Engineer

• Completes assigned work within the schedule and number of hours provided.
• Supports the preparation and modification of project reports, plans, designs, and calculations.
• Assists in the preparation of project quantity and cost estimates.
• Assists engineering teams with organization and administrative support of design files.
• Supports engineering teams with various tasks and duties including but not limited to research, data collection, field investigations, development, and design of projects.
• Performs other duties as assigned

New Grad Engineer I – Northeast Division

• Completes assigned work within the schedule and number of hours provided
• Supports the preparation and modification of project reports, plans, designs, and calculations
• Assists in the preparation of project quantity and cost estimates
• Assists engineering teams with organization and administrative support of design files
• Supports engineering teams with various tasks and duties including but not limited to research, data collection, field investigations, development, and design of projects
• Performs other duties as assigned

New Grad Engineer I – Winter/Summer 2027

• Assist with the development of FLS code and standards analyses.
• Provide guidance on the applicability of codes and standards to FAA facilities, its mission, and specific technical items encountered.
• Provide FLS guidance to the FAA on program and Agency initiatives where the FLS program is a stakeholder.
• Develop technical guidance on issues related to design and construction.
• Assist with the development of standard specifications for installations at FAA facilities.
• Assist with FLS programmatic planning initiatives, prioritization, and consultation regarding program direction and goals.
• Authoring white papers, proposals, and analysis papers on any of the items above for distribution to FLS stakeholders.
• Conduct comprehensive fire protection and life safety surveys of critical air traffic control facilities including airport traffic control towers (ATCT), terminal radar approach control (TRACON) facilities, in air route traffic control centers (ARTCC), and various other types of facilities supporting the FAA’s air traffic control mission.
• Evaluate facility human element programs to address OSHA required Emergency Action Plans, Fire Prevention Plans, fire drills, and inspection, testing and maintenance of fire protection and life safety systems.
• Coordination of sites with customer on specific dates, locations, impacts to the facility, etc.
• Develop and maintain a current schedule of CRA's at all times, with dates of visit, location, current status of CRA, team assigned, and other relevant information.
• Provide additional CRA support as requested by AJW-23 Program Manager.

Fire Protection Engineer

• Analyze the effect of different compilers and compiler optimizations on HPC application performance
• Evaluate whether and how the compiler and runtime can improve the performance of key HPC applications on CPU and CPU/GPU platforms
• Communicate limits of compiler capabilities with application engineering
• Port HPC applications to different platforms and programming models
• Evaluate the impact of NVHPC package components, device driver, and system configuration on application performance

HPC Performance Engineer

• Drive product reliability and innovation by bridging semiconductor expertise with system-level design
• Ensure component excellence through proactive failure analysis, vendor management, and cross-functional collaboration
• Lead complex investigations into semiconductor component issues
• Utilize expertise in power sub-systems, clocking/timing, and system-level integration to identify root causes and implement corrective actions
• Leverage advanced data analytics to evaluate component field reliability and assess vendor quality
• Engage regularly with Cisco Business Units, internal design teams, and external suppliers to drive continuous improvement

Component Engineer – Semiconductor Devices

• Collaborate with suppliers to develop and optimize manufacturing processes that meet company requirements for quality, efficiency, and cost
• Provide technical guidance during new product introduction (NPI) and production ramp-up at supplier sites
• Conduct process capability studies, PFMEAs, and control plan reviews to ensure robust manufacturing processes
• Partner with Quality and Supply Chain teams to address supplier quality issues, implement corrective actions, and verify effectiveness
• Lead supplier process audits and capability assessments to ensure compliance with specifications, industry standards, and contractual requirements
• Support sourcing decisions by evaluating supplier technical capabilities and capacity
• Monitor supplier performance metrics and implement improvement plans where necessary
• Drive cost reduction initiatives through process improvement, yield enhancement, and scrap reduction
• Support supplier tooling, fixture design, and equipment requirements as needed
• Facilitate training and knowledge sharing with suppliers on company standards, best practices, and lean manufacturing principles
• Travel domestically and internationally to supplier locations as required to provide on-site support

Supplier Manufacturing Engineer

• Be one of the first Forward Deployed Engineers at Lovable
• Create a new function at the intersection of engineering, product, customer success, and research
• Partner with customers building *never-seen-before AI systems*
• Build product features based on real-world behaviors and emerging patterns
• Influence our core product direction and technical roadmap
• Deploy intelligence into the real world

Forward Deployed Engineer

• 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

• Develop construction work packages for the electric distribution system using various software systems and construction standards
• Project work may include new business and reliability designs
• Work packages will be developed using Bentley Open utilities Design, Computer Aided Design (CAD) tools, Geographic Information Systems (GIS), Work Management Systems (WMS), and other client systems
• Perform engineering calculations that may include: structural analysis of poles, guying, cable pulling, electric demand, transformer sizing, voltage drop and flicker, and coordination of protective devices
• Assignments may also include: preparing forestry trimming requests, facilitating permit and Right-of-Way acquisition, development of a BOM, estimating costs, and customer advocacy such as acquiring easements
• Work assignments will include traveling by motor vehicle to various project locations located throughout the area to conduct field investigations

