CFD Analysis

I completed a detailed 3D CFD airflow analysis for a basement car park ventilation system using Ansys Fluent. The study included geometry preparation, mesh generation, jet fan and exhaust ventilation setup, airflow path evaluation, velocity contour review, pressure distribution analysis, low-velocity zone identification, and a professional technical report suitable for client and authority review. The model included approximately 14.55 million mesh cells to represent the complex car park geometry, internal obstructions, jet fan directions, fresh air openings, and mechanical exhaust shafts.

Car Park Ventilation CFD Analysis

I completed a detailed 3D CFD airflow analysis for a basement car park ventilation system using Ansys Fluent. The study included geometry preparation, mesh generation, jet fan and exhaust ventilation setup, airflow path evaluation, velocity contour review, pressure distribution analysis, low-velocity zone identification, and a professional technical report suitable for client and authority review. The model included approximately 14.55 million mesh cells to represent the complex car park geometry, internal obstructions, jet fan directions, fresh air openings, and mechanical exhaust shafts.

Car Park Ventilation CFD Analysis

I completed a detailed 3D CFD airflow analysis for a basement car park ventilation system using Ansys Fluent. The study included geometry preparation, mesh generation, jet fan and exhaust ventilation setup, airflow path evaluation, velocity contour review, pressure distribution analysis, low-velocity zone identification, and a professional technical report suitable for client and authority review. The model included approximately 14.55 million mesh cells to represent the complex car park geometry, internal obstructions, jet fan directions, fresh air openings, and mechanical exhaust shafts.

Car Park Ventilation CFD Analysis

13934188
I designed a universal adjustable steel fireplace chassis system for electric fireplace inserts. The system was developed as a bolt-together, flat-pack assembly with telescopic top and bottom rails, adjustable vertical supports, rear wall mounting brackets, a lower fireplace support ledge, and an adjustable rear mounting member for manufacturer-supplied anti-tip brackets. The design allows width, height, and limited depth alignment adjustments to fit different fireplace insert sizes and mounting requirements. I prepared the full 3D CAD assembly, STEP files, technical manufacturing drawings, exploded views, BOM list, part details, hole layouts, slot details, and fabrication notes. The final concept focuses on manufacturability, installation simplicity, structural practicality, and cost-effective production.

Adjustable Fireplace Chassis Design

I designed a universal adjustable steel fireplace chassis system for electric fireplace inserts. The system was developed as a bolt-together, flat-pack assembly with telescopic top and bottom rails, adjustable vertical supports, rear wall mounting brackets, a lower fireplace support ledge, and an adjustable rear mounting member for manufacturer-supplied anti-tip brackets. The design allows width, height, and limited depth alignment adjustments to fit different fireplace insert sizes and mounting requirements. I prepared the full 3D CAD assembly, STEP files, technical manufacturing drawings, exploded views, BOM list, part details, hole layouts, slot details, and fabrication notes. The final concept focuses on manufacturability, installation simplicity, structural practicality, and cost-effective production.

Adjustable Fireplace Chassis Design

I designed a universal adjustable steel fireplace chassis system for electric fireplace inserts. The system was developed as a bolt-together, flat-pack assembly with telescopic top and bottom rails, adjustable vertical supports, rear wall mounting brackets, a lower fireplace support ledge, and an adjustable rear mounting member for manufacturer-supplied anti-tip brackets. The design allows width, height, and limited depth alignment adjustments to fit different fireplace insert sizes and mounting requirements. I prepared the full 3D CAD assembly, STEP files, technical manufacturing drawings, exploded views, BOM list, part details, hole layouts, slot details, and fabrication notes. The final concept focuses on manufacturability, installation simplicity, structural practicality, and cost-effective production.

Adjustable Fireplace Chassis Design

I designed a universal adjustable steel fireplace chassis system for electric fireplace inserts. The system was developed as a bolt-together, flat-pack assembly with telescopic top and bottom rails, adjustable vertical supports, rear wall mounting brackets, a lower fireplace support ledge, and an adjustable rear mounting member for manufacturer-supplied anti-tip brackets. The design allows width, height, and limited depth alignment adjustments to fit different fireplace insert sizes and mounting requirements. I prepared the full 3D CAD assembly, STEP files, technical manufacturing drawings, exploded views, BOM list, part details, hole layouts, slot details, and fabrication notes. The final concept focuses on manufacturability, installation simplicity, structural practicality, and cost-effective production.

