• Define the technical roadmap, architectural specifications, and methodology for novel, high-performance analog and mixed-signal ASICs to meet next-generation quantum computing targets • Serve as the primary technical interface with tier-1 external ASIC design houses • Lead the design, top-level layout integration, and verification strategy for complex tapeouts • Oversee advanced lab characterization strategies • Partner closely with photonics, packaging, and systems architecture teams • Mentor senior engineering staff, champion design best practices, and serve as the company-wide subject matter expert for analog IC design

Role Description This is a remote position. We're looking for a Mechanical Design Engineer who can bridge the gap between concept and production. In this role, you'll use your SolidWorks expertise to: - Create detailed 3D CAD models using SolidWorks. - Produce manufacturing-ready technical drawings and specifications. - Update, modify, and maintain existing product designs. - Reverse engineer products from sketches, drawings, and physical samples. - Develop alternative design concepts and engineering solutions. - Perform engineering evaluations and mass calculations. - Support assembly design and design-for-manufacturing reviews. - Maintain engineering documentation and revision control records. - Collaborate with stakeholders to support product development initiatives. - Deliver engineering outputs within established timelines. This is an excellent opportunity for someone who enjoys hands-on design work, thrives in a remote environment, and takes pride in creating solutions that work in the real world. While this role begins as a 60-day contract engagement, there is a strong opportunity for it to evolve into a permanent position for the right candidate. Qualifications - Experience in Mechanical Design Engineering, Product Design Engineering, Manufacturing Engineering, Industrial Design, or Product Development. - Strong proficiency in SolidWorks. - Experience creating 3D CAD models and technical drawings. - Knowledge of manufacturing processes and production documentation. - Understanding of assembly design principles. - Strong problem-solving and analytical skills. - High attention to detail and accuracy. - Ability to manage multiple projects and priorities independently. - Excellent written and verbal communication skills. - Experience working in a remote or collaborative engineering environment. Requirements - Experience with reverse engineering projects. - Experience in manufacturing environments. - Knowledge of Design for Manufacturing (DFM) principles. - Experience supporting product development from concept through production. - Familiarity with engineering calculations and product evaluation processes. - Experience maintaining engineering documentation and revision control systems. Benefits - Permanent Work from Home set-up. - Company-provided equipment. - Secondary Wi-Fi Modem. - A Life Beyond the Screen #WorkLifeBalance. - Active employee engagements physically such as Christmas Party & Team Building, and virtual events such as town-hall with prizes.

• Perform advanced finite element analysis (FEA) to evaluate thermomechanical reliability of ASIC packages and board-level assemblies • Lead solder joint reliability simulations, including thermal cycling, mechanical shock, and vibration • Develop lifetime prediction models based on industry methodologies (e.g., Coffin-Manson, Darveaux) • Model and analyze time-dependent material behavior, including creep, viscoplasticity, and fatigue • Drive board-level reliability (BLR) assessments, including PCB–package interactions and SMT effects • Correlate simulation results with reliability testing data to improve model accuracy • Develop and automate simulation workflows using Python, Fortran, or similar tools • Provide design recommendations and reliability sign-off guidance to cross-functional teams • Document methodologies, assumptions, and results clearly to support engineering reviews

• Lead mechanical engineering work for nuclear facility, power, or complex industrial projects. • Develop and review calculations, drawings, specifications, reports, and technical design documents. • Support design of piping systems, mechanical equipment, thermal systems, and related plant components. • Perform or review engineering analysis involving stress, pressure, heat transfer, flow, equipment loads, and system performance. • Coordinate with civil, structural, electrical, I&C, project management, procurement, and construction teams. • Ensure designs meet applicable codes, standards, client requirements, and project specifications. • Provide technical guidance to junior engineers and designers. • Support design reviews, client meetings, field questions, RFIs, submittals, and engineering change activities. • Identify technical risks, resolve design issues, and maintain quality across engineering deliverables.