Hire the best freelance Electronics Cooling expert designers for your company

Innovative Thermal Engineer specializing in electronics cooling and electronics packaging. A 7+ year veteran of SolidWorks, including SolidWorks Simulate and SolidWorks Flow Simulation. Through detail... Read more

Innovative Thermal Engineer specializing in electronics cooling and electronics packaging. A 7+ year veteran of SolidWorks, including SolidWorks Simulate and SolidWorks Flow Simulation. Through detailed simulation, I bring deep analytic insight to the thermal design space and take the guesswork out of electronics cooling. I have experience designing: - Machined enclosures/heatsinks optimized for natural convection - Machined enclosures/heatsinks with embedded cooling fans - Sheetmetal chassis with cooling fans (rack mount and freestanding) - Complex heat pipe systems - Liquid-cooled coldplates - High-power RF enclosures and shielding

I am an experienced researcher with a strong aerospace and mechanical engineering background. My work has involved a range of analytical, computational, and experimental analyses. As a curious and amb... Read more

I am an experienced researcher with a strong aerospace and mechanical engineering background. My work has involved a range of analytical, computational, and experimental analyses. As a curious and ambitious individual, I am always seeking to learn and discover new things. Currently, I am employed as an Aerothermal LAB Engineer, researching the thermal analysis and management of un-conditioned avionics systems. Specifically, I am using the Design of Experiment technique to evaluate the thermal behavior of avionics systems under different altitude and Mach number conditions and verifying the resulting data through both analytical and computational analysis. Previously, I worked as a Research Assistant, performing analytical and computational analysis for the thermal management of avionics systems placed in conditioned bays and qualifying the thermal design of avionics according to MIL-STD-5400E for airworthiness. My area of interest include: • Thermo-fluids and heat transfer • Aerothermodynamics of the high-speed airborne platform • Computational and numerical fluid dynamics • Turbomachinery and power-plant design • Optimization I have proficient skills in: • ANSYS (thermal, fluids, structural, topology optimization, and design exploration) • SOLIDWORKS, Inventor, and Fusion 360 • MATLAB In addition to my research routine, I am studying various subjects including rocket propulsion and vehicle design, intelligent computation in engineering, and air-breathing engines.

Mechanical Design Engineer with a strong background in CAD modeling and programming with a focus on cooling electronics(Thermal and Structural). In charge of designing full parts through validation(CA... Read more

Mechanical Design Engineer with a strong background in CAD modeling and programming with a focus on cooling electronics(Thermal and Structural). In charge of designing full parts through validation(CAD, FEA, Validation). Successfully implement and use machine learning and scripting to speed up and automate workload.

# CAD Crowd Profile Description Mechanical & CFD Engineer with expertise in CAD design, thermal management, electronics cooling, and CFD simulation. Experienced in designing and optimizing heat sinks... Read more

# CAD Crowd Profile Description Mechanical & CFD Engineer with expertise in CAD design, thermal management, electronics cooling, and CFD simulation. Experienced in designing and optimizing heat sinks, cold plates, liquid cooling systems, and flow-distribution components using Creo, ANSYS Fluent, Icepak, FloEFD, OpenFOAM, and Python. Skilled in combining engineering design, simulation, and optimization to develop practical, high-performance cooling solutions.

I have 1 year experience in electronic cooling solution by using FloHERM software along with working skills on CAD software Pro-E,Solidworks.I also have knowledge of ansys fluent,ICEPAK. I am very muc... Read more

I have 1 year experience in electronic cooling solution by using FloHERM software along with working skills on CAD software Pro-E,Solidworks.I also have knowledge of ansys fluent,ICEPAK. I am very much interested in CFD,want to make my career in this field.

RD CFD Studio provides ANSYS Fluent CFD simulation services for engineering and product-development work. Core areas include heat transfer, HVAC airflow, pressure-drop analysis, electronics cooling, i... Read more

RD CFD Studio provides ANSYS Fluent CFD simulation services for engineering and product-development work. Core areas include heat transfer, HVAC airflow, pressure-drop analysis, electronics cooling, internal and external flow, and CFD report preparation. The workflow includes geometry review, mesh-quality checks, convergence review, post-processing, contour plots, and a clear technical report so clients can understand both the results and the engineering assumptions behind them.

Most thermal failures don't happen on paper — they happen where airflow, material behavior, and heat paths interact in ways pure calculation misses. That's the gap I work in. I specialize in thermal... Read more

Most thermal failures don't happen on paper — they happen where airflow, material behavior, and heat paths interact in ways pure calculation misses. That's the gap I work in. I specialize in thermal management simulation for electronics cooling, industrial equipment, heat exchangers, and enclosure-level thermal design — using Ansys Fluent for CFD and coupled FEA for thermal-structural interaction. Core focus: Electronics/enclosure cooling (hotspot ID, airflow optimization, convection analysis) Heat exchanger & heat sink performance Coupled thermal-structural FEA (thermal stress, expansion, fatigue) Steady-state & transient thermal simulation Cooling system validation (fans, ducting, heat rejection) My background is hands-on HVAC and thermal systems work, not just software — so boundary conditions and material assumptions are grounded in real operating behavior, not defaults. Every model comes with verified mesh quality and results built to inform design decisions, not just look good in post-processing. If thermal performance is critical to your project, let's talk.

Undergraduate student in Electrical and Electronics Engineering with expertise in handling and working with SolidWorks Software. Versatile Eco-Friendly Bottle Design: I have designed a sustainable wat... Read more

Undergraduate student in Electrical and Electronics Engineering with expertise in handling and working with SolidWorks Software. Versatile Eco-Friendly Bottle Design: I have designed a sustainable water bottle with thermoelectric cooling using SolidWorks, optimizing cooling efficiency and durability through thermal simulations.