Adjustable Fireplace Chassis Design

I designed a universal adjustable steel fireplace chassis system for electric fireplace inserts. The system was developed as a bolt-together, flat-pack assembly with telescopic top and bottom rails, adjustable vertical supports, rear wall mounting brackets, a lower fireplace support ledge, and an adjustable rear mounting member for manufacturer-supplied anti-tip brackets. The design allows width, height, and limited depth alignment adjustments to fit different fireplace insert sizes and mounting requirements. I prepared the full 3D CAD assembly, STEP files, technical manufacturing drawings, exploded views, BOM list, part details, hole layouts, slot details, and fabrication notes. The final concept focuses on manufacturability, installation simplicity, structural practicality, and cost-effective production.

Adjustable Fireplace Chassis Design

13911453
I designed a custom 30-ton industrial cooling system for a heavy-duty equipment application. The work included the complete 3D CAD design of the cooling unit, custom condenser design, system layout development, fabrication-oriented detailing, and technical documentation for client review. The design included a robust modular frame, condenser coil arrangement, ventilated/perforated service panels, accessible maintenance areas, support structure, and practical assembly details. The main focus was on cooling performance, manufacturability, service access, structural rigidity, and clear fabrication logic for workshop production. I also prepared visual renders, technical drawings, assembly views, and documentation to help the client evaluate the system and move toward fabrication.

30-Ton Industrial Cooling System

I designed a custom 30-ton industrial cooling system for a heavy-duty equipment application. The work included the complete 3D CAD design of the cooling unit, custom condenser design, system layout development, fabrication-oriented detailing, and technical documentation for client review. The design included a robust modular frame, condenser coil arrangement, ventilated/perforated service panels, accessible maintenance areas, support structure, and practical assembly details. The main focus was on cooling performance, manufacturability, service access, structural rigidity, and clear fabrication logic for workshop production. I also prepared visual renders, technical drawings, assembly views, and documentation to help the client evaluate the system and move toward fabrication.

30-Ton Industrial Cooling System

I designed a custom 30-ton industrial cooling system for a heavy-duty equipment application. The work included the complete 3D CAD design of the cooling unit, custom condenser design, system layout development, fabrication-oriented detailing, and technical documentation for client review. The design included a robust modular frame, condenser coil arrangement, ventilated/perforated service panels, accessible maintenance areas, support structure, and practical assembly details. The main focus was on cooling performance, manufacturability, service access, structural rigidity, and clear fabrication logic for workshop production. I also prepared visual renders, technical drawings, assembly views, and documentation to help the client evaluate the system and move toward fabrication.

30-Ton Industrial Cooling System

I designed a custom 30-ton industrial cooling system for a heavy-duty equipment application. The work included the complete 3D CAD design of the cooling unit, custom condenser design, system layout development, fabrication-oriented detailing, and technical documentation for client review. The design included a robust modular frame, condenser coil arrangement, ventilated/perforated service panels, accessible maintenance areas, support structure, and practical assembly details. The main focus was on cooling performance, manufacturability, service access, structural rigidity, and clear fabrication logic for workshop production. I also prepared visual renders, technical drawings, assembly views, and documentation to help the client evaluate the system and move toward fabrication.

30-Ton Industrial Cooling System

13867911
I completed a CFD-based thermal and airflow analysis for a custom modular condenser system designed for transformer cooling applications. The work included condenser coil sizing verification, airflow behavior assessment, temperature distribution evaluation, pressure drop review, and thermal performance validation under defined operating conditions. I also supported the design development by comparing the geometric condenser capacity with the target cooling load and preparing a technical verification approach for a 5-ton module and scalable multi-module system logic.

Modular Condenser CFD Analysis

I completed a CFD-based thermal and airflow analysis for a custom modular condenser system designed for transformer cooling applications. The work included condenser coil sizing verification, airflow behavior assessment, temperature distribution evaluation, pressure drop review, and thermal performance validation under defined operating conditions. I also supported the design development by comparing the geometric condenser capacity with the target cooling load and preparing a technical verification approach for a 5-ton module and scalable multi-module system logic.

