I have a large history of designs and few companies I’ve had the opportunity to work for. I quickly create floor plans in Autocad.. or mechanical assemblies in inventor with BOM and Vault utilization.... Read more

I have a large history of designs and few companies I’ve had the opportunity to work for. I quickly create floor plans in Autocad.. or mechanical assemblies in inventor with BOM and Vault utilization. I can also create submittal and fabrication documentation for approvals and shop nesting configurations. I hold high values in design and expect a lot out of my expertise in my journey for new challenges.

"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.

I have experience designing PCBs for high speed digital systems, backplanes and daughterboards, optical systems, wireless/IoT products, power electronics, mmWave systems, and much more. I start with y... Read more

I have experience designing PCBs for high speed digital systems, backplanes and daughterboards, optical systems, wireless/IoT products, power electronics, mmWave systems, and much more. I start with your schematic and BOM or your ECAD files, and I provide you with a finished PCB layout along with all standard manufacturing documentation and assembly drawings. During the PCB design process, I keep an eye towards the scalability of your design, as well as standard DFM rules and implementing requirements from your manufacturer. If you have not consulted with a manufacturer, I can help you find a producer that will meet your needs and help you scale. Our collaborative approach reflects best practices and helps you reach success. 1. Analog Systems and Sensors - Highspeed ADC & DAC Implementations - Direct-RF Sampling Architectures - Up/down Converting Mixers & IF Signal Processing - Analog Signal Processing & General Purpose Op-Amp Circuits - Audio Amplifier Design - Electro-optical Interface Design 2. High Speed Digital and Networking - Microcontroller Hardware Development - Application Class Processor (MPU) Hardware Development - High-Speed Memory Interface Design - DDR3 and LPDDR4 SDRAM Implementations - FPGA Hardware Development - USB 2.0, USB 3.0, & Gigabit Ethernet Hardware, Including Switches/Hubs - PCIe Hardware - Implementation of FPGA & ASIC Based Display Bridges Inline Translation Between MIPI DSI and legacy parallel RBG Video - Wireless Connectivity such as BLE, Wi-Fi, and LoRa 3. Power Electronics - High Performance Switchmode Converter Design - Ultra Low Noise Converter Design for RF Supply Pre-Regulation - Automotive/Aerospace Load Dump Protection - High Bandgap Semiconductor Converters (GaN & SiC) - EMI/EMC Converter Debugging - High Frequency Converters for Micro Form Factors - Battery Systems - Solar Power & MPPT Converters Support EDA Tools Altium Designer, Cadense OrCAD/Allegro PCB Designer, Mentor Graphics PADS/PADS Professional, KiCAD, Eagle CAD, Diptrace, EasyEDA