Role Description Meade has a job opportunity for an entry-to-mid level Mechanical Engineer II with experience in Computational Fluid Dynamics (CFD) to be an integral member of our design team. The scope of projects will include data centers, industrial buildings, offices, and other high-profile construction projects. This role will be highly collaborative amongst Meade staff, clients, vendors, and external disciplines. Travel to job sites may be required for site observations and client meetings. - Independently drive projects forward throughout design and construction phases. - Design mechanical and plumbing systems for data centers. - Oversee the production of all mechanical designs, systems, and drawings. - Work amongst a cross-discipline design team, owners, and contractors to develop drawings and specifications. - Coordinate with external vendors, internal design teams, and manufacturers. - Major equipment selection and scheduling. Qualifications - 2+ years of Professional Mechanical Engineering design experience, including hands-on CFD modeling and simulation to design and optimize mechanical systems for data centers or other mission-critical projects. - Bachelor's degree in Mechanical Engineering. - Valid EIT Certification or Mechanical Professional Engineer (PE) license a plus. - Experience working independently and managing priorities. - Strong understanding of mechanical systems and energy codes. - Ability to think strategically and demonstrate flexibility in order to achieve long-range objectives. - Self-motivated, comfortable with ambiguity and motivated to work as a team. - Top-notch organization, attention to detail combined with excellent written and oral communication skills. - Proficiency with MS Office, AutoCAD, BlueBeam, Cadence, BIM, and Revit. Requirements - This position is available to candidates residing in the following states: AL, AZ, AR, FL, GA, IN, MI, MO, NV, OH, OK, SC, TX, UT, VA, WA, WV. - Compensation and benefits are subject to eligibility requirements and may vary based on location and applicable laws. - The pay range for this position will be provided in accordance with applicable state and local laws. - Actual compensation will be determined based on factors such as skills, experience, qualifications, internal equity, geographic location, and business needs. - The estimated pay ranges for this role are as follows: - Virginia: $90,000-$110,000 - Washington: $96,000-$115,000 - Eligible employees may participate in Meade-sponsored benefit programs, including medical, dental, vision, life insurance, disability coverage, 401(k), paid time off, paid holidays, and other company-sponsored benefits. - Benefit eligibility and offerings are subject to plan terms and applicable policies. Benefits - Medical, dental, and vision insurance. - Life insurance and disability coverage. - 401(k) plan. - Paid time off and paid holidays. - Other company-sponsored benefits.

• Provide furnace audits and campaign life assessments with required reporting defining necessary actions, maintenance requirements, and risk identification for assigned furnaces • Provide technical support and project management for projects including scoping, estimation, design, construction and commissioning • Provide operating and maintenance support for the applicable systems to the facilities • Responsible for complex and significant projects using considerable engineering expertise in furnace and refractory design and hot repair techniques to complete projects with minimal technical oversight • Responsible for the evaluation of furnace condition according to O-I Global Manufacturing fundamentals and O-I Global furnace team standards • Responsible for scoping, supervision and follow-up of design and repair project development through execution • Responsible for realizing the appropriate maintenance actions for assigned furnaces to ensure asset stability & reliability on time, and on budget • Expected to provide input into decisions with potentially significant financial impacts to the business • Follow-up with necessary hot repair documentation, solutions to issues, and supervision of repairs • Exceptional maintenance budget definition and execution for assigned furnaces • Scoping, estimating, design, selection, inspection, and construction supervision of furnace refractories with minimal oversight • Supervision of internal and external engineering staff for the aforementioned areas • Develop detailed and clear scopes of work for engineering projects eliminating all ambiguity • Guide engineers during the production of drawings • Review drawings and Bills of Materials for accuracy and completeness • Mentor engineers and designers in design and audit practices and techniques • Collaborate with Mechanical, Structural, Electrical and Process Control engineering as required • Perform remote and field plant technical assistance activities, identifying improvement opportunities and implementing action plans