I am a freelance engineer specialized in Model-Based Design (MBD), powertrain engineering, energetics, and control software development. My experience spans multiple industries and projects: I have de... Read more

I am a freelance engineer specialized in Model-Based Design (MBD), powertrain engineering, energetics, and control software development. My experience spans multiple industries and projects: I have developed control software for electric vehicle cooling systems (Hutchinson), worked on embedded control algorithms for Formula 1, Formula E, and LMDh programs (Alpine), and designed predictive control strategies for PEM fuel cell systems (IFP Energies nouvelles). My expertise includes system modeling (Simscape, AMESim, GT-Power), control strategy development (Simulink, MATLAB), validation (MIL, SIL, HIL), and automatic code generation. I have also contributed to research projects on vehicle thermal management (VEDECOM) and turbocharged spark-ignition engine thermal analysis (École Centrale de Nantes in collaboration with PSA Group). I enjoy working in collaborative, international environments, bringing strong technical skills together with a hands-on, solution-driven approach to help my clients develop, optimize, and validate complex control systems. Topics of interest: R & D, Motorsport, automotive industry, fuel cells, engine tuning and design, simulation of processes and propulsion.

1. I am associated with Tool and Mold Industry since 1996. 2. I have completed over 300+ component across most industry sector 3. I have worked across Automotive, FMCG, Medical, Electronics industri... Read more

1. I am associated with Tool and Mold Industry since 1996. 2. I have completed over 300+ component across most industry sector 3. I have worked across Automotive, FMCG, Medical, Electronics industries . 4. My strength is to deliver the Moldflow Analysis Report within 03 working days for the small and medium type component. 5. Specialties include fiber filled materials, Warpage & Conformal Cooling.

Mechanical engineer specializing in SolidWorks CAD modeling, FEM structural simulation, and FDM product development. I design mechanical components and structural parts validated through finite elemen... Read more

Mechanical engineer specializing in SolidWorks CAD modeling, FEM structural simulation, and FDM product development. I design mechanical components and structural parts validated through finite element analysis — ensuring designs perform under real-world loads, not just look correct on screen. I also develop functional enclosures and FDM-optimized parts for electronics and embedded systems. Mechanical & Structural Design - Load-bearing components and assemblies - FEM-validated parts using SolidWorks Simulation - Structural dynamics and vibration: damping characterization, ODE modeling, Laplace domain analysis, root locus - Composite and metallic structures FDM Product Development - Electronic enclosures (active cooling, convection cooling, sensors, embedded systems) - Large-scale functional assemblies - Print-ready files optimized for domestic and industrial FDM printers Clean geometry, engineering-backed decisions, and print-ready deliverables on every project.

21+ years of experience in mechanical design engineering across the automotive, steel, and advanced R&D sectors, including direct involvement in high-performance vehicles like Koenigsegg’s Gemera hybr... Read more

21+ years of experience in mechanical design engineering across the automotive, steel, and advanced R&D sectors, including direct involvement in high-performance vehicles like Koenigsegg’s Gemera hybrid hypercar. Specialized in: Advanced 3D modeling & simulation (CATIA, Creo, SolidWorks) Design of thermal management systems (transmissions, inverters, motors) Plastic & sheet metal components for automotive and industrial applications Complex assemblies, geometric tolerancing (GD&T), and DFM Enclosure and bracket design for cooling, electronics, and embedded systems

I am an Aerospace & Mechanical Engineer specializing in CFD, FEA, thermal analysis, aerodynamics, UAV design, and engineering simulation. I provide engineering analysis and design support to startups... Read more

I am an Aerospace & Mechanical Engineer specializing in CFD, FEA, thermal analysis, aerodynamics, UAV design, and engineering simulation. I provide engineering analysis and design support to startups, OEMs, researchers, and product-development teams. CFD: Internal & External Flow, Turbulence, Mixing, Multiphase Flow, DPM/Particle Tracking, Pressure Drop, Flow Distribution, Air Purification, HVAC & Cooling Systems. Aerodynamics & UAV: Aircraft/UAV conceptual design, airfoil selection, aerodynamic optimization, performance analysis, stability & control, fixed-wing, VTOL and multirotor systems. FEA & Thermal: Static, Modal, Buckling, Fatigue, Thermal and Thermo-Structural analysis, including electronics and battery cooling. CAD: 3D modelling, engineering design, design optimization and prototype development. Software: ANSYS Fluent, ANSYS Mechanical, SpaceClaim, SolidWorks, OpenVSP, MATLAB and Python. My approach combines first-principles engineering calculations, numerical simulation, engineering judgement, and clear technical reporting. I focus on solving the underlying engineering problem—not simply generating simulation images.

I'm a mechatronics engineer (B.Eng. in progress, Jade University of Applied Sciences, Germany) working at the intersection of mechanics, electronics and measurement technology. That intersection is wh... Read more

I'm a mechatronics engineer (B.Eng. in progress, Jade University of Applied Sciences, Germany) working at the intersection of mechanics, electronics and measurement technology. That intersection is where most enclosure and sensor assembly problems appear — and where I'm strongest. What I deliver Part and assembly design in Fusion 360, CATIA V6 and Inventor, through to manufacturing-ready data, with design-for-manufacturing for FDM printing. Alongside that: electronics and sensor integration (KiCad, Raspberry Pi, drive selection) and measurement data evaluation and visualisation in Python and Excel. Selected projects In a maritime research project I built a complete reference measurement station — from concept through design and fabrication to commissioning in the field, including a sensor box with an embedded computer, power supply, active cooling and sealed cable glands. Other work: a weatherproof protective housing with an integrated air-purging system, a camera gimbal system including drives and procurement planning, and the design of a wind turbine shaft with bearing selection and fatigue verification. How I work There's usually no specification at the start — just a problem. I define requirements in conversation, assess feasibility and cost early, and iterate fast: I print my own prototypes, which keeps the loops short. I document results so they still make sense months later.

