Mechanical Engineer

• Act as the Owner’s primary expert on technology strategy, design, and integration for data center projects.
• Translate business requirements into technology solutions that align with performance, resiliency, and growth objectives.
• Advise leadership on industry trends, standards, and innovations in data center technology.
• Review and guide the design of structured cabling systems, network infrastructure, and IT spaces (MDF/IDF, white space, telecom rooms).
• Ensure designs meet standards (BICSI, TIA/EIA, Uptime Institute, IEEE) and best practices for scalability, reliability, and maintainability.
• Provide input on integration of smart building systems, IoT, and converged network solutions.
• Collaborate with architects, MEP engineers, and security teams to ensure technology requirements are fully integrated into overall facility design.
• Evaluate vendor solutions, conduct technical due diligence, and support procurement strategies.
• Work closely with commissioning teams to validate system performance and ensure operational readiness.
• Develop Owner’s technology standards, playbooks, and roadmap for current and future facilities.
• Advise on long-term lifecycle management, including upgrades, capacity planning, and sustainability considerations.
• Support evaluation of emerging technologies such as edge computing, AI integration, and advanced connectivity solutions.

Technology Design Engineer

• Define and drive the vision for design and engineering initiatives, ensuring alignment with organizational goals and industry best practices
• Lead strategic planning for engineering projects, balancing innovation with operational excellence
• Evaluate emerging technologies and design methodologies to enhance enterprise value and maintain competitive advantage
• Represent the organization in industry forums and maintain strong engagement with the data center engineering community to stay ahead of trends
• Build strong relationships across internal teams (Construction, Mission Critical Operation, Market Development, Sales) and external stakeholders (Consultants, Vendors, Contractors)
• Act as a trusted advisor to senior leadership, providing insights that influence business strategy and product development
• Foster a culture of collaboration and innovation through initiatives like the “Employee Think Tank,” ensuring ideas are heard and acted upon
• Communicate effectively with department leadership through reports and presentations that drive informed decision-making
• Exercise independent judgment in managing engineering activities from concept through commissioning across the portfolio
• Drive design and engineering decisions to conclusion, balancing technical requirements, budget constraints, and business priorities
• Oversee consultant/vendor qualification and make recommendations for technology adoption and deployment
• Ensure lessons learned are integrated into processes to promote continuous improvement

Director, Mechanical Engineering

• Define requirements, architectures, and interfaces for avionics ground and test equipment
• Conduct make/buy trades for components of avionics ground and test systems
• Design avionics ground test equipment composed of COTS and custom-designed components
• Support integration and test of avionics hardware, software, instrumentation, and harnessing as a representative of the test equipment hardware team
• Identify anomalous behavior, rapidly determine root cause, and implement corrective action independently or in close collaboration with stakeholders
• Validate and verify that avionics ground and test systems are meeting customer expectations and requirements
• Triage remotely networked systems.

Electrical Design Engineer – Avionics Ground and Test Equipment

• Drive thermal-mechanical co-design across chiplet, package substrate, cold plate, heatsink, and system-level integration.
• Collaborate with package design teams to optimize stack-up, warpage, stiffness, CTE management, and assembly robustness.
• Evaluate emerging cooling technologies including direct-to-chip liquid cooling, embedded cooling, vapor chamber integration, and advanced TIM solutions.
• Perform detailed thermal and thermo-mechanical simulations using industry-standard tools.
• Define integration strategies enabling customer adoption of novel thermal solutions into final package assembly flows.
• Collaborate with OSATs, substrate suppliers, thermal solution vendors, and manufacturing partners to enable scalable deployment.

Lead Thermal Mechanical Engineer

• As a Mixed Signal Logic Design Engineer, you will play a pivotal role in shaping the future of high-speed and mixed signal IP designs at Intel.
• Your contributions will directly impact the development of cutting-edge technologies that enable the integration of functional units, IP blocks, and subsystems into full chip designs.
• This position is at the forefront of innovation, requiring collaboration with cross-functional teams to define architecture and microarchitecture features, optimize performance, and ensure design integrity.
• Your work will drive Intel's success in achieving power, performance, and area goals, empowering our customers with industry-leading solutions.

