Engineer

• Lead the development and execution of user engagement strategies to enhance user adoption and satisfaction for geospatial intelligence solutions within the Chinook Program.
• Work closely with customer stakeholders, mission owners, and technical teams to understand user requirements, workflows, and pain points.
• Design and deliver user training, workshops, and informational sessions tailored to different levels of users, from operational personnel to senior leadership.
• Gather and analyze user feedback, providing actionable insights to drive system improvements, optimizations, and new feature development.
• Champion human-centered design principles and advocate for an exceptional user experience.
• Support Agile ceremonies including sprint planning, backlog refinement, user story development, and acceptance testing.
• Coordinate User Acceptance Testing (UAT) and operational evaluations.
• Develop user engagement strategies to increase adoption of new capabilities across the enterprise.
• Identify usability issues and recommend enhancements based on user feedback and mission priorities.
• Present technical information to both technical, non-technical and executive audiences.
• Act as the primary point of contact for user inquiries, ensuring effective communication and timely resolution of any issues or concerns.
• Collaborate with other subject matter experts and technical teams to translate user needs into system requirements and functional improvements.
• Assist in the creation of user documentation, FAQs, and other support materials to help users navigate and maximize their use of geospatial intelligence systems.
• Stay current with customer missions, technology advancements, and industry trends to provide best practices and recommendations.
• Track user engagement metrics and report on key performance indicators (KPIs) to assess the effectiveness of user engagement efforts.

User Engagement Engineer – SME

• Under moderate supervision, designs and deploys industrial IoT solutions connecting physical assets to enterprise data platforms
• Serves as the technical lead on advanced field engineering projects
• Designs and implements streaming analytics, video analytics, and real-time dashboards
• Contributes architectural roadmap input based on field implementation experience
• Lead advanced IoT field engineering projects, owning end-to-end solution design
• Design and implement streaming analytics and real-time dashboards
• Configure and program field devices and ingestion components
• Provide architecture input, participate in design reviews, and mentor junior engineers
• Perform advanced root cause analysis for complex issues while maintaining stakeholder communication

Internet of Things Engineer II

• Under direct supervision, deploy industrial IoT solutions that connect physical assets to enterprise data platforms, enabling operational insight and automation across sites, while focusing on field engineering tasks such as hardware selection, device configuration, and solution handoff to site teams in alignment with enterprise standards.
• Participates in execution of IoT field engineering engagements by gathering operational requirements, applying approved hardware and design patterns, and working with customers to support standardized design decisions.
• Configures and programs field devices and ingestion components within vendor-supported platforms, including datalogger scripting, payload codecs, or telemetry rules engines.
• Supports field devices and IoT infrastructure through root cause analysis of failures, connectivity issues, and data quality problems, while keeping stakeholders informed and contributing to post-incident documentation.
• Operate within established device standards and approved hardware catalogs, providing implementation feedback to support continuous improvement.
• Perform other duties as requested.

Internet of Things Engineer I

• Architect Agentic Workflows: Design and implement autonomous agents capable of handling multi-step reasoning, tool-calling, and error recovery.
• Operational Discovery: Embed with logistics and support teams to identify high-impact opportunities for agentic intervention.
• End-to-End Ownership: Own the entire agent lifecycle: Discovery → Agent Architecture → Prompt Engineering/Fine-tuning → Hardening → Production Deployment.
• Build for Reliability: Develop robust guardrails, evaluation frameworks, and logging systems to ensure agents perform predictably in a high-stakes supply chain environment.
• Contribute to the "Agent Hub": Document and publish reusable agent modules and toolsets to accelerate AI enablement across the entire organization.
• Rapid Iteration: Bridge the gap between "cool demo" and "production tool" by shipping small, gathering feedback from domain experts, and iterating fast.

Forward Deployed Engineer III

• You'll work individually and in teams to support capital projects and implement solutions for our clients.
• Together, you will help our clients make critical changes to improve their performance and realize their most important goals.
• Develop and design control systems for our clients in the food and beverage, consumer health, life science, or advanced technology sectors.
• Provide engineering solutions for control systems and PLC/SCADA interface systems that meet and exceed our clients’ requirements for safety and optimization.
• Lead design and estimation for the preliminary and detailed phases of projects.
• Conduct system and facility engineering job walk assessments.
• Develop and design engineering solutions for equipment optimization.
• Design systems that will monitor pressure, temperature, humidity, and flow in a manufacturing environment.
• Conduct root cause failure analyses.
• Document process requirements for instrumentation equipment.
• Interface effectively with engineering design team members and client representatives.
• Make an impact day-to-day with your skills and expertise, strengthening that relationship with our clients and team.