Mechanical Engineering student (GPA: 8.5/10) and Merit Scholar, specializing in thermal-fluid simulation, mechanical design, and computational modeling. I bring a strong research-backed approach to en... Read more

Mechanical Engineering student (GPA: 8.5/10) and Merit Scholar, specializing in thermal-fluid simulation, mechanical design, and computational modeling. I bring a strong research-backed approach to engineering challenges, backed by two peer-reviewed publications (IEEE ICPEEV & ICAME) and a Certified SolidWorks Associate (CSWA) credential. My experience spans designing liquid cooling systems for LFP battery modules, performing FEA/CFD simulations for GPU thermal management, and executing thermodynamic and structural analysis for high-performance ICE engines. I also have hands-on manufacturing experience from my internship at TTE Electronics, where I applied lean methodologies to optimize assembly lines. Core Skillsets: • Simulation & Analysis: ANSYS Mechanical/Fluent, FEA, CFD, Conjugate Heat Transfer, Fatigue Analysis • CAD & Design: SolidWorks (CSWA), Fusion 360, AutoCAD, Machine Element Design (IS/ASME) • Programming & Data: MATLAB, Python (scikit-learn), C, Data Analysis • Specialized Domains: Battery Thermal Management (LFP, Li-ion), Electrochemical Systems (VRFB), Computational Hemodynamics Whether you need complex thermal simulations, precise 3D modeling, or data-driven engineering solutions, I deliver research-grade accuracy and optimized designs. Let’s connect!

✅ 100% Client Satisfaction ✅ Top Embedded and Firmware developer ✅ Top Hardware designer ✅ Top Software design ✅ Top Mechanical design and industrial design ✅ Top Enclosure design I'm a... Read more

✅ 100% Client Satisfaction ✅ Top Embedded and Firmware developer ✅ Top Hardware designer ✅ Top Software design ✅ Top Mechanical design and industrial design ✅ Top Enclosure design I'm a Certified Multidisciplinary Product Design Engineer with more than 10 years of hands on experience in product design, development and manufacturing support. Using SolidWorks, AutoCAD, and Autodesk Inventor, I help clients turn early ideas, sketches and existing models into practical products that can be prototyped and manufactured. I enjoy solving the details that make a design work in the real world not only making it look good on the screen. That means thinking carefully about how each part fits, how the product will be assembled, where the electronics will sit, and whether the manufacturer can produce it efficiently. Services: 1) Hardware/Electronics design (Power, Analog, Digital/High-speed and RF electronics design) 2) Precertification testing (EMI, ESD, EMC, FCC, CE, UL) 3) Firmware design С/C++ (Bare metal MCU/MPU, FreeRTOS, Zephyr RTOS, Embedded Linux, Wireless protocols, Security, Interfaces, etc) 4) Industrial and Mechanical design (Enclosure design, 3D printing, IP standards, Prepare all for injection molding, etc) 5) UX/UI design (Embedded devices with displays, Mobile and Desktop applications) 6) Software design (Android, IOS, Linux kernel and user space development) 7) Embedded Quality Assurance(QA) and testing 8) Manual verification/testing PCB/FPC, functional and unit testing of the Firmware/Software, stress testing, temperature range testing Service->Hardware design service: - Power electronics design: (PFC, Solar charging controller, chargers, high voltage control, Motor controllers DC/AC/BLDC ) - Analog electronics design: High-accuracy analog measurements, Noise filtration, Digital to analog conversion, Amplifying signal - Digital and high-speed electronics design: - Memories DDRx/LPDDRx, SDRAM, Camera and display interfaces (MIPI-DSI, MIPI-CSI, DisplayPort, etc), Data communication interfaces (QSpi, SPI, UART, I2C, FMC, I2S, USB 2/3.x, etc), ( - RF Designs: ( 50-60 GHz (Radars), 1-6 GHz (UWB, Wifi, BLE, ZigBee, GPS, NB-IoT, LTE-M/LTE, Z-Wave, etc), 13,6 MHz, 128 kHz (NFC, RFID, etc), 433 MHz (Custom protocols) Service -> Industrial and Mechanical Design Industrial concept design : I develop several suitable design ideas based on the product's size, purpose, industry, appearance and user experience. Mechanical CAD design : I create accurate 3D parts and assemblies with practical dimensions, tolerances, materials, fasteners and manufacturing details. PCB integrated enclosure design : I design the enclosure around the actual PCB, battery, buttons, display, antennas, connectors, sensors and wiring rather than treating the electronics as an afterthought. Design review and problem solving : I look for interference, weak features, poor alignment, difficult assembly, leakage risks, heat buildup, and other issues that may cause trouble during prototyping or production. Technical drawings : I prepare clear manufacturing and assembly drawings, exploded views, BOMs, and properly organized STEP, STL, DWG, DXF and PDF files. Thermal calculation and simulation : I evaluate heat sources, airflow, enclosure temperature and cooling options to help protect the electronics and maintain reliable operation. 3D printing and verification : I prepare print ready models and use prototypes to check fit, PCB placement, button movement, fastening, accessibility and complete assembly. Injection-molding preparation : I refine wall thicknesses, ribs, bosses, draft angles, fillets, parting considerations and other details needed for practical mold production. Cost and manufacturing optimization : I look for sensible ways to simplify parts, reduce material use, shorten assembly and control production costs without weakening the design. Service -> Project Support I organize the work into clear stages so you always know what is being developed and what will be delivered. I communicate directly and honestly, especially when I see a technical risk or a simpler way to solve a problem. I work comfortably with clients, electronics engineers, manufacturers and prototype shops to keep everyone aligned. I remain involved through reviews and revisions so the final files reflect both the design intent and the realities of manufacturing. Service->Firmware design С/C++: - Languages: C/C++, Assembler - Diagrams: Block, UML, Workflow, APIs - Interfaces: I2S, SAI, MIPI-DSI, MIPI-CSI, USB 2/3.x, LTDC, DDR3/DDR4/LPDDR4, I2C, SPI/QSPI, UART, CAN, Ethernet - Wireless: NB-IoT, LTE M, GPRS, GPS, LTE, UWB, WiFi, BLE, ZigBee, Z-Wave, LoRa, Thread, 6LoWPAN, Sub 1GHz, NFC (13,6 MHz), RFID 433 MHZ and 128 kHz - Protocols : MQTT, HTTP, FTP, Modbus TCP/RTU, SNMP, TCP/IP, UDP/IP, DLMS, custom protocols - Security: AES, SSL/TLS, custom algorithms

"If there is any one secret of success, it lies in the ability to get other person's point of view and see things from that person's angle as well as from your own" Henry Ford ✅ 100% Client Satisfac... Read more