Associate Distribution Engineer

• Review and update manufacturing processes, procedures and production layouts for assemblies and equipment
• Design arrangement of machines within plant facilities to ensure most efficient and productive layout
• Support hands-on engineering work such as troubleshooting, equipment setup, and/or process experiments
• Design sequence of operations and specifies procedures for the fabrication of tools and equipment and other functions that affect product performance
• Adapt machine or equipment design to factory and production conditions
• May incorporate inspection and test requirements into the production plan
• Inspect performance of machinery, equipment, and tools to verify their efficiency, and investigates and initiates corrective action of problems and deficiencies to ensure product quality
• Develop manufacturing processes that are applicable to statistical process control and may develop those techniques
• Provide guidance to engineering regarding design concepts and specification requirements to best utilize equipment and manufacturing techniques
• Ensure processes and procedures are in compliance with regulations.

Manufacturing Engineer – Level II

• Serve as a senior technical advisor for electrical substation, underground transmission, protection, and control projects
• Provide senior-level technical leadership and engineering expertise for substation and transmission projects
• Independently plan, execute, and oversee complex engineering assignments
• Evaluate, adapt, and develop engineering solutions to address technical challenges
• Mentor and supervise junior engineers and technical staff
• Ensure compliance with applicable design codes, building codes, OSHA, FERC, NERC, and CIP standards
• Support cost-benefit analyses and evaluation of alternative engineering approaches
• Develop technical specifications for services, equipment, and materials
• Coordinate with clients, consultants, contractors, vendors, and internal project teams
• Review and provide comments on engineering drawings, calculations, specifications, and design deliverables
• Assist with bid evaluations, contract reviews, and award recommendations
• Prepare technical reports and engineering documentation for executive and public review
• Provide expert technical testimony and support when required
• Communicate effectively with stakeholders at all levels, both verbally and in writing
• Analyze and resolve complex technical issues using sound engineering judgment

Substation Owner's Engineer

• Execute authorized adversary‑emulation activities to assess defenses, security controls, and organizational resilience.
• Perform targeted security assessments across applications, infrastructure, cloud platforms, and enterprise technologies.
• Collaborate with cybersecurity, technology, and risk stakeholders to develop realistic, threat‑informed testing scenarios.
• Evaluate detection and response capabilities and support improvement through coordinated purple‑team activities.
• Operate within defined approval processes, scopes, authorization boundaries, and safe‑testing protocols.
• Develop or adapt tools and techniques to support realistic testing, ensuring secure and compliant usage.
• Produce clear, audit‑ready reporting and support remediation to reduce identified risks and strengthen defenses.

Red Team Engineer

• Responsible for the planning and distribution of discipline-specific work, and adherence to the schedule and budget on projects.
• Assists in marketing responsibilities, including proposal generation.
• Assists with the development of scope of work and level of effort for projects and/or assignments within discipline.
• Oversees completeness and accuracy of project team’s work within the technical discipline.
• Guides and mentors team to overall project objectives.
• Coordinates technical aspects of project with client counterpart and teaming partners at staff level for work within the discipline.
• Works closely with other disciplines on multi-discipline projects.
• Performs other duties as assigned.

Geotechnical Project Engineer

• Design, implement, and test algorithms to solve technical challenges for new In-The-Home or portable products
• Demonstrate and deliver new benefits for our customers using innovative technologies and novel applications of technologies like Bluetooth® audio, Voice Assistants, Audio Virtualization, 3D spatial Audio and Active Noise Reduction
• Work with Acoustics and Electrical Engineering teams to tune our products for best audio performance
• Help take on the responsibility of moving a product through all the phases of development, from exploration all the way to production

DSP Engineer

• Design, develop, test, and maintain enterprise-grade software applications and services using C#, Rust, and related technologies
• Develop and optimize complex SQL queries, stored procedures, and database solutions to support high-volume transaction processing
• Design and implement APIs, data integrations, and services utilizing JSON and modern integration patterns
• Analyze, develop, and support EDI transaction processing, including troubleshooting and enhancement of inbound and outbound data exchanges
• Collaborate with product owners, business analysts, and stakeholders to translate business requirements into technical solutions
• Participate in architecture discussions and contribute to long-term technical strategy and platform modernization efforts
• Ensure application performance, scalability, security, and reliability through best engineering practices
• Conduct code reviews and provide technical mentorship to software engineers and developers
• Support production environments by investigating issues, identifying root causes, and implementing corrective actions that improve system stability, reliability, and performance
• Create and maintain technical documentation, design specifications, and operational procedures
• Work closely with healthcare and benefits subject matter experts to ensure solutions align with industry standards and business requirements