Mixed Signal Logic Design Engineer

• Design and engineer Off-Air (Bi-Directional Amplifier) and Active DAS (Distributed Antenna System) solutions for various environments.
• Conduct site surveys and gather requirements for system design.
• Utilize iBwave Enterprise design software to create detailed design documentation, including building modeling, DAS equipment placement, cable routing, prediction maps, and other required compliance reports.
• Perform system optimization in iBwave and can help to resolve performance issues.
• Collaborate with Project Managers, Installers, and other DAS stakeholders to ensure successful project execution.
• Stay up-to-date with industry standards and technological advancements in wireless communications.
• Provide technical support and documentation for completed projects.
• Ensure designs comply with all applicable codes and regulations.

Senior In-Building Cellular DAS Design Engineer

• Lead the mechanical design and integration of electrical systems within complex vehicle platforms, ensuring robust routing, protection, and packaging.
• Design and develop components, brackets, harness routing paths, enclosures, and installation schemes that balance electrical performance with mechanical durability.
• Own cost, quality, validation, and schedule for assigned projects.
• Collaborate with suppliers to ensure manufacturability, serviceability, and lifecycle efficiency.
• Partner with manufacturing teams to address assembly feasibility, tolerance stack-up, and installation repeatability.
• Assist supply specialists and buyers with supplier development and performance improvement.
• Drive collaboration across product development, value chain, manufacturing, commercial, and product support organizations.
• Research and develop new technologies related to vehicle integration, packaging, thermal considerations, and durability.
• Develop and document functional and installation design requirements, including mechanical constraints and environmental considerations.
• Lead and participate in design reviews, ensuring conformance to electrical and mechanical design standards and best practices.
• Organize, coordinate, and execute prototype builds, testing, and analysis, including fit, form, function, and durability assessments.

Senior Design Engineer – Mechanical, Electrical

• Provide small-scale mechanical design elements for federal engineering projects using fundamental knowledge, standard techniques, and established methods for small to mid-sized projects.
• Perform basic plan production and receive direction on assigned tasks, including drafting and detailing mechanical components for construction documents.
• Develop and apply knowledge and experience working within design/modeling software to support project deliverables.
• Assist with preparation of project documentation and schedules; perform design calculations within a limited scope and under guidance of senior engineers.
• Support mechanical system design and documentation for federal facilities, which may include HVAC and plumbing from concept through construction.
• Assist with load calculations and mechanical system sizing; support development of design narratives and technical reporting as needed.
• Coordinate with experienced engineers and designers on non-routine techniques and procedures; collaborate with other disciplines to support integrated design.
• Gather research, recommend solutions, and create drafts of technical reports using prescribed methods and internal standards.
• Mentor student interns by providing opportunities to develop foundational technical skills and knowledge; may supervise student staff as needed.
• May travel and work in various terrains and weather conditions at project sites in different stages of construction.

Associate Mechanical Engineer – Federal Engineering and Design

• Prepare and manage production of civil design/construction plans, including notes, details, plan and profile sheets, and cross-sections.
• Prepare schedules, assign projects, update project data base
• Prepare and negotiate design agreements including schedule, scope, and budget
• Prepare and submit project permitting packages.
• Lead the team in preparing technical storm water calculations for athletic facility development.
• Prepare technical reports, memos, and exhibits to support project documentation.
• Perform technical review of drawings, specifications, calculations, shop drawings, and other engineering documents for conformance with industry standards and company recommendations
• Perform preliminary engineering evaluations, including quantity take-offs and opinions of probable construction cost.
• Conduct research and select technical reference data for project specifications.
• Support the sales team with concept designs and sales meetings with clients.
• Highly communicative role —must be comfortable interacting with jurisdictions, peers, clients, and supervisors to ensure project success.
• Ensure compliance with company safety regulations, standard operating procedures, and quality standards.
• Collaborate with installation crews, subcontractors, and sales teams to resolve technical and operational challenges.
• Perform site construction visits and prepare associated field reports.
• Review and approve subcontractor invoices and assist project managers in billing, design, and engineering tasks.
• Oversee project closeout, including Certificates of Completion, As-Builts, and final checklists.
• Provide subject matter expertise to sales and customers to secure contracts.