Modular Condenser CFD Analysis

I completed a CFD-based thermal and airflow analysis for a custom modular condenser system designed for transformer cooling applications. The work included condenser coil sizing verification, airflow behavior assessment, temperature distribution evaluation, pressure drop review, and thermal performance validation under defined operating conditions. I also supported the design development by comparing the geometric condenser capacity with the target cooling load and preparing a technical verification approach for a 5-ton module and scalable multi-module system logic.

Modular Condenser CFD Analysis

I completed a CFD-based thermal and airflow analysis for a custom modular condenser system designed for transformer cooling applications. The work included condenser coil sizing verification, airflow behavior assessment, temperature distribution evaluation, pressure drop review, and thermal performance validation under defined operating conditions. I also supported the design development by comparing the geometric condenser capacity with the target cooling load and preparing a technical verification approach for a 5-ton module and scalable multi-module system logic.

Modular Condenser CFD Analysis

I completed a CFD-based thermal and airflow analysis for a custom modular condenser system designed for transformer cooling applications. The work included condenser coil sizing verification, airflow behavior assessment, temperature distribution evaluation, pressure drop review, and thermal performance validation under defined operating conditions. I also supported the design development by comparing the geometric condenser capacity with the target cooling load and preparing a technical verification approach for a 5-ton module and scalable multi-module system logic.

Modular Condenser CFD Analysis

I completed a CFD-based thermal and airflow analysis for a custom modular condenser system designed for transformer cooling applications. The work included condenser coil sizing verification, airflow behavior assessment, temperature distribution evaluation, pressure drop review, and thermal performance validation under defined operating conditions. I also supported the design development by comparing the geometric condenser capacity with the target cooling load and preparing a technical verification approach for a 5-ton module and scalable multi-module system logic.

Modular Condenser CFD Analysis

I completed a CFD-based thermal and airflow analysis for a custom modular condenser system designed for transformer cooling applications. The work included condenser coil sizing verification, airflow behavior assessment, temperature distribution evaluation, pressure drop review, and thermal performance validation under defined operating conditions. I also supported the design development by comparing the geometric condenser capacity with the target cooling load and preparing a technical verification approach for a 5-ton module and scalable multi-module system logic.

Modular Condenser CFD Analysis

I completed a CFD-based thermal and airflow analysis for a custom modular condenser system designed for transformer cooling applications. The work included condenser coil sizing verification, airflow behavior assessment, temperature distribution evaluation, pressure drop review, and thermal performance validation under defined operating conditions. I also supported the design development by comparing the geometric condenser capacity with the target cooling load and preparing a technical verification approach for a 5-ton module and scalable multi-module system logic.

Modular Condenser CFD Analysis

I completed a CFD-based thermal and airflow analysis for a custom modular condenser system designed for transformer cooling applications. The work included condenser coil sizing verification, airflow behavior assessment, temperature distribution evaluation, pressure drop review, and thermal performance validation under defined operating conditions. I also supported the design development by comparing the geometric condenser capacity with the target cooling load and preparing a technical verification approach for a 5-ton module and scalable multi-module system logic.

Modular Condenser CFD Analysis

I completed a CFD-based thermal and airflow analysis for a custom modular condenser system designed for transformer cooling applications. The work included condenser coil sizing verification, airflow behavior assessment, temperature distribution evaluation, pressure drop review, and thermal performance validation under defined operating conditions. I also supported the design development by comparing the geometric condenser capacity with the target cooling load and preparing a technical verification approach for a 5-ton module and scalable multi-module system logic.

Modular Condenser CFD Analysis

I completed a CFD-based thermal and airflow analysis for a custom modular condenser system designed for transformer cooling applications. The work included condenser coil sizing verification, airflow behavior assessment, temperature distribution evaluation, pressure drop review, and thermal performance validation under defined operating conditions. I also supported the design development by comparing the geometric condenser capacity with the target cooling load and preparing a technical verification approach for a 5-ton module and scalable multi-module system logic.

Modular Condenser CFD Analysis

13783761
I delivered a Phase-2 façade engineering package for a frameless glass-glass BIPV rainscreen system. The scope focused on panel mounting philosophy, fixed + sliding points for thermal movement, and a practical single-panel replacement strategy (lift–tilt–release) without dismantling adjacent panels or primary rails. I also detailed the continuous drainage path (chambered profiles, weep holes, sealed penetrations) for wind-driven rain conditions, and included an indicative load-path / structural sanity check (concept-level bracket/anchor assumptions). An alternative transparent BIPV option (stick curtain wall with pressure-plate/cap) was also documented for glass façade use cases. Deliverables were provided as DWG + PDF sheets with annotated details and exploded/assembly visuals.