Instrumentation & Controls Engineer

• Drive endpoint vulnerability remediation efforts, including identification, prioritization, and resolution of vulnerabilities across Windows and Mac.
• Design and implement patch management and vulnerability remediation strategies, ensuring timely deployment and compliance with organizational SLAs.
• Partner with Security, Infrastructure, and Application teams to assess risk, validate remediation actions, and reduce overall attack surface.
• Create and maintain policies, standards, and technical documentation related to endpoint security, patching, and vulnerability management.
• Develop and maintain dashboards and reporting to track vulnerability posture, remediation progress, and risk reduction metrics.
• Represent Workplace Technology in Technology Review Boards, ensuring security best practices and consistent methodologies are applied.
• Work closely with internal teams and external vendors to resolve vulnerabilities in a timely manner, including driving escalations and ensuring SLA adherence.
• Act as an escalation point for critical vulnerabilities, security incidents, and remediation blockers.
• Participate in incident, problem, and change management processes as they relate to endpoint vulnerabilities and security risks.
• Support automation of vulnerability detection and remediation using scripting and DevOps practices.
• Assist with audit, compliance, and regulatory activities, including evidence gathering and remediation tracking.
• Support the company’s commitment to protecting the integrity and confidentiality of systems and data.

Senior Endpoint Vulnerability Remediation Engineer – Contract

• Design, analyze, and tune spacecraft attitude and position control loops using time and frequency domain techniques
• Design, analyze, and tune sequential filters (e.g. Kalman filters) for attitude determination and relative navigation
• Design, develop, test and verify flight algorithms for the GNC subsystem and support flight software qualification testing
• Analyze and test the spacecraft GNC subsystem performance using simulations and other analytic tools
• Perform analysis to support early design phase concept development including actuator sizing and placement, sensor selection and placement, attitude and position guidance, rendezvous, proximity operations and docking analyses, and predicted performance assessments
• Develop simulation models for sensors (e.g. star tracker, rate gyro, accelerometer, GPS, magnetometer, sun sensors, visible and IR spectrum cameras, LIDAR), actuators (e.g. reaction wheel, torque bar, thruster, CMG), system dynamics (e.g. rigid body, multi-body, orbit mechanics, flexible models, propellant slosh), and the space environment (e.g. atmospheric, solar radiation pressure, third-body gravity, geopotential)

Associate Guidance Navigation Control Engineer

• Provide direction, coordination, and QA/QC to EITs, CAD Operators, and Designers.
• Responsible for the design of simple projects, including grading, drainage, water/sewer, and utilities.
• Draft complex report documents with minimal guidance.
• Perform final review of simple utility and drainage reports and stamp for approval.
• Develop complex models independently.
• Lead meetings with clients and review agencies.
• Present technical information.
• Monitoring compliance to applicable codes, practices, QA/QC policies, performance standards, and specifications.
• Perform quality control on tasks, budgets, schedules, and plans and report on the project status.
• Determine project specifications.
• Prepare cross-sections for plan documents.
• Format base files from external project team members for public works projects.
• Perform design engineering on specific scopes or phases.
• Perform basic hydraulic and hydrology calculations.
• Prepare specifications.
• Responsible for completing timecards accurately and on time.
• May require attending project team and public meetings after hours.
• Perform other duties as assigned.
• Achieve a 75-85% Billable Utilization Rate.

Project Engineer – Land Development

• Generate redlines of technical and non-technical nature.
• Assist in identifying the scope of work and fee for proposals, work order authorization, or change orders.
• Create and manage complicated base files.
• Perform engineering calculations and modeling independently for final review by a PE.
• Perform independent QC on reports and models prepared by others using checklists and review tools.
• Responsible for writing and compiling reports with final review by a PE.
• Prepare high-quality exhibits for client and public presentations following company standards.
• Prepare cost estimates with direction.
• Prepare agenda and meeting minutes for client and municipal meetings.
• Present technical topics to clients and review agencies.
• Coordinate internal departments and subconsultants to meet project timelines.
• Assist with hydraulic and hydrology calculations for roadway drainage.