"If there is any one secret of success, it lies in the ability to get other person's point of view and see things from that person's angle as well as from your own" Henry Ford ✅ 100% Client Satisfaction ✅ Top Mechanical design and industrial design ✅ Top Enclosure design I'm a Certified Multidisciplinary Product Design Engineer with more than 10 years of hands on experience in product design, development and manufacturing support. Using SolidWorks, AutoCAD, Autodesk Inventor, Blender, Sketchup and Fusion 360, I help clients turn early ideas, sketches and existing models into practical products that can be prototyped and manufactured. I enjoy solving the details that make a design work in the real world not only making it look good on the screen. That means thinking carefully about how each part fits, how the product will be assembled, where the electronics will sit, and whether the manufacturer can produce it efficiently. Service -> Industrial and Mechanical Design Industrial concept design : I develop several suitable design ideas based on the product's size, purpose, industry, appearance and user experience. Mechanical CAD design : I create accurate 3D parts and assemblies with practical dimensions, tolerances, materials, fasteners and manufacturing details. PCB integrated enclosure design : I design the enclosure around the actual PCB, battery, buttons, display, antennas, connectors, sensors and wiring rather than treating the electronics as an afterthought. Design review and problem solving : I look for interference, weak features, poor alignment, difficult assembly, leakage risks, heat buildup, and other issues that may cause trouble during prototyping or production. Technical drawings : I prepare clear manufacturing and assembly drawings, exploded views, BOMs, and properly organized STEP, STL, DWG, DXF and PDF files. Thermal calculation and simulation : I evaluate heat sources, airflow, enclosure temperature and cooling options to help protect the electronics and maintain reliable operation. 3D printing and verification : I prepare print ready models and use prototypes to check fit, PCB placement, button movement, fastening, accessibility and complete assembly. Injection-molding preparation : I refine wall thicknesses, ribs, bosses, draft angles, fillets, parting considerations and other details needed for practical mold production. Cost and manufacturing optimization : I look for sensible ways to simplify parts, reduce material use, shorten assembly and control production costs without weakening the design. Service -> Project Support I organize the work into clear stages so you always know what is being developed and what will be delivered. I communicate directly and honestly, especially when I see a technical risk or a simpler way to solve a problem. I work comfortably with clients, electronics engineers, manufacturers and prototype shops to keep everyone aligned. I remain involved through reviews and revisions so the final files reflect both the design intent and the realities of manufacturing.

✅ 100% Client Satisfaction ✅ Top Embedded and Firmware developer ✅ Top Hardware designer ✅ Top Software design ✅ Top Mechanical design and industrial design ✅ Top Enclosure design Services: 1)... Read more

✅ 100% Client Satisfaction ✅ Top Embedded and Firmware developer ✅ Top Hardware designer ✅ Top Software design ✅ Top Mechanical design and industrial design ✅ Top Enclosure design Services: 1) Hardware/Electronics design (Power, Analog, Digital/High-speed and RF electronics design) 2) Precertification testing (EMI, ESD, EMC, FCC, CE, UL) 3) Firmware design С/C++ (Bare metal MCU/MPU, FreeRTOS, Zephyr RTOS, Embedded Linux, Wireless protocols, Security, Interfaces, etc) 4) Industrial and Mechanical design (Enclosure design, 3D printing, IP standards, Prepare all for injection molding, etc) 5) UX/UI design (Embedded devices with displays, Mobile and Desktop applications) 6) Software design (Android, IOS, Linux kernel and user space development) 7) Embedded Quality Assurance(QA) and testing 8) Manual verification/testing PCB/FPC, functional and unit testing of the Firmware/Software, stress testing, temperature range testing Service->Hardware design service: - Power electronics design: (PFC, Solar charging controller, chargers, high voltage control, Motor controllers DC/AC/BLDC ) - Analog electronics design: High-accuracy analog measurements, Noise filtration, Digital to analog conversion, Amplifying signal - Digital and high-speed electronics design: - Memories DDRx/LPDDRx, SDRAM, Camera and display interfaces (MIPI-DSI, MIPI-CSI, DisplayPort, etc), Data communication interfaces (QSpi, SPI, UART, I2C, FMC, I2S, USB 2/3.x, etc), ( - RF Designs: ( 50-60 GHz (Radars), 1-6 GHz (UWB, Wifi, BLE, ZigBee, GPS, NB-IoT, LTE-M/LTE, Z-Wave, etc), 13,6 MHz, 128 kHz (NFC, RFID, etc), 433 MHz (Custom protocols) Service->Industrial and Mechanical design - Industrial design of the sketch - it includes a few sketch designs, depending on the physical sizes of the device, specific of industry and user experience - Mechnical CAD design with deep PCB integration - it includes full mechanical draw based on the industrial design with detailed sizes, materials and manufacturing specific. - Thermal calculation and simulation - it includes simulation of the heating device inside enclosure, with theoretical cooling calculation - 3D printing and verification - we use 3D printer hp jet fusion 5210, with a very nice quality of printing, that helps us to make a good verification of parts with PCBs - Injection molding - the last step, which includes manufacturing optimization and making pres forms, preparing documentation for the manufacturing Service->Firmware design С/C++: - Languages: C/C++, Assembler - Diagrams: Block, UML, Workflow, APIs - Interfaces: I2S, SAI, MIPI-DSI, MIPI-CSI, USB 2/3.x, LTDC, DDR3/DDR4/LPDDR4, I2C, SPI/QSPI, UART, CAN, Ethernet - Wireless: NB-IoT, LTE M, GPRS, GPS, LTE, UWB, WiFi, BLE, ZigBee, Z-Wave, LoRa, Thread, 6LoWPAN, Sub 1GHz, NFC (13,6 MHz), RFID 433 MHZ and 128 kHz - Protocols : MQTT, HTTP, FTP, Modbus TCP/RTU, SNMP, TCP/IP, UDP/IP, DLMS, custom protocols - Security: AES, SSL/TLS, custom algorithms - Libs and frameworks: TouchGFX (GUI lib for MCU), emWin (GUI lib for MCU), LVGL (GUI lib for MCU), WolfSSL (SSL/TLS), Mbed TLS(SSL/TLS), osxMotionFX (Sensors fusion algorithm based on the Kalman theory), FatFS, lwIP (TCP/IP stack), WICED (Wifi stack), aws/amazon-freertos, Paho MQTT, TensorFlow - Embedded OS: FreeRTOS, TI-RTOS, ZephyrOs, Embedded Linux, Yocto, ROS - MCUs: NXP (i.MX RT1064, LPC1100, LPC4000), Nordic (NRF52xx/NRF53xx/NRF91xx), TI (CC3220/CC26xx/CC1100/CC3200, MSP430), Espressif (esp32, esp8266), ST(STM32H7/F7/F4/L4/F0/L0/WB/WL/G0 and STM8), Atmel/Microchip(SAM D20/D21/L21/R21/V70/V71, SAMA5/SAM4/SAMD4), Silicon Labs(EFR32, ZGM130S), Cypress (PSoC 3/PSoC 4), Kinetis (Family MK81FN256VDC15), Holtek (HT68xx) - MPUs: Analog Devices (ADSP-2156x SHARC), Qualcomm (Snapdragon 625/425/610/845), Allwinner (A64, A33, H3, H6 series), NXP (I.MX6/I.MX7/I.M8) , ST(STM32MP1) - SOMs: NVIDIA Jetson nano, NVIDIA Jetson Orin Nano, NVIDIA Jetson AGX Orin, Toradex (Colibri iMX6, IMX7, IMX8), Raspberry pi (CM3, CM4 modules), Inforce (Qualcomm Snapdragon 410, 820, 845 SOM), 8devices (Mango on Qualcomm IPQ6000/IPQ6010 Soc), Sensiedge(SensiBle 1 and 2, SensiLora) Service->Software: - Languages: Java, Kotlin, C#, C/C++, Python, Java Script - Diagrams: Block, UML, Workflow, APIs - Interfaces: USB, Ethernet - Protocols : MQTT, HTTP, FTP, Modbus TCP/RTU, SNMP, TCP/IP, UDP/IP, DLMS, custom protocols - Wireless: BLE, WiFi, UWB - Security: AES, SSL/TLS - Libs and frameworks: GStreamer, Paho MQTT, WolfSSL (SSL/TLS), Mbed TLS(SSL/TLS), QT framework, Xamarin Forms and Maui, ASP .NET Core and web development, React (web UI development), SQLite DB, FireBase DB, Mong DB, InfuxDB DB, Room, TensorFlow, Node.js - OS: Android, IOS, Linux, Windows