Frameless BIPV Rainscreen Façade

I delivered a Phase-2 façade engineering package for a frameless glass-glass BIPV rainscreen system. The scope focused on panel mounting philosophy, fixed + sliding points for thermal movement, and a practical single-panel replacement strategy (lift–tilt–release) without dismantling adjacent panels or primary rails. I also detailed the continuous drainage path (chambered profiles, weep holes, sealed penetrations) for wind-driven rain conditions, and included an indicative load-path / structural sanity check (concept-level bracket/anchor assumptions). An alternative transparent BIPV option (stick curtain wall with pressure-plate/cap) was also documented for glass façade use cases. Deliverables were provided as DWG + PDF sheets with annotated details and exploded/assembly visuals.

Frameless BIPV Rainscreen Façade

I delivered a Phase-2 façade engineering package for a frameless glass-glass BIPV rainscreen system. The scope focused on panel mounting philosophy, fixed + sliding points for thermal movement, and a practical single-panel replacement strategy (lift–tilt–release) without dismantling adjacent panels or primary rails. I also detailed the continuous drainage path (chambered profiles, weep holes, sealed penetrations) for wind-driven rain conditions, and included an indicative load-path / structural sanity check (concept-level bracket/anchor assumptions). An alternative transparent BIPV option (stick curtain wall with pressure-plate/cap) was also documented for glass façade use cases. Deliverables were provided as DWG + PDF sheets with annotated details and exploded/assembly visuals.

Frameless BIPV Rainscreen Façade

I delivered a Phase-2 façade engineering package for a frameless glass-glass BIPV rainscreen system. The scope focused on panel mounting philosophy, fixed + sliding points for thermal movement, and a practical single-panel replacement strategy (lift–tilt–release) without dismantling adjacent panels or primary rails. I also detailed the continuous drainage path (chambered profiles, weep holes, sealed penetrations) for wind-driven rain conditions, and included an indicative load-path / structural sanity check (concept-level bracket/anchor assumptions). An alternative transparent BIPV option (stick curtain wall with pressure-plate/cap) was also documented for glass façade use cases. Deliverables were provided as DWG + PDF sheets with annotated details and exploded/assembly visuals.

Frameless BIPV Rainscreen Façade

I delivered a Phase-2 façade engineering package for a frameless glass-glass BIPV rainscreen system. The scope focused on panel mounting philosophy, fixed + sliding points for thermal movement, and a practical single-panel replacement strategy (lift–tilt–release) without dismantling adjacent panels or primary rails. I also detailed the continuous drainage path (chambered profiles, weep holes, sealed penetrations) for wind-driven rain conditions, and included an indicative load-path / structural sanity check (concept-level bracket/anchor assumptions). An alternative transparent BIPV option (stick curtain wall with pressure-plate/cap) was also documented for glass façade use cases. Deliverables were provided as DWG + PDF sheets with annotated details and exploded/assembly visuals.

Frameless BIPV Rainscreen Façade

I delivered a Phase-2 façade engineering package for a frameless glass-glass BIPV rainscreen system. The scope focused on panel mounting philosophy, fixed + sliding points for thermal movement, and a practical single-panel replacement strategy (lift–tilt–release) without dismantling adjacent panels or primary rails. I also detailed the continuous drainage path (chambered profiles, weep holes, sealed penetrations) for wind-driven rain conditions, and included an indicative load-path / structural sanity check (concept-level bracket/anchor assumptions). An alternative transparent BIPV option (stick curtain wall with pressure-plate/cap) was also documented for glass façade use cases. Deliverables were provided as DWG + PDF sheets with annotated details and exploded/assembly visuals.

Frameless BIPV Rainscreen Façade

I delivered a Phase-2 façade engineering package for a frameless glass-glass BIPV rainscreen system. The scope focused on panel mounting philosophy, fixed + sliding points for thermal movement, and a practical single-panel replacement strategy (lift–tilt–release) without dismantling adjacent panels or primary rails. I also detailed the continuous drainage path (chambered profiles, weep holes, sealed penetrations) for wind-driven rain conditions, and included an indicative load-path / structural sanity check (concept-level bracket/anchor assumptions). An alternative transparent BIPV option (stick curtain wall with pressure-plate/cap) was also documented for glass façade use cases. Deliverables were provided as DWG + PDF sheets with annotated details and exploded/assembly visuals.

