Engineer

• Own and manage multiple diagnostics related software components (features) pertaining to transmission and driveline diagnostics controls.
• The software components are written in c-code and used across multiple product lines and multiple hardware designs in terms of the transmissions and driveline components.
• This includes 10-speed and 8 speed automatic transmissions, manual transmissions, transfer cases, rear axle lockers, and front wheel-end lockers.

Transmission and Driveline Controls Engineer

• Design and Release (D&R) Engineer position responsible for the end-to-end mechanical design, development, and production release of Leaf Spring systems for Ford vehicles. This role ensures that leaf spring components meet all functional, weight, cost, and quality requirements through the Global Product Development System (GPDS) cycle.
• Lead the design, development, and release of leaf spring components and assemblies (including multi-leaf, mono-leaf, and composite applications).
• Own the engineering release process, including CAD data management in Teamcenter and releasing components via WERS.
• Manage multiple suppliers and support Supplier Technical Assistance engineers in delivering production parts with quality. This would entail on site visits with the suppliers to review their processes.
• Develop and maintain leaf spring engineering specifications, design rules, and foundation documents (RQTs).
• Lead technical design reviews with the Spring System Technical Expert and Component Supervisors.
• Responsible for component-level signoff and ensuring all DV/PV (Design/Performance Verification) testing is completed on schedule.
• Create and maintain leaf spring FMA (Failure Mode Analysis) documentation, including DFMEAs and SCCAFs.
• Lead root-cause analysis and problem-solving for leaf spring issues related to Launch, Quality/Field (TGW), and durability testing.
• Engage with Chassis Architecture, Chassis Systems Engineering, Vehicle Engineering (Vehicle Dynamics and NVH), Vehicle Evaluation and Verification, Vehicle Operations, and the Plant Vehicle Team to deliver robust suspension components and systems to final production that meet vehicle level performance requirements.
• Conduct manufacturing process reviews (forming, heat treatment, shot peening, and assembly) with suppliers to ensure design for manufacturability.
• Perform benchmarking studies to optimize leaf spring mass and cost for future vehicle programs.
• Manage interfaces with boundary components, including shackles, bushings, axle attachments, U-bolts, and frame interfaces.
• Utilize and maintain the leaf spring clearance calculator to ensure package integrity throughout the suspension travel.
• Leverage CAE modeling results to optimize leaf spring leaf thickness, taper, and stress distribution.
• Execute strategies for new technologies, specifically focusing on composite leaf springs

Suspension PD Engineer

• Contribute to efficient and reliable sequences of operation for the functioning of data center equipment and systems within the product portfolio.
• Completing the assigned tasks and of the controls team and helping to develop sequence of operations in compliance with company goals and objectives.
• Identifies opportunities to differentiate our controls strategies within the data center market.
• Works with members of the controls team and other departments.
• Accountable for the completion of sequence of operations, HMI development and on-time execution of testing that adhere to the product and customer specifications and requirements.
• Contributes to the development of test plans and test scripts for performance and witness testing.
• Contributes to the efforts to automate end of line testing.
• Works directly with senior members on sequence of operation and test execution.

Industrial Controls Engineer – Contract

• 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 II

• Define high-level system design and hardware architecture specifications for new platforms
• Create detailed hardware functional specifications to guide design and implementation
• Perform board-level digital circuit design, bring-up, debug, and validation, including high-speed interfaces
• Develop and maintain CPLD/glue logic using Verilog RTL and related tools
• Collaborate with mechanical engineering on mechanical and thermal solutions, system assembly, and overall system integration
• Partner with Product Operations and Product Management to align hardware design with product requirements and lifecycle plans
• Apply understanding of optical communications technologies and lead qualification of new and existing optical components, including transceivers and passive splitters
• Own the design and technical support of new products as well as sustaining and enhancements for existing products
• Select, qualify, and manage critical components to meet performance, cost, and reliability targets
• Support and coordinate prototype builds and validation at contract manufacturers and/or JDM/ODM partners, including troubleshooting build and test issues
• Support and coordinate environmental and compliance testing, manage certifications and associated documentation, and assist customers with compliance-related questions
• Provide technical support for critical customer escalations, working cross-functionally to diagnose and resolve hardware issues

Senior Staff Hardware Engineer

• Own the agent layer of the platform — architecture, prompts, tool surfaces, multi-agent orchestration, and the eval loop.
• Set the technical ceiling for the platform’s core capabilities: translation accuracy, dependency-map correctness, hallucination control.
• Drive translation and dependency-mapping accuracy across an unfamiliar legacy paradigm — call graphs, data references, semantic equivalence checks.
• Take on capability bets that don’t show up on most roadmaps yet — agent work at the frontier of code understanding.
• Drive the prompt-and-eval iteration cycle in partnership with the RAG & Eval Engineer.
• Write production agent code daily; subagents and multi-agent workflows are your normal way of working.
• Establish foundations the rest of the team builds against — agent architecture, eval loop, prompt-and-tool patterns, multi-agent topology.