Regional Civil Design Engineer – Project Manager

• Develop comprehensive test strategies, test methodologies, and test fixtures — including design of supporting test hardware — for power subsystem hardware from component level through integrated vehicle testing
• Design, develop, and deliver test support hardware including test cards, breakout boards, and fixture circuits to enable safe and efficient validation of power subsystem assemblies
• Execute and supervise validation campaigns including acceptance testing and Thermal Vacuum (TVAC) testing
• Ensure proper test execution, data collection, and system requirement verification
• Develop and maintain automated test scripts for EGSE and vehicle power sequencing
• Troubleshoot electrical failures, identify root causes, and implement corrective actions
• Coordinate and integrate interfacing subsystems with the power subsystem
• Support design risk analyses, failure modes effects and criticality analyses (FMECA), and design for test activities
• Effectively communicate development status, risks, and challenges to management

Avionics Hardware Design Engineer III – Lunar Permanence

• Responsible for signing and sealing engineering documents.
• Analyzes, develops and evaluates systems.
• Improves and maintains current systems or creates brand new projects.
• Designs and drafts blueprints, visits systems in the field and manages projects.
• Applies engineering techniques and analyses within the scope of the assignment.
• Performs work with a high degree of latitude.
• Handles the most complex issues.
• Provides leadership, coaching, and/or mentoring to a subordinate group.
• May act as a lead or first-level supervisor.
• Direct interaction with clients.

Mechanical Engineer, PE III

• Support the preparation of proposals for new business opportunities
• Provide engineering support for proposals, renewals, and re-engineering activities
• Engineering support may include data analysis, concept of operations, design layouts, identifying processes, build engineering models, and develop customer proposals
• Continuous development of engineering skills to design distribution center operations
• Work with BDs and Program Managers to schedule, prepare and submit proposals and/or renewals on a timely basis
• Provide engineering support for other operational improvements as requested
• Incorporate green initiatives into CEVA proposals when appropriate

Solution Design Engineer

• Designs, develops, builds, and implements new products, components, or technologies for Caterpillar Fleet Products including but not limited to Command for Hauling, Dozing, Drills, ADS, Safety and other related products.
• Researching new materials and competitive products.
• Organizing, coordinating, and executing the building, testing, and analysis of prototypes.
• Assisting supply specialists and buyers with supplier development and supplier performance.
• Overseeing the efforts of drafting and testing specialists.
• Developing and documenting functional requirements and translating into detail design documents.
• Participating in buy-build analysis for product components.
• Participating in and supporting proposal preparation, cost estimates, and technical reports.

Design Engineer

• Own the end-to-end procurement process for third-party IPs used in data center SoC programs
• Maintain an IP roadmap aligned with program planning, technology evolution, and product strategy
• Evaluate IP solutions based on technical, quality, performance, security, and long-term support criteria
• Serve as the primary point of contact for all IP vendors throughout the engagement lifecycle
• Track vendor execution, delivery schedules, and performance metrics to ensure commitments are met
• Drive regular technical and program sync-ups with vendors to troubleshoot issues and maintain alignment
• Act as the primary technical liaison between internal Program/I2R teams and vendors
• Ensure internal requirements—performance, power, latency, interfaces, testability, security—are clearly captured and reflected in SoW and IP specs
• Coordinate with Program team and maintain detailed plans for IP deliverables across programs
• Ensure delivery of high-quality IP from vendors, including RTL, testbench, documentation, performance data, and errata
• Coordinate with Program team on escalation and resolution of IP bugs, support requests, and change requests
• Manage the lifecycle of IP versions across multiple programs (maintenance, upgrades, patches, security updates)
• Drive continuous improvements with vendors to meet data center-class quality and reliability expectations.

Senior Manager – Design Engineering, IP

• Deliver space-rated avionics sub-systems- including requirements development, design, testing, system integration, verification planning, and execution.
• Develop and manage, high and low voltage avionics designs that integrate within a motor control scheme.
• Support design risk analyses, failure modes effects and criticality analyses (FMECA), design for test/manufacture/cost (DFx), and root-cause analysis of test discrepancies.
• Effectively communicate development status, risks, and challenges to management.