Frameless BIPV Rainscreen Façade

I delivered a Phase-2 façade engineering package for a frameless glass-glass BIPV rainscreen system. The scope focused on panel mounting philosophy, fixed + sliding points for thermal movement, and a practical single-panel replacement strategy (lift–tilt–release) without dismantling adjacent panels or primary rails. I also detailed the continuous drainage path (chambered profiles, weep holes, sealed penetrations) for wind-driven rain conditions, and included an indicative load-path / structural sanity check (concept-level bracket/anchor assumptions). An alternative transparent BIPV option (stick curtain wall with pressure-plate/cap) was also documented for glass façade use cases. Deliverables were provided as DWG + PDF sheets with annotated details and exploded/assembly visuals.

Frameless BIPV Rainscreen Façade

I delivered a Phase-2 façade engineering package for a frameless glass-glass BIPV rainscreen system. The scope focused on panel mounting philosophy, fixed + sliding points for thermal movement, and a practical single-panel replacement strategy (lift–tilt–release) without dismantling adjacent panels or primary rails. I also detailed the continuous drainage path (chambered profiles, weep holes, sealed penetrations) for wind-driven rain conditions, and included an indicative load-path / structural sanity check (concept-level bracket/anchor assumptions). An alternative transparent BIPV option (stick curtain wall with pressure-plate/cap) was also documented for glass façade use cases. Deliverables were provided as DWG + PDF sheets with annotated details and exploded/assembly visuals.

Frameless BIPV Rainscreen Façade

I delivered a Phase-2 façade engineering package for a frameless glass-glass BIPV rainscreen system. The scope focused on panel mounting philosophy, fixed + sliding points for thermal movement, and a practical single-panel replacement strategy (lift–tilt–release) without dismantling adjacent panels or primary rails. I also detailed the continuous drainage path (chambered profiles, weep holes, sealed penetrations) for wind-driven rain conditions, and included an indicative load-path / structural sanity check (concept-level bracket/anchor assumptions). An alternative transparent BIPV option (stick curtain wall with pressure-plate/cap) was also documented for glass façade use cases. Deliverables were provided as DWG + PDF sheets with annotated details and exploded/assembly visuals.

Frameless BIPV Rainscreen Façade

I delivered a Phase-2 façade engineering package for a frameless glass-glass BIPV rainscreen system. The scope focused on panel mounting philosophy, fixed + sliding points for thermal movement, and a practical single-panel replacement strategy (lift–tilt–release) without dismantling adjacent panels or primary rails. I also detailed the continuous drainage path (chambered profiles, weep holes, sealed penetrations) for wind-driven rain conditions, and included an indicative load-path / structural sanity check (concept-level bracket/anchor assumptions). An alternative transparent BIPV option (stick curtain wall with pressure-plate/cap) was also documented for glass façade use cases. Deliverables were provided as DWG + PDF sheets with annotated details and exploded/assembly visuals.

Frameless BIPV Rainscreen Façade

I delivered a Phase-2 façade engineering package for a frameless glass-glass BIPV rainscreen system. The scope focused on panel mounting philosophy, fixed + sliding points for thermal movement, and a practical single-panel replacement strategy (lift–tilt–release) without dismantling adjacent panels or primary rails. I also detailed the continuous drainage path (chambered profiles, weep holes, sealed penetrations) for wind-driven rain conditions, and included an indicative load-path / structural sanity check (concept-level bracket/anchor assumptions). An alternative transparent BIPV option (stick curtain wall with pressure-plate/cap) was also documented for glass façade use cases. Deliverables were provided as DWG + PDF sheets with annotated details and exploded/assembly visuals.

Frameless BIPV Rainscreen Façade

13755631
This project involved the complete mechanical design and development of an automatic retractable cable organizer. The product was designed from the ground up, including the internal ratchet mechanism, spring system, housing, and cover components, with a strong focus on both functionality and manufacturability. The scope of work included detailed exploded views, sectional assemblies, technical drawings, a full Bill of Materials (BOM), and step-by-step assembly instructions. In addition, high-quality photorealistic renders were created for presentation, marketing, and concept validation purposes. The final design was optimized for smooth retraction, reliable locking behavior, and clean industrial aesthetics, making it suitable for prototyping and mass production.