▒▒▒▒▒▒ link for past projects: https://www.▒▒▒▒▒▒.com/freelancers/~01927bb67900547196 I am a versatile Mechanical Design/Simulation Engineer with 5 years of broad & extensive experience working wit... Read more

▒▒▒▒▒▒ link for past projects: https://www.▒▒▒▒▒▒.com/freelancers/~01927bb67900547196 I am a versatile Mechanical Design/Simulation Engineer with 5 years of broad & extensive experience working with clients in various industries like: • Accessories & Wearables • GPS Trackers • Mailing/Postage Saving • Automotive • Arms Weapon • Household/Furniture • HVAC/Floor Plan • 3D Printing • Bioengineering • Electronics/Enclosures • Cooling Systems & Heatsinks • And many more I specialize in: • CAD Drafting/Modeling/Simulation/Animation from rough sketches • Blueprint-Engineering Drawing-CAD (2D-3D) conversion • Rendering for both commercials and internal presentation • Spill, leak, water & heat-proof modeling & simulation • Multiple file conversion techniques ranging Photoshop's .ai to 3D printer's .stl. • Material selections & rendering • BOM & Revision change maintenance • 3D Printing techniques like .stl modification and additive manufacturing • Liquid, Spin & Injection molding techniques and clearance requirements for plastics and metals • Company logo creation/modification • 3D Modeling tutorial & guidance • I am also experienced in Adobe Photoshop & Illustrator creating posters & logos • And many more Leaving a project hanging/incomplete is the one thing I will never do. When we come to an agreement about the project, I pledge to never disclose the project under any circumstance unless I have your approval. I will never accept any project or send any proposal to a project without a careful consideration of my skills, field of expertise, time availability, project time frame and other essential factors to the success of the project. I will do my very best to accommodate whatever you need even if it is not under my scope of work or even if that means the project would be extended several times, which happens a lot. I am available 24/7 via ▒▒▒▒▒: jan.sunaryanto and email: ▒▒▒▒▒▒▒▒▒▒▒▒▒▒▒▒▒▒▒▒▒▒▒▒▒ Thank you in advance, I look forward to working with you :). Best Regards, Jan Bastian Sunaryanto http://jansunaryanto.branded.me ▒▒▒▒▒▒▒▒▒▒▒▒▒▒▒▒▒▒▒▒▒▒▒▒▒▒▒▒▒▒▒▒▒▒▒▒▒▒▒▒▒

Mechanical engineer with 10 years of experience in mechanical design and engineering and product development. I also have an extensive knowledge of metal manufacturing and processing (machining, sheet... Read more

Mechanical engineer with 10 years of experience in mechanical design and engineering and product development. I also have an extensive knowledge of metal manufacturing and processing (machining, sheet metal, stamping, welding), plastics injection molding and 3D printing. I offer not only design and engineering service, but the complete process of product development from your idea to product launch: CAD design from first sketches • concept design • rendered images for funding and marketing purposes Detailed design and engineering of assembly and parts • material selection • engineering analysis and simulation (motion, structural, fluid flow, cooling, …) • design for manufacturing and assembly Technical drawings and documentation • complete product technical documentation (assembly and parts drawings, bill of materials, assembly instructions) • user manuals Prototyping & testing • product prototype manufactured by 3D printing/CNC machining/Rapid Injection Molding/Sheet Metal • network of dozens established and verified prototyping suppliers • in-house FDM 3D printer adequate for small quantities and very short lead time • prototype suitable for testing of functionality, funding purposes, or it can serve as a minimum viable product to test your idea Serial production • design optimization for high volume production • production cost optimization • network of dozens established and verified manufacturing suppliers Together with my collaborators, we can also offer industrial design and electronics/PCB design if it is required for your project. I'm proficient and prefer to design in PTC Creo, but I can also design in the CAD software of your choice (SolidWorks, Inventor, SolidEdge, Catia). For 2D .dwg and .dxf drafting I use Draftsight. In the product development I often use FEM and CFD analysis to simulate the product behavior in real world environment, to reduce the number of iterations in the prototyping and testing phase of the product design. For simulations I use SimScale and Ansys.