Cost Engineer

• Develop new HTS magnet designs and their associated subsystems, which includes the designing and building R&D test samples, and developing their manufacturing processes and test operations
• Design, build, and commission test equipment required to accomplish R&D test campaign objectives
• Perform structural, electrical, and/or thermal analyses in support of R&D sample design and to predict test results
• Build expertise in testing HTS magnets as well as how to design and build R&D HTS magnets and their associated subsystems, including power delivery, cryogenic cooling, and structures
• Support the production, integration, and commissioning of SPARC NINT coils as issues requiring HTS magnet build and test expertise arise
• Understand, challenge, and maintain well documented requirements and risks for the system or component under test, and align stakeholders on why the planned test is required and what data is deemed essential for the desired outcome to be achieved
• Collaborate with I&C engineers to develop necessary instrumentation and data acquisition systems
• Maintain documentation, schedules, and budgets for test campaigns. Documentation includes: design reviews, wiring lists, P&IDs, schematics, CAD assemblies, drawings, BOMs, data acquisition systems, and operations software
• Develop custom tools to analyze generated data. Compile test results in presentations for review
• Prepare and deliver presentations containing trade studies, design reviews, test readiness reviews, and test data reviews to teams of engineers and physicists

R&D Engineer – Magnets

• Proactively administer and maintain client environments, including Windows Server, Active Directory, Microsoft 365, Entra ID/Azure AD, virtualization platforms, backup systems, and core infrastructure; keep systems healthy, patched, monitored, and operating with minimal recurring issues and downtime.
• Own escalated support tickets and infrastructure tasks from diagnosis through completion, including root-cause troubleshooting, permissions, onboarding/offboarding, server maintenance, line-of-business application support, and small-to-mid-sized technical projects; document work clearly and communicate effectively with clients and internal teams.
• Improve client security and resilience by enforcing standards for patching, MFA, endpoint hygiene, backup verification, disaster recovery readiness, system documentation, and change control; identify risks early and recommend practical remediation steps that improve stability, security, and long-term service quality.
• Other relevant duties as assigned.

Tier 3 Engineer

• Project Engineering Lead
• Develop scope of work, conceptual designs
• Provide guidance and mentorship within engineering and design team
• Perform quality assurance reviews
• Project Planning, Organization, Estimating, Scheduling, Coordinating and Monitoring of work activities
• Strong client focus and customer service
• Proposal development
• Excellent communication skills
• Protection and Control design: including one lines, three lines, AC and DC schematics, panel arrangements, equipment wiring, relay panel wiring.
• Relay Settings and Protection Analysis
• Complete project areas as assigned within the Project Engineering Team

Consulting Engineer, Protection & Control

• Provide commissioning engineering expertise across the design, construction, and startup phases of Solar PV and Battery Energy Storage Systems
• Evaluate and interpret system designs, including electrical plans and specifications, to determine commissioning requirements
• Apply engineering judgment to develop, adapt, and refine commissioning procedures and inspection frameworks
• Provide technical direction to Project Managers and project teams on commissioning strategy
• Independently assess system performance by reviewing contractor test results
• Lead commissioning evaluations in the field, including oversight of inspections
• Analyze system behavior and test results to identify deficiencies
• Determine and recommend corrective actions by applying engineering principles
• Review and approve corrective actions and system readiness
• Synthesize technical findings into engineering conclusions

Associate Solar Commissioning Engineer

• Supports management of CAPEX investments to meet the time, cost, and project goals
• Tests newly installed machines and equipment to ensure fulfillment of contract specifications.
• Contribute to the development of user requirements for new equipment and modifications to existing equipment and systems from concept through supporting installation.
• Coordinate and manage line installments start-ups and decommissioning events.
• During operations and capital projects, the project engineer will work with stakeholders including third-party integrators, manufacturing, quality, and safety teams providing support for equipment and systems including on-the-floor troubleshooting of equipment.
• During the construction of future projects, responsibilities will include supporting project teams with developing scope and justification, design reviews, assistance in the preparation of specifications, execution, and evaluation of factory acceptance tests for utility equipment, assessment of spare part requirements, assistance in the generation of preventive maintenance activities, and walk down of equipment systems prior to handover review
• Addresses equipment issues identified by stakeholders; assesses production needs and opportunities; coordinates with internal groups and outside contractors; may assist, with manager oversight, the generation specifications for the procurement of equipment and instrumentation; installation modification of equipment and systems, reduces equipment downtime, develops and implements new capital project scopes, performs project management for non-capital modification projects, supports compliance efforts related to deviations, CAPA, change management and contamination investigations.
• In conjunction with the maintenance personnel and equipment vendors, develop Standard Operating Procedures for equipment operation and parameter settings including preventative maintenance, predictive analysis, and work order scheduling.
• Analyze workflows for productivity, review KPI monitoring systems for improvement.
• Maintain associated business costs and capital expenditures for quarterly reports.
• Responsible for the design, development, and execution of engineering projects, calculations, diagrams, technical reports, and regulatory documents under supervision of engineering management
• Other duties as assigned.

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