Retractable Cable Organizer 2

This project involved the complete mechanical design and development of an automatic retractable cable organizer. The product was designed from the ground up, including the internal ratchet mechanism, spring system, housing, and cover components, with a strong focus on both functionality and manufacturability. The scope of work included detailed exploded views, sectional assemblies, technical drawings, a full Bill of Materials (BOM), and step-by-step assembly instructions. In addition, high-quality photorealistic renders were created for presentation, marketing, and concept validation purposes. The final design was optimized for smooth retraction, reliable locking behavior, and clean industrial aesthetics, making it suitable for prototyping and mass production.

Retractable Cable Organizer 2

This project involved the complete mechanical design and development of an automatic retractable cable organizer. The product was designed from the ground up, including the internal ratchet mechanism, spring system, housing, and cover components, with a strong focus on both functionality and manufacturability. The scope of work included detailed exploded views, sectional assemblies, technical drawings, a full Bill of Materials (BOM), and step-by-step assembly instructions. In addition, high-quality photorealistic renders were created for presentation, marketing, and concept validation purposes. The final design was optimized for smooth retraction, reliable locking behavior, and clean industrial aesthetics, making it suitable for prototyping and mass production.

Retractable Cable Organizer 2

This project involved the complete mechanical design and development of an automatic retractable cable organizer. The product was designed from the ground up, including the internal ratchet mechanism, spring system, housing, and cover components, with a strong focus on both functionality and manufacturability. The scope of work included detailed exploded views, sectional assemblies, technical drawings, a full Bill of Materials (BOM), and step-by-step assembly instructions. In addition, high-quality photorealistic renders were created for presentation, marketing, and concept validation purposes. The final design was optimized for smooth retraction, reliable locking behavior, and clean industrial aesthetics, making it suitable for prototyping and mass production.

Retractable Cable Organizer 2

This project involved the complete mechanical design and development of an automatic retractable cable organizer. The product was designed from the ground up, including the internal ratchet mechanism, spring system, housing, and cover components, with a strong focus on both functionality and manufacturability. The scope of work included detailed exploded views, sectional assemblies, technical drawings, a full Bill of Materials (BOM), and step-by-step assembly instructions. In addition, high-quality photorealistic renders were created for presentation, marketing, and concept validation purposes. The final design was optimized for smooth retraction, reliable locking behavior, and clean industrial aesthetics, making it suitable for prototyping and mass production.

Retractable Cable Organizer 2

5.0 · 35 Reviews
35 Reviews
User Avatar
Flag of UNITED KINGDOM

Carl B.

5.0

£1,200 GBP

25 days ago

CFD Flow Modelling Collaboration NDA

If you're looking for bottom-dollar basics, this is not the freelancer for you. Professional from the outset, Gokay took time to understand the brief, suggest a sensible payment structure and advise me of his other commitments. Throughout the project I was well informed and he made a number of sensible design change suggestions. His knowledge of CFD is excellent and he took great care to produce a thoroughly professional report that we will use for the next phase of development.

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Flag of SAUDI ARABIA

Rashid S.

5.0

$550 USD

2 months ago

CFD simulation, jet fans positioning, co system and related scopes regarding ventilation

It was great working with Gokay

CAD/CAM
Solidworks
Mechanical Engineering
Manufacturing Design
3D Modelling

+1 more

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Flag of SAUDI ARABIA

Rashid S.

5.0

$300 USD

2 months ago

CFD Ventilation Design for Underground Parking

It was great working with Gokay Z.

CAD/CAM
Mechanical Engineering
Finite Element Analysis
AutoCAD
Revit

+3 more

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Flag of UNITED STATES

Joseph W.

5.0

$350 USD

2 months ago

Structural CAD Designer Needed for Slim Wall-Mounted Media & Electric Insert Frame System

Excellent experience working with Gokay. Very professional, responsive, and easy to communicate with throughout the entire process. They were patient with revisions, open to feedback, and consistently worked to improve the design rather than just delivering the minimum. The final files were detailed, organized, and high quality, and the overall presentation looked very professional.