Senior Engineering Manager & Production Head at LFT. Ideation of new products and concepts at a paradigm-shifting level. Generation of Requisition for the Product Development Team Understanding of Mac... Read more

Senior Engineering Manager & Production Head at LFT. Ideation of new products and concepts at a paradigm-shifting level. Generation of Requisition for the Product Development Team Understanding of Machine Design, Fabrication, Optics, Cryostat, Hermetics, Automobile, Liquid Cooling Solutions, HVAC, Sensors, Hydraulic & Pneumatic Systems, Electronics Hardware, Chassis Development (MIL, industrial, commercial), VPX, VME, PXI, PCIe, ATR, ARINC 404A, DATACENTER, PCB Design & Development, Antenna, Telescopic Mast, Gear system, Optical & Hardware test bench, Jigs/Fixture Design, Thermo vacuum flange etc. Scope of Work establishment, Sketch Presentations & Reviews CAD Rendering DFMEA Reliability, Change Management, Surface Finish, Processes like Hard Anodising, Electroless Nickel Plating, Chromate Conversion Coating, Powder Coating, Fibre laser Engraving/Marking, Screen Printing, and Initial Design Validation using 3D Printing etc. Economic Modelling of Product under development Technology Transfer from R&D to Production, Drafting Manuals, Additive Manufacturing, Lean Manufacturing. Understanding & Implementation of Standards like ASME Y14.5, AS9100D, MIL STD 810, MIL-HDBK-217, JSS55555, JSS-0256-01, IP, ESS, QM333, EMI/EMC (MIL STD 461), etc., and their Implementation of Product Development Planning Basic understanding of programming languages such as C, C++, Python. Develop and manage a team of Product Designers, Design Engineers and Graphic Designers taking a product from concept to production. Tools- 3DX/Enovia, Teamcenter PLM. Work closely with the Marketing team to generate product insights and help in company promotion activities. Comply with and further evolve the internal design process. Conduct design reviews to ensure the product meets the requirements and standards. Conducting technical recruitment to introduce fresh talent in the team. Modify and refine designs, using working models, to conform to customer specifications, production limitations, or changes in design trends. Coordinate the look and function of product lines. Confer with engineering, marketing, production, and/or sales departments, or with customers, to establish and evaluate design concepts for manufactured products. Present designs and reports to customers or design committees for approval and discuss need for modification. Connect- ▒▒▒▒▒▒▒▒▒▒▒▒▒▒▒▒▒▒▒▒▒ ph - ▒▒▒▒▒▒▒▒▒▒▒▒▒▒

Senior Mechanical & Mold Design Engineer | 31+ Years of Shop-Floor-Tested Expertise Professional Summary I am a Senior Mechanical and Mold Design Engineer with over three decades of comprehensive expe... Read more

Senior Mechanical & Mold Design Engineer | 31+ Years of Shop-Floor-Tested Expertise Professional Summary I am a Senior Mechanical and Mold Design Engineer with over three decades of comprehensive experience in injection mold design, plastic product development, and manufacturing leadership. What sets me apart from other designers is my extensive background as a Mold Shop Head. I don’t just design parts in a vacuum; I engineer practical, producible, and maintainable solutions. My decades of hands-on shop floor experience ensure that every CAD model, technical drawing, and CNC toolpath I produce is theoretically sound, aesthetically validated, and highly optimized for real-world manufacturing. I bridge the critical gap between design and the shop floor, saving my clients time, steel, and money. Core Strengths & Technical Arsenal 🛠️ Design & Engineering Software: 3D CAD / 2D Drafting: SolidWorks, AutoCAD, DraftSight CAM & CNC Programming: SolidCAM (2D & 3D Milling) Simulation & Analysis: Moldex3D (Mold Flow Analysis) Visualization: KeyShot (3D Rendering) 💡 Key Skillsets: End-to-End Mold Design: Complex core/cavity splitting, gating, cooling, venting, and ejector systems. Design for Manufacturability (DFM): Optimizing part geometry for injection molding to eliminate defects and reduce cycle times. Reverse Engineering: Evaluating and fixing flawed client-provided 2D/3D files to ensure they are actually moldable. Rapid Prototyping: Leveraging SLA/FDM 3D printing for pre-mold validation, fit-testing, and aesthetic reviews. Process Troubleshooting: Injection molding machine setup, parameter optimization, and root-cause analysis for defects (flash, short shots, warpage, sink marks). Tooling Remediation: Supervising mold maintenance, precision machining, and welding repairs to extend tool life. Key Accomplishments & Project Highlights Over my 31+ year career, I have successfully led the complete lifecycle of plastic injection tooling—from initial concept to mass production. Here is how I have delivered value to my clients and employers: Design Rescue & Cost Savings (DFM Optimization): Frequently hired to evaluate and reverse-engineer flawed client designs. By identifying and correcting poor draft angles, complex undercuts, and wall-thickness issues before mold fabrication, I have saved clients thousands of dollars in costly steel-cutting revisions and delayed time-to-market. End-to-End Tooling Leadership (Euro-CB Phil Inc.): Directed daily mold shop operations and spearheaded the design of high-precision injection molds. By integrating Moldex3D flow analysis early in the design phase, I successfully optimized gating and cooling channels, significantly reducing cycle times and eliminating part defects. Rapid Prototyping for Electronics Enclosures: Integrated 3D printing into the pre-mold validation process for consumer electronics. I successfully verified precise PCB fitments, ergonomic profiles, and aesthetic designs, ensuring zero surprises during T1 mold trials. Production Defect Resolution & Tooling Repair: Acted as the lead troubleshooter for complex production issues. Conducted root-cause analyses on defects like warpage and short shots, and executed precision machining and welding strategies to restore mold integrity without requiring entirely new tooling. Cross-Functional Shop Floor Leadership: Progressed from a CNC Milling Programmer to Machine Shop Head, and ultimately to Senior Design Engineer. This unique career path allows me to program highly efficient CNC toolpaths (SolidCAM) that maximize tool life, reduce machining time, and ensure perfect surface finishes. Education Bachelor of Science in Mechanical Engineering New Era University, Quezon City | 1991 How I Can Help Your Business Whether you are a hardware startup needing to take a prototype to mass production, or an established company looking to optimize an existing mold that is suffering from production defects, I bring a "production-first" mindset to every project. I can help you with: Full Mold Design: Creating shop-ready, highly accurate 3D models and 2D drawings in SolidWorks. DFM & Design Rescue: Reviewing your current 3D models and fixing them so they can actually be molded efficiently. Mold Flow Analysis: Running Moldex3D simulations to predict and prevent defects before cutting steel. Prototyping & Validation: Generating 3D prints to test fit, form, and function. Manufacturing Support: Assisting with CNC programming, machine setup parameters, and troubleshooting production defects. Let’s discuss your project. Send me a message with your 3D models, 2D drawings, or manufacturing challenges, and let's engineer a solution that is built for success.