• Manage a high volume of HVAC work orders each day (20+), across multiple job sites • Review technician reports, photos, and videos to verify diagnoses and spot issues early • Scope jobs accurately—catching misdiagnoses, inflated bids, or missing components • Provide clear, confident direction to licensed HVAC contractors—pushing back when needed • Own communication across the job: from the field to internal operations to project wrap-up • Uphold company quality standards and act as the final gatekeeper before approval and billing • Use company internal platform and documentation tools to track job progress and ensure completion

Join our Team About this opportunity Ericsson is opening a state-of-the-art R&D center in Yokohama to deliver Japan-driven radio products that shape networks worldwide. We are looking for an experienced Mechanical Designer with a deep interest in radio and RF filter design to help shape the next generations of 5G and 6G radio systems. In this role, you will develop mechanical designs for embedded filter products, handling the full lifecycle from requirement analysis to verification. You will operate in a fast-paced environment characterized by high volumes, short time-to-market, and stringent environmental and regulatory requirements. You will collaborate daily with Ericsson's global teams and interface directly with external suppliers, radio design, filter design, sourcing, and production engineering. If you are empowered to learn, lead, and perform at your best, are you in? You will - Own the end-to-end mechanical design of radio filter units and related mechanical parts, from concept to volume production - Develop mechanical design solutions for radio filter units, enclosures and associated components, ensuring robustness, manufacturability and high performance - Drive pre-development of new concepts, materials and building practices to support future radio platforms - Participate in and contribute to building practice studies, design rules and common mechanical design principles across sites - Review mechanical design solutions, propose improvements and secure compliance with EMC, PIM, thermal, environmental and ingress protection requirements - Perform practical work with prototypes, including build, assembly, tuning and verification in the lab and relevant environments - Plan and execute environmental verification and robustness testing in line with internal and external standards - Support troubleshooting and problem solving in development and production, including root cause analysis and corrective actions - Collaborate closely with filter designers, radio designers, sourcing, production, production test and engineering, as well as external suppliers and manufacturing partners - Drive continuous improvements of products, design methods and ways of working within the mechanical design area You will bring - BSc or MSc in Mechanical Engineering or equivalent education - 5+ years of relevant experience in mechanical engineering, including product development and verification for complex electro-mechanical products - Very good knowledge in die-casting (aluminum), injection molding (plastic) and sheet metal design, including design for manufacturing and cost efficiency - Very good understanding of other manufacturing techniques and their implications on design, tolerances and quality - Experience working with radio filters or RF-related mechanical design (e.g. cavities, housings, shielding, PIM-sensitive structures) is a strong advantage - Proficiency in modern 3D CAD and PDM/PLM tools (such as Pro/ENGINEER / Creo and PDM Link, or equivalent systems) - Very good knowledge of environmental and reliability requirements (temperature, vibration, humidity, corrosion, IP-rating etc.) and relevant design standards, including how to verify them in practice - Good understanding of electronics building practices and mechanical design rules for PCB/PBA integration and component robustness - Experience working with suppliers as black-box and grey-box partners, including requirement handling, design reviews and industrialization support - Ability to communicate in spoken and written English; Japanese language skills are an advantage Why join Ericsson?At Ericsson, you'll have an outstanding opportunity. The chance to use your skills and imagination to push the boundaries of what's possible. To build solutions never seen before to some of the world's toughest problems. You'll be challenged, but you won't be alone. You'll be joining a team of diverse innovators, all driven to go beyond the status quo to craft what comes next. What happens once you apply? Click Here to find all you need to know about what our typical hiring process looks like.Encouraging a diverse and inclusive organization is core to our values at Ericsson, that's why we champion it in everything we do. We truly believe that by collaborating with people with different experiences we drive innovation, which is essential for our future growth. We encourage people from all backgrounds to apply and realize their full potential as part of our Ericsson team. Ericsson is proud to be an Equal Opportunity Employer. learn more. Primary country and city: Japan (JP) || Yokohama Req ID: 785998