CAD/CAM
Solidworks
AutoCAD
3D Modelling
3D CAD

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User Avatar
Flag of IRELAND

Jonny B.

5.0

€150 EUR

5 months ago

Drawing Revisions to 412 - 416 units

Another project completed with Gokay, and once again he delivered outstanding work. A great success once more primarily due to his unwavering commitment. I highly recommend him and will continue working with him on future projects.

CAD/CAM
Solidworks
Mechanical Engineering
Manufacturing Design
3D Modelling

+1 more

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Experience

MECHANİCAL ENGİNEER

Oct, 2018 - Present

•

7 years, 8 months

Department of Construction and Technical Affairs

Oct, 2018 - Present

•

7 years, 8 months

The management of the preparation stages of mechanical installation implementation projects and technical documents for the buildings and facilities within the university's investment program, ensuring that the projects are prepared in accordance with the institution's needs and requirements.

Flag of TÜRKIYE

Ankara, Turkey

Oct, 2018 - Present

•

7 years, 8 months

MECHANİCAL ENGİNEER CORE UNIT MANAGER

Jun, 2016 - Oct, 2018

•

2 years, 4 months

Astor Transformer

Jun, 2016 - Oct, 2018

•

2 years, 4 months

It includes ensuring that production processes are carried out in line with the weekly production plan published by the production planning manager, preparing daily, weekly and monthly production reports, providing technical support in carrying out the necessary processes for production planning and work study until the new parts enter mass production, and working in coordination with the production manager in continuing all work on the production line.

Flag of TÜRKIYE

Ankara, Turkey

Jun, 2016 - Oct, 2018

•

2 years, 4 months

MAINTENANCE AND REPAIR ENGINEER

Oct, 2013 - May, 2016

•

2 years, 7 months

Form Foam Sunger

Oct, 2013 - May, 2016

•

2 years, 7 months

It includes detecting and eliminating mechanical and electronic faults, dispatching and managing maintenance workshops and the personnel in these workshops, creating work orders for daily faults and ensuring that these faults are effectively eliminated in the field within the framework of OHS rules, taking precautions to prevent the fault from recurring by conducting root cause analysis, and engineering services.

Flag of TÜRKIYE

Kayseri, Turkey

Oct, 2013 - May, 2016

•

2 years, 7 months

Education

Erciyes Üniversitesi

2008 - 2013

•

5 years

Civil Engineer "Double Major Program"

Flag of TÜRKIYE

Turkey

2008 - 2013

•

5 years

Erciyes Üniversitesi

2008 - 2013

•

5 years

Mechanical Engineer

Flag of TÜRKIYE

Turkey

2008 - 2013

•

5 years

Qualifications

Certified Mechanical Systems Designer

2016

UCTEA CHAMBER OF MECHANICAL ENGINEERS TMMOB

Experienced in mechanical systems design for buildings, including HVAC (Heating, Ventilation, and Air Conditioning), plumbing, and fire protection systems. Skilled in integrating sustainable solutions and optimizing building energy efficiency. Specialized in mechanical infrastructure design for residential and commercial buildings, ensuring compliance with local codes and regulations while focusing on energy efficiency and cost-effective solutions.

2016

Advanced SolidWorks Certification

2014

SolidWorks Academy

Advanced certification in SolidWorks, demonstrating proficiency in creating 3D models and assemblies for mechanical designs, focusing on precision and functionality.

2014

Bachelor’s Degree in Mechanical Engineering

2013

Erciyes University

Completed a Bachelor's degree in Mechanical Engineering with a focus on industrial design and manufacturing processes. Acquired expertise in solid mechanics, material selection, and finite element analysis

2013

Publications

Geometric modelling and finite element analysis of a cardan shaft

2013

Erciyes University

In this study, a driveshaft used in automotive industry is examined. A driveshaft has a critical importance and it must be capable of transmitting the applied torque safely from the engine to the differential.

2013

Certifications

Basic Numeracy - Level 1

Basic Numeracy

UK English - Level 2

UK English

P

Preferred Freelancer Program SLA

Freelancer Orientation

Freelancer Orientation

AutoCAD 2010

AutoCAD 2010

UK English - Level 1

UK English

AI Training - Freelancer Global Fleet

AI Training - Freelancer Global Fleet

Freelancer logo US (International) / English
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