Mechanical Design Engineer | SolidWorks Expert | FEA, CFD & IoT Product Development Specialist I help startups, manufacturers, and product companies transform concepts into production-ready products... Read more

Mechanical Design Engineer | SolidWorks Expert | FEA, CFD & IoT Product Development Specialist I help startups, manufacturers, and product companies transform concepts into production-ready products through engineering-driven design, simulation, optimization, and prototyping. With a Bachelor's Degree in Mechanical Engineering, a specialized Diploma from the Indo-German Tool Room (IGTR), and over 6 years of industrial experience, I provide end-to-end product development services covering mechanical design, engineering analysis, fabrication engineering, embedded systems, and IoT-enabled solutions. My unique strength lies in combining advanced CAD design, simulation, manufacturing knowledge, and electronics integration to develop products that are innovative, lightweight, reliable, and ready for real-world production. --Core Engineering Services ---Mechanical Product Design & Development I specialize in transforming ideas into manufacturable products through structured engineering processes and design-for-manufacturing principles. Services include: * New Product Development (NPD) * Concept Design & Engineering * Mechanical System Design * Reverse Engineering * Design for Manufacturing (DFM) * Design for Assembly (DFA) * Fabrication-Oriented Design * Product Optimization * Prototype Development Support * Manufacturing Documentation --- --- SolidWorks Design Expertise Advanced proficiency in: * Part Modeling * Surface Modeling * Sheet Metal Design * Weldment Structures * Complex Assemblies * Parametric Design * Manufacturing Drawings * Assembly Drawings * Bill of Materials (BOM) * Motion Studies * 3D Rendering Deliverables include production-ready STEP, IGES, STL, DXF, DWG, PDF, and native SolidWorks files. --- --- Furniture, Caravan & Mobile Living Systems I specialize in engineering products where space optimization, weight reduction, durability, and manufacturability are critical. Applications include: * Luxury Caravans * Camping Trailers * Mobile Homes * Food Trucks * Mobile Kitchens * Mobile Offices * Custom Vehicle Interiors * Modular Furniture Systems * Commercial Furniture Products My designs focus on maximizing usable space while maintaining structural integrity and manufacturing efficiency. --- --- Engineering Analysis, Simulation & Optimization I use simulation-driven engineering to validate designs before fabrication, helping clients reduce development costs, minimize prototype iterations, and improve product performance. ---- Finite Element Analysis (FEA) * Static Structural Analysis * Stress & Strain Analysis * Fatigue Assessment * Buckling Analysis * Modal Analysis * Vibration Analysis * Weldment Validation * Frame Structure Analysis ---- Computational Fluid Dynamics (CFD) * Aerodynamic Studies * Internal & External Flow Analysis * Pressure Distribution Analysis * Heat Transfer Studies * Cooling System Design * Airflow Optimization * Thermal Performance Evaluation ---- Optimization for Analysis (OfA) * Topology Optimization * Weight Reduction Studies * Structural Optimization * Material Utilization Improvement * Performance Optimization * Design Validation & Iteration These techniques enable lighter, stronger, and more cost-effective products without compromising performance. --- --- UAV, Drone & Aerospace-Oriented Engineering Experience in the engineering and optimization of surveillance drones and UAV platforms. Capabilities include: * Airframe Design * Structural Validation * Aerodynamic CFD Analysis * Payload Integration * Weight Optimization * Flight-Endurance Improvement * Component Packaging * Prototype Development Support --- --- IoT Design & Development I develop complete electro-mechanical products by integrating mechanical systems, electronics, embedded programming, automation, and cloud connectivity. Capabilities include: * ESP32 Development * Arduino-Based Systems * Embedded Firmware Development * Sensor Integration * Wireless Communication Systems * Wi-Fi * Bluetooth * GSM/4G * LoRa * Remote Monitoring Solutions * Industrial Automation Systems * IoT Dashboard Integration * Smart Product Development --- --- Featured Project: Autonomous Solar Panel Cleaning Robot Designed, engineered, fabricated, programmed, and tested a fully autonomous solar panel cleaning robot developed for solar energy installations. Project scope included: * Complete SolidWorks Mechanical Design * Structural Optimization * Cleaning Mechanism Development * Chassis & Drive System Design * Embedded Control System Development * ESP32 Firmware Programming * Sensor Integration * Autonomous Navigation Logic * Battery & Power Management * IoT-Based Monitoring & Control * Prototype Fabrication & Field Testing The solution improves solar panel efficiency by automating cleaning operations while reducing labor requirements, maintenance costs, and water consumption. This project demonstrates my ability to deliver complete multidisciplinary products from concept to fun

Highlights (Technical strength & Skills) • Test reports preparing & reviewing for MEP Systems • HVAC Air balancing • Duct design & sizing • Thermal load calculations • HVAC System D... Read more