Lead Agent Engineer

• Own the knowledge surface — ingestion pipelines for source code, structured metadata, technical documentation, patches, and additional corpora the customer provides.
• Own retrieval quality — chunking, embeddings, hybrid retrieval, reranking, and freshness.
• Own the eval harness — benchmarks for translation accuracy, dependency-map correctness, and overall agent quality.
• Run A/B testing and regression detection across prompts, retrieval, and model changes.
• Operate the feedback loop from production usage back into evals and retrieval.
• Define what “good” means for the platform when no one else has a clear view, so the team can tell whether the agent is actually improving.
• Pair with the Agent Engineers on the prompt-and-eval iteration cycle.

RAG and Evaluation Engineer

• Own the agent layer of the platform — architecture, prompts, tool surfaces, multi-agent orchestration, and the eval loop.
• Set the technical ceiling for the platform’s core capabilities: translation accuracy, dependency-map correctness, hallucination control.
• Drive translation and dependency-mapping accuracy across an unfamiliar legacy paradigm — call graphs, data references, semantic equivalence checks.
• Take on capability bets that don’t show up on most roadmaps yet — agent work at the frontier of code understanding.
• Drive the prompt-and-eval iteration cycle in partnership with the RAG & Eval Engineer.
• Write production agent code daily; subagents and multi-agent workflows are your normal way of working.

Senior Agent Engineer

• Conduct deep manual penetration tests against web applications, REST/GraphQL APIs, and microservices — focusing on authentication, authorization (IDOR/BOLA), session management, injection, and business logic flaws
• Perform source-code-assisted testing (grey-box/white-box) using access to application repositories to identify vulnerabilities that black-box testing misses
• Test multi-tenant isolation boundaries — proving or disproving cross-tenant data access, privilege escalation, and tenant-escape scenarios in SaaS platforms
• Assess authentication and session architectures: OAuth/OIDC flows, JWT handling, MFA bypass, token lifecycle, and session revocation effectiveness
• Validate authorization models end-to-end — from API gateway to data layer — identifying gaps where opt-in security filters can be bypassed or omitted
• Execute targeted assessments of high-risk application changes, new features, and integrations as part of the secure development lifecycle
• Use AI tools (LLMs, copilots, agentic frameworks) to accelerate vulnerability discovery, payload generation, reconnaissance, and report writing
• Build and maintain AI-assisted attack workflows — automated recon pipelines, intelligent fuzzing, pattern-based code review, and exploit chain analysis
• Assess AI-integrated application features for prompt injection, training data leakage, model manipulation, excessive agency, and insecure output handling (OWASP LLM Top 10)
• Conduct penetration tests against cloud-hosted applications and services in AWS and Azure — including serverless functions, container workloads, and managed services
• Test cloud identity and access configurations — IAM policies, role assumptions, cross-account access, service principal permissions, and privilege escalation paths

Red Team Engineer

• Act as a senior escalation resource for the NOC and support teams, resolving complex tickets that require deeper expertise or administrative access
• Lead and execute client-facing infrastructure and cloud projects including migrations, deployments, and environment buildouts
• Manage and administer Azure environments across a diverse client base, including IaaS, Azure AD/Entra ID, and M365 integration
• Communicate directly with clients on escalated issues and active projects, setting expectations and providing clear status updates
• Collaborate with the engineering team on process improvements, documentation, and knowledge transfer
• Contribute to post-incident reviews and root cause analysis
• Support internal initiatives including tooling improvements and platform administration

Tier III Engineer

• Troubleshooting hardware and software issues
• Performing installations and upgrades
• Assisting clients with technical queries
• Delivering top-tier technical support and solutions
• Ensuring customer satisfaction and fostering client relationships

Tier I MSP Engineer

• Act as a design authority for engineering assignments
• Complete assignments on small projects or portions of larger projects
• Provide technical support for testing, installation, and commissioning activities
• Prepare proposals and presentations of engineering projects

Project Engineer – Paint Application

• Lead FWT, installation, commissioning, testing, and handover activities on-site, acting as the single point of contact for the customer.
• Manage on-site presence throughout the project, ensuring coordination and smooth execution of all work activities.
• Plan, schedule, and coordinate service resources based on guidelines.
• Handle customer complaints or concerns quickly and professionally, in alignment with the Service Quality Manager to maintain good customer relationships and ensure repeat customers.