Engineer in Training III – Land Development

• Provide technical expertise and real-life experience in creating innovative solutions within the cybersecurity space
• Develop and implement automations in response to security incidents
• Proactively collaborating, developing, and designing security orchestrations with SMEs/engineers, vendors, and project stakeholders
• Ability to navigate and adapt to a fast-paced ever-changing environment with a team of like-minded, cross-functional individuals

SOAR Engineer

• Support the installation, maintenance, and optimization of ABB control systems in mining and heavy industrial environments, ensuring high system performance and strong customer satisfaction.
• Deliver on-site and remote technical support, troubleshooting control systems, and resolving customer issues in a timely and effective manner
• Perform preventive and corrective maintenance, system testing, and diagnostics on ABB DCS platforms and related equipment
• Support projects, upgrades, commissioning, and system installations in collaboration with engineering and service teams
• Prepare clear service documentation (reports, audits, and recommendations) while identifying opportunities for system improvements
• Build strong customer relationships while working closely with plant operators, management teams, third-party vendors, and ABB stakeholders.
• Travel across the Western United States, and occasionally North America and internationally, is required.

Mining and Material Controls Engineer

• Participates in project workflow and supports internal and external resources to ensure timely delivery of projects with high quality.
• Performs technical calculations supporting design including electrical requirements, specification of instrumentation, adherence to client and safety standards, and motor controls.
• Performs PLC, HMI, and SCADA programming in accordance with functional specifications and in conjunction with senior engineering team members.
• Creates customer documentation such as user manual, functional programming documents, and network diagrams.
• Architects programs that are simple to test, well documented, and versatile.
• Oversees and validates work by contractors during build, installation, and start-up of systems.
• Validates construction of control system enclosures per design (Factory Acceptance Testing).
• Tests and commissions custom products and systems onsite and at customer facilities (Site Acceptance Testing).

Engineer I – Industrial Controls

• Responsible for the end-to-end development of advanced IC packaging solutions integrating power delivery chiplets into package substrates.
• Architect and deliver first-of-its-kind land-side assembly and embedded chiplet integration within substrate cores.
• Build packaging technologies from concept through high-volume manufacturing (HVM), including design, materials, process, test and reliability.
• Establish and optimize Design of Experiments (DoE) frameworks to accelerate process development, yield learning, and performance optimization.
• Develop statistical models and apply rigorous data analysis to drive design decisions, process control, and yield improvement.
• Drive assembly process development, including novel flows for chiplet integration, substrate embedding, advanced interconnects and structure for reliability tests.
• Partner directly with hyperscalers, ASIC, GPU, and xPU customers to integrate power delivery chiplets into their platforms.
• Work closely with OSATs, testing, substrate vendors, and materials suppliers to build scalable, manufacturable solutions.

Advanced IC Packaging Engineer

• Analyze current manufacturing processes to identify inefficiencies, bottlenecks, and areas for improvement.
• Apply Lean Six Sigma, Kaizen, 5S, Value Stream Mapping, and other methodologies to enhance operational performance.
• Design, implement, and optimize production workflows, material flows, and plant layouts to minimize waste and reduce lead times.
• Utilize data-driven approaches for capacity analysis, root cause problem-solving, and performance measurement.
• Facilitate continuous improvement initiatives, Kaizen events, and cross-functional workshops.
• Develop and maintain standard work documentation, operating procedures, and training materials.
• Monitor KPIs and provide actionable reports to management with recommendations for improvement.
• Collaborate with engineering, manufacturing, quality assurance, supply chain, and maintenance teams.
• Conduct ergonomic and safety analysis to reduce risks and optimize human-centered processes.
• Support new product launches by designing process flows, labor standards, and material handling layouts.
• Participate in cost evaluation, ROI analysis, and capital project justification for process and productivity improvements.

Lean/Industrial Engineer

• Own the end-to-end execution of product engineering projects, including Sustaining Change Requests, Product Stewardship requests, and Obsolescence projects.
• Extract, collect, analyze, and summarize data files and report to stakeholders.
• Design, develop and implement products and processes of a medical device, translating intangible design inputs into tangible engineering specifications and drawings.
• Select appropriate materials, processes and vendors to achieve the design.
• Challenge these designs against design specifications, clinical use scenarios and international standards.
• Plan, coordinate and build test parts for engineering evaluation, pre-clinical studies and clinical studies.
• Make and present engineering decisions.
• Participate and lead cross-functional teams through design and development stages.
• Develop new or existing processes by understanding key process inputs and outputs, using statistical methods such as DOE as appropriate.
• Develop process equipment and tooling, including specification development, vendor selection and negotiation.
• Prepare work instructions and standard operating procedures (SOP), write technical documents and reports.
• Prepare raw material specifications and drawings.
• Prepare verification and validation protocols and reports.
• Develop or modify test methods and clinically relevant simulated use test methods in conjunction with R&D technicians.