Highlights (Technical strength & Skills) • Test reports preparing & reviewing for MEP Systems • HVAC Air balancing • Duct design & sizing • Thermal load calculations • HVAC System Design & selection • Preventative maintenance • MEP Testing & Commissioning • System diagnostics • Primavera P6 & MS project • Carrier HAP 4.51 • MS Word, Excel & power point • Auto CAD • International standards ( ASHRAE, CIBSE, NEEB, NFPA,) • Technical writing Academic(strength & skills) • Machine design problem solving • Heat transfer • Refrigeration & air conditioning • Thermodynamics • Fluid Mechanics • Mathematics General (Strength & skills) • MS office ( word & excel) • File exchange word to pdf & pdf to word • Primavera p6 • Data Entry • Report writing • Technical writing Skills & Experience: (International Experience: United Arab Emirates & Kingdom of Saudi Arabia) •Preparing & Reviewing Reports, Tender Documents, Engineering Calculations with the source of knowledge, specifications, budgeting and literature for HVAC Projects •Design & calculation of cooling/heating loads of commercial & residential buildings by the use of computer software’s like Carrier HAP (Hourly Analysis Program) • FAHU's, AHU's ,DX & Decorative units Selection. • ventilation & smoke control system design & calculation. • Design & Calculation & sizing of airflow ducts for commercial & residential projects. • HVAC System selection for commercial & residential projects. •Data fixation including HVAC design duty parameters. •Scrutiny and comparing of Shop Drawings with the design and Tender drawings •Checking of plans, drawings and quantities for accuracy of calculations. • preparing of ITPs, Technical submittals & Method of statement for Testing & commissioning & Air balancing. •Preparing & reviewing Testing & Commissioning method statement & O & M Manual for MEP works. •Evaluating designs of HVAC systems, plumbing & drainage, irrigation, swimming pool & fire safety and building automation systems. •Creating and carrying out test procedures for MEP system and ensuring their smooth functioning. •Sharing the T&C plan & the sequence of operation with project engineers. •Preparing/updating commissioning tacking program for monitoring status of commissioning works Witness and verifies site installation, pre & post commissioning of the system/equipment performance based on the approved commissioning procedures in accordance with the design, contracts, plans, specifications and standards of various systems and equipment such e.g., HVAC Systems(CHW pipes chemical treatment, Air & Water balancing, CHW Pumps, Chemical dosing & pressurization units DX & CHW FAHU's, AHU's, FCU's & heat pumps ), Plumbing & Irrigation system , Building Ventilation & Smoke Management System, Firefighting Systems(Fire pumps, Clean agent system , fire suppression system, FHC, ZCV & Cause & effect matrix), & specialized Systems( Swimming pool, SPA & sauna , Jacuzzi & heat pumps) etc. •Documenting reports of progress made in project Projects •DAMAC HILLS by DAMAC properties LLC Dubai United Arab Emirates (2500 Villas different Clusters models, Paramount villas, Nine G+7 Clusters, Service stations ) •DAMAC Towers by Paramount Hotel Riyadh Kingdom of Saudi Arabia ( Two High rise building G + 33 & G + 37) •Tower 108 by DAMAC property development Dubai United Arab Emirates ( G+4P +28) •Ghalia Tower by DAMAC property development LLC Dubai United Arab Emirates ( G+4p +38) Education: •Bachelor of Technology Mechanical Engineering •Marks : 76.56% •Achievements& Rewards: Got a distinction certificate on four consecutive positions at university of engineering & technology Peshawar Got a laptop on a good performance from Higher Education Commission Pakistan •Modules Studied: Refrigeration & Air conditioning, Mechanical Engineering Design, Thermodynamics, Heat & mass transfer, Power plant, Mechanical vibration, Engineering Economics, Installation testing & maintenance of Machines, Fluid Mechanics & Hydraulics Machinery, Theory of Machines, Applied Mechanics, Strength of Materials, Basics Electronics, Mechatronics.

♦ Products Design, Development & Analysis engineer with 2 year of experience working to enhance overall value and performance for customers and company. ♦ KEY SKILLS - CAD Tools: NX CAD (Part Modellin... Read more

♦ Products Design, Development & Analysis engineer with 2 year of experience working to enhance overall value and performance for customers and company. ♦ KEY SKILLS - CAD Tools: NX CAD (Part Modelling, Sheet Metal), CatiaV5 (Part Modelling, Sheet Metal), Solidworks (Part Modelling, Sheet Metal), CREO (Part Modelling, Sheet Metal), AutoCAD (2D) CAE Tools: Finite Element Analysis: ANSYS Workbench Work: ♦ Preparing 3D Cad and 2D detailing and following workflow and completed the Route from Development stage to initial Release also take complete ownership of mechanical design. ♦ Also prepare the Design Change Request for making updates for Released Product with customer Feedback or for manufacturing feasibility or Cost Reduction. ♦ Prepare a project for Finalize Design Concept and Complete ECR process, analyzed FEA results, Released Components designs including 2D drawings and verified BOM’S. ♦ Complete all engineering assignments related to product development accurately and on time including design calculations, 3D modeling and detailing (of parts and assemblies) and other aspects. ♦ Incorporated appropriate GD&T to assure the drawings are in line with DFM. Interfaced with production Team to ensure final designs are aligned with overall project goals and delivered defined schedules. ♦ I get excited about opportunities where I can create new products. I love connecting with new people ,You can reach me at ▒▒▒▒▒▒▒▒▒▒▒▒▒▒▒▒▒▒▒▒▒▒▒▒▒▒

I am a highly experienced mechanical product design engineer with expertise in the medical device and consumer electronics industries. I possess the ability to rapidly transform concepts into market-r... Read more

I am a highly experienced mechanical product design engineer with expertise in the medical device and consumer electronics industries. I possess the ability to rapidly transform concepts into market-ready products that meet both functional and aesthetic requirements. My services • Ideation and Concept design • Visualization and Rendering • 3D Modeling and CAD • Mechanical design and Strength analysis • Design for Manufacturing and Drafting • Design for Prototyping and 3d printing • Reverse Engineering

As an interior design and landscape specialist in 3D modeling, rendering, and video animation, I have a valuable skill set that can significantly contribute to architectural projects. Creating realist... Read more

As an interior design and landscape specialist in 3D modeling, rendering, and video animation, I have a valuable skill set that can significantly contribute to architectural projects. Creating realistic and visually appealing representations of interior spaces can help clients and architects visualize.