Vibration Testing Specialist

@engrusmanfaiz

I am a Senior Mechanical–Electronics Development Engineer with experience delivering precision polymer assemblies for high-frequency electronic systems, including tight-tolerance PCB–enclosure integrations. I have worked with high-temperature polymers such as ULTEM 1010, ULTEM 9085, and PEEK in applications requiring thermal stability, dielectric consistency, and ±0.05 mm tolerance control. My background includes RF-aware enclosure design for mmWave electronics, controlled air-gap validation, and GD&T-driven tolerance stack-up analysis for injection molding. I use SolidWorks Professional (Simulation/Flow) for monolithic snap-fit structures and thermal deformation studies, ensuring dimensional stability at 60 GHz-critical geometries. For validation, I design rigid, non-reflective jigs and execute empirical benchmarking, correlating gain performance against simulation models. I have access to CMM and industrial 3D scanning for metrology verification and reverse validation before tooling release. I can deliver production-ready DFM files and a formal validation report suitable for investor review and pre-mass-production approval.

@ahmed4499

Hello Sir as i am control engineer and i have master degree i can solve this using LabVIEW as i am certified architect in it so that would be easy for me to fulfill all your requirements , thanks

@ail5a9f298b597ed

I am a seasoned Mechanical Development Engineer with extensive experience in working with high-temp polymers, specifically ULTEM and PEEK. My strong background in designing precision optical components for high-frequency applications, coupled with extensive proficiency in SolidWorks and GD&T, ensures the highest level of accuracy down to +/- 0.05mm tolerances. Additionally, I have a solid track record of developing RF packaging solutions and conducting rigorous physical benchmarks in line with validation requirements, reinforcing reliability and performance. Joining your mission-driven team to democratize life-safety tech is an opportunity I am eager to pursue.

@hireageek

Hi there, I am excited about the opportunity to work on the RF BENDER™ project as a Senior Mechanical Development Engineer. My extensive experience with high-temp polymers, particularly ULTEM and PEEK, positions me perfectly to help design and prototype the critical refractive lens for your 60GHz mmWave sensors. With a track record of mastering GD&T and achieving tolerances within +/- 0.05mm, I understand the unforgiving nature of precision in this realm. I have successfully executed projects involving high-performance polymers and have practical experience creating designs ready for high-temp injection molding. I also have access to high-end metrology tools, including CMM and 3D scanning, which can further ensure the precision required for signal optimization. I believe I can effectively address the challenges of your project while aligning with your mission-driven objective to provide affordable life-safety tech. Please message me to discuss the next steps and share your insights about the project's timeline and requirements. What specific challenges have you encountered in past projects when dealing with millimeter wave technologies?

@Guptapuru304

Hello, We’ve thoroughly reviewed your project details and are excited about the opportunity to contribute to the Mechanical Validation & Prototyping of the RF BENDER™. Understanding the precision required for designing a monolithic lens/housing assembly for 60GHz mmWave radar sensors, we recognize the critical importance of accuracy in achieving a 12dBi signal gain. In a previous project, we successfully transitioned a high-precision optical component from simulation to physical testing, ensuring sub-millimeter tolerances and robust material strategies, very similar to the challenges presented here. With over 8 years of experience in engineering and a record of top-rated results, our expertise in CAD design, high-temp polymer optimization, and precision engineering aligns perfectly with your project's needs. Our proficiency with SolidWorks, Geomagic, and GD&T ensures we can meet and exceed your expectations for accuracy and quality. We're eager to explore how our skills can enhance your project's success. Please message us with more details, and we will deliver a detailed, tailored proposal within 24 hours. Looking forward to collaborating on this impactful project. Best regards, Puru Gupta

@irsolutions

With over a decade of experience in web and mobile development, I understand the critical need for precision and accuracy in your Mechanical Validation & Prototyping project. The challenge of designing a monolithic lens/housing assembly for 60GHz mmWave radar sensors is one that requires expertise and finesse. I am confident in my ability to treat plastic as a precision optical component, ensuring a 12dBi signal gain with meticulous attention to detail. My past projects in industries like HealthTech and FinTech have honed my skills in working with high-performance polymers like ULTEM/PEEK. I have a proven track record of holding tight tolerances and optimizing designs for thermal stability and consistent dielectric properties. My experience in V&V reporting aligns with your requirement for a formal Validation Report, showcasing my ability to deliver results that meet industry standards. I am excited about the opportunity to work on this groundbreaking project with you. If you are interested in collaborating, please reach out to discuss further details.