R&D Engineer III

• Execute second‑source and alternate‑source qualification projects in partnership with Supply Chain, Engineering, and Quality organizations.
• Evaluate supplier technical capability, manufacturing processes, and readiness to meet program requirements.
• Interpret technical data packages, drawings, specifications, and standards to ensure supplier alignment and configuration compliance.
• Lead or support component- and system-level testing to validate performance, reliability, and integration compatibility for new sources.
• Conduct technical reviews, witness critical process steps, and assess supplier validation evidence as needed.
• Lead or support structured root-cause and corrective‑action (RCCA) activities with suppliers to resolve technical gaps.
• Develop and maintain qualification plans, schedules, and risk registers to ensure timely execution of supplier onboarding.
• Partner with cross‑functional teams—including mechanical, electrical, software, and test engineering—to validate manufacturability and resolve technical issues.
• Document results and communicate technical status, risks, and recommendations to program leadership.
• Contribute to source‑to‑scale and capacity‑unlock initiatives to ensure supplier readiness for production ramp.

Supplier Technical Qualification Engineer

• Develop ESD/LU rule decks aligned with the ESD Design Rule Manual and reliability requirements
• Create and maintain reliability ESD and LU design rule methodologies and specifications
• Collaborate with internal design, reliability, and CAD teams to define and implement new tool features
• Build and execute test cases for rule debugging, validation, and signoff
• Define QA requirements and drive related automation to improve robustness and efficiency of rule checks
• Lead innovation initiatives to enhance existing ESD/LU verification automation, tools, and methodologies
• Identify and analyze ESD/LU design problems, define root causes, and drive solutions across teams

Senior EDA Tools Engineer – ESD

• Lead the development and commissioning of SCADA monitoring and control systems for utility-scale renewable energy projects, including Solar PV and Battery Energy Storage Systems (BESS).
• Define and implement SCADA design standards and best practices aligned with company objectives.
• Own end-to-end PPC implementation on assigned projects, including programming, hardware/software integration, factory acceptance testing, and site acceptance testing to meet ISO, utility, and customer requirements.
• Generate and maintain project documentation including; SAT reports, plant control narratives, device points list, and training material while adhering to defined company standards.
• Provide expert level technical support for diverse SCADA equipment configurations.
• Serve as a primary technical escalation point for complex PPC and SCADA issues.
• Mentor junior and mid-level engineers through technical review, knowledge sharing, and standards reinforcement.
• Drive standardization and process improvements to reduce commissioning effort and improve system consistency across projects.
• Coordinate with customers and field technicians for on-site commissioning and installation support.
• Collaborate with cross functional teams where necessary to support the SCADA system integration.
• Provide regular project status updates and risk assessments, proactively identifying and mitigating technical and schedule risks to ensure successful project delivery.
• Promote a collaborative, team-first culture by approaching challenges with a solution-oriented mindset that emphasizes enablement over barriers.
• Operate effectively in ambiguous problem spaces to define technical direction and guide solution development.
• Promote and adhere to a culture of NERC compliance and governance with respect to programming and commissioning standards, documentation, reporting, knowledge transfer and training.
• Support operations and asset management teams during project handoff, ensuring seamless transition, operational readiness, and long-term system reliability.
• Drive continuous improvement initiatives, identifying opportunities to enhance system performance, reduce commissioning time, and standardize solutions across projects.

Senior SCADA Engineer, EPC

• Assist in the direction, coordination, planning, organization, integration, and completion of engineering projects within the area of assigned responsibility
• Communicate with clients to understand project requirements
• Plan and formulate engineering program and organize project staff according to project requirements
• Perform analysis and design of structural systems for all types of buildings and materials using various building codes
• Manage other design team members and supervise the work of engineers and draft persons
• Manage project design and deliverables as well as other design team members, supervise the work of engineers and modelers, and direct project staff in preparing contract documents such as drawings and specifications

Structural Project Engineer

• Join Intel as a Yield Development Engineer and play a pivotal role in advancing semiconductor process technology.
• Drive yield improvements across next-generation technology nodes.
• Work with cross-functional teams to tackle complex engineering challenges and develop innovative solutions.
• Identify and resolve yield-limiting factors throughout technology node lifecycles.
• Conduct advanced statistical analysis and create data visualizations.
• Partner with design, test, and process development teams to debug yield issues.
• Lead new product introductions and design-technology co-optimization initiatives.
• Ensure manufacturability through comprehensive process analysis.

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