Site Manager – Resident Engineer

• Establish QA/QC tools for measuring supplier performance that affect our products and services
• Works with Machining Suppliers on process improvements to improve quality and delivery performances
• Issue formal supplier corrective actions (SCARs) and work with them to resolve problems
• Issue internal and supplier Corrective and Preventative Actions (CAPA)
• Provides advice and guidance in interpreting and adapting quality standards and government regulations
• Analyzes design reliability and quality to recommend process changes and enhancements
• Analyze data effectively, summarize results, create reports, and use visual tools effectively
• Track action plans from supplier audits and assessments and monitor their activity for completion and correctness on a daily basis
• Leads quality in production activities: Factory materials, process, assemblies, products, and field failures (RMA).
• Track and maintain Supplier Performance for assigned suppliers
• Perform Supplier Audit
• Recommend/ approve Suppliers for ASL
• Measure and improve supplier defect rates
• Use quality tools metrics and data to identify and drive Quality projects for Suppliers resulting in overall improvement of supplier value
• Defines and maintains sampling and reaction plans for incoming products based on actual supplier quality performance
• Work with EBAD receiving inspection to identify and improve systemic supplier issues for acceptance of hardware
• Design for manufacturability assessments
• Specification review for supplier manufacturing/process control capability

Supplier Development Engineer

• Optimize Manufacturing Performance by supporting, improving, and optimizing manufacturing processes across multiple production areas
• Provide hands-on engineering support on the production floor to improve safety, quality, throughput, and efficiency
• Analyze existing manufacturing methods and implement improvements that reduce waste, rework, scrap, downtime, and bottlenecks
• Serve as a technical resource for daily manufacturing support and issue resolution
• Investigate and resolve process, equipment, tooling, fixture, documentation, and assembly-related challenges
• Develop, maintain, and enhance manufacturing documentation, including work instructions, procedures, and process standards
• Support New Product Introduction (NPI) by participating in prototyping, pilot builds, production ramp-ups, and new product launches
• Drive projects focused on cycle time reduction, yield improvement, throughput gains, scrap reduction, labor efficiency, and cost savings
• Help maintain ISO 9001-aligned manufacturing practices, documentation, and continuous improvement efforts.

Manufacturing Engineer

• We're looking for a teammate who wants to grow with us and contribute long-term to the Cívica team.
• The role to be filled is AI Data Engineer with a focus on: ⚙️ Agentic Systems ☁️ Google Cloud Platform 🧠 Language Models and Generative AI 📈 AgentOps and Observability 🐍 Python Backend Development 🤝 Multidisciplinary Collaboration

AI Engineer, Semi Senior

• Lead projects from concept to industrialization.
• Partner with EHS to ensure equipment, machines and processes adhere to guidelines and create a safe working environment
• Design, plan, and layout plant systems, equipment, and machines for optimal efficiency
• Specify and recommend equipment and process to ensure quality level
• Anticipate and resolve technical processing issues
• Ensure interface with the various internal stakeholders
• Utilize WCM tools and/or Lean Principles and Six Sigma to ensure a successful project start
• Participate in and lead multi-functional teams to solve production problems

Senior Process Engineer

• Lead optical device and assembly process qualification for optical transport and optical transceiver products
• Partner with internal design teams to assess, develop, and qualify suppliers and technologies for wavelength line management (WLM) and optical transceivers
• Own the quality, reliability, and manufacturability of optical sub-modules/daughter cards and optical transceivers from design phase to end-of-life
• Assess business-impacting issues and drive product/component failure analysis, containment, and corrective actions

Component Engineer – Optical Suppliers, Transceivers

• Design, develop, and optimize DSP algorithms for RF communications signals, including waveform processing in contested and dynamic environments (e.g., filtering, synchronization, channelization, detection/estimation, demodulation/decoding, interference mitigation).
• Lead algorithm development from concept through prototype to implementation, balancing performance, latency, robustness, and computational constraints.
• Implement and validate DSP solutions on heterogeneous compute platforms including Xilinx RFSoC, UltraScale+, and Versal, leveraging PL/PS resources and hardware acceleration as appropriate.
• Collaborate with FPGA engineers to translate algorithms into hardware-realizable architectures (fixed-point design, throughput/latency optimization, resource trade studies, hardware-friendly formulations).
• Work closely with embedded software engineers to integrate real-time DSP pipelines (drivers, data movement, DMA, streaming interfaces, buffering strategies, runtime configuration).
• Develop and execute test/verification strategies using lab instrumentation and captured RF datasets; characterize performance under impairments (CFO/phase noise, multipath, fading, interference/jamming, nonlinearities).
• Develop simulation and analysis environments (e.g., MATLAB/Simulink, Python) and correlate simulation results to hardware/field behavior.
• Provide technical leadership: define architecture, conduct design reviews, mentor engineers, and communicate trade-offs clearly to stakeholders.
• Produce high-quality documentation (DSP design descriptions, algorithm specs, performance reports, ICD inputs, SBIR deliverables as required).
• Support integration, debug, and field test activities spanning DSP, RF, FPGA, and embedded software domains.

Senior DSP Engineer, Remote with Travel

• Responsible for ensuring service readiness, scalability, and lifecycle support for semiconductor test systems
• Drive Design for Serviceability (DFS) supports high-mix/low-volume and high-volume manufacturing environments
• Lead service readiness activities for new product introductions
• Partner with product development teams to ensure design for serviceability, reliability, and supportability
• Develop service plans including repair strategies and support processes
• Create training content and deliver training programs for field service engineers

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