Avionics Motor Control Design Engineer III – Lunar Permanence

• Act as Piping Lead on medium to large mining and heavy industrial projects
• Oversee and manage the performance of the piping deliverables across projects
• Serve as technical authority for piping systems in concentrators, process plants, and industrial facilities
• Participate in conceptual, pre‑feasibility, feasibility, FEED, and detailed engineering studies
• Support project proposals, assess professional effort and provide clear visibility on progress, performance indicators (CPI, SPI), and ETC for the discipline
• Lead and supervise the development of piping engineering deliverables, including: Line lists and material specifications, Piping layouts and 3D models, Isometrics, supports, and details, Calculations and technical reports
• Lead the preparation and review of piping design basis, specifications, and material requisitions
• Oversee and review piping stress analysis and flexibility studies (thermal, pressure, seismic, wind)
• Lead the design of: Process, utility, slurry, and services piping systems; Pipe supports and restraints (coordinated with structural); Above‑ground and buried piping systems
• Review and validate P&IDs, piping datasheets, valve specifications, and vendor documentation
• Perform technical evaluations of vendor bids and supplier proposals
• Review and approve piping material take‑offs (MTOs) and contribute to cost estimates
• Ensure interdisciplinary coordination with process, mechanical equipment, structural, civil, electrical, and instrumentation disciplines
• Provide technical guidance, supervision, and mentorship to piping engineers, designers, and drafting staff
• Support construction, commissioning, field engineering, and site activities, including resolving site queries and RFIs as required
• Ensure compliance with project standards, applicable codes, safety requirements, and quality procedures.

Lead Mechanical Engineer – Piping, Minerals & Metals

• Fournir aux équipes de projet diversifiées une ingénierie, un design, une analyse et une documentation pour le développement de nouveaux produits, l’ingénierie durable, le développement de processus et les projets de production
• Participer en tant que membre d'équipe ou leader des équipes de conception de produits et effectuer toutes les fonctions de conception associées
• Créer des modèles analytiques pour la sélection des matériaux en conditions d'utilisation, les débits et l'analyse des modes de défaillance
• Participer à des sessions de brainstorming sur la conception de produits
• Assurer que les activités liées à la conception soient terminées à temps en soutien aux objectifs du programme

R&D Design Engineer II – Designer, Drafting

• Drive end-to-end development for silicon packaging substrate design from concept through tapeout
• Perform substrate fit and routing studies to assess design, performance, and cost tradeoffs
• Implement physical layout and routing of package designs, ensuring adherence to design rules
• Optimize silicon-package-board performance and pinout by working closely with silicon and hardware teams
• Define substrate design rules and conduct internal and external design reviews
• Analyze data and resolve design rule checks (DRCs) to refine package designs
• Develop comprehensive documentation and collateral, storing them in the product lifecycle management system of record

Silicon Packaging Design Engineer

• lead the design and validation of cutting-edge analog circuits for high-speed (112G and 224G) SerDes applications.
• be a key technical driver in the definition, execution, and validation of complex analog and mixed-signal designs.
• provide technical direction and mentorship to layout and less experienced analog design engineers.
• engage closely with cross-functional teams, including systems, digital design, and test engineering, to ensure robust design implementation and validation.
• demonstrate a proven track record of delivering high-quality results in advanced FinFET CMOS technology within high-speed SerDes design environments.
• actively participate in technical discussions across multiple disciplines, including analog/mixed-signal design, post-silicon validation, and system-level collaboration.

Principal Analog Circuit Design Engineer – SerDes

• Manage development from specification through to production by interacting with teams in Product Development, Marketing, Validation, Applications, and Production Engineering
• Manage the development of Mixed Signal IP including subsystem and DSP RTL, Testbench/Verification Components, and analog behavioral models
• Manage and lead a team of 20-30 engineers
• Communication of project and staffing status and issues
• Manage project risks and mitigation strategies
• Planning of staff assignments
• Drive and champion the hiring for the team
• Continual flow improvement for digital design and verification, DSP design and verification, and analog co-simulation activities

See all jobs on JobTailor