Engineer

• Play a key role in supporting the Springfield, IL team
• Experience new challenges in a dynamic environment
• Help shape the future of engineering and consulting

Aviation Civil Infrastructure Project Engineer

• Participate in and lead technical sessions related to HVAC and building mechanical system engineering and design.
• Develop practical, innovative solutions to HVAC and building mechanical engineering challenges.
• Coordinate and support vendor startup and execution activities, including Site Acceptance Testing (SAT).
• Lead and support startup activities for plant utilities, including: Black Utilities (chilled water, plant steam) Clean Utilities (WFI, Clean Steam) Waste and air systems.
• Execute the full Commissioning and Qualification (C&Q) lifecycle for utility and facility systems, including the development and execution of IQ/OQ/PQ protocols.
• Bridge engineering, commissioning, and validation activities by supporting the transition from vendor startup and construction to formal commissioning and qualification.
• Perform field walk-downs and P&ID redlining to ensure “as-built” accuracy during the transition from construction to validation.
• Ensure HVAC, mechanical, and utility systems comply with current Good Manufacturing Practices (cGMP).
• Develop, review, and maintain technical documentation, including SOPs, requirements specifications, testing protocols, summary reports, and field turnover packages.
• Collaborate with cross-functional client teams to lead and support project initiatives, plans, and workstreams, ensuring high-quality and timely deliverables.

Fill/Finish Process Engineer

• Execute specific technical tasks within a project, ensuring high-quality deliverables.
• Perform CQV tasks, such as protocol development or equipment testing, under the Site Lead’s guidance.
• Report technical issues to the Site Lead and support resolution efforts.
• Ensure tasks meet client specifications, regulatory requirements (e.g., FDA, GMP), and industry standards.
• Create alignment with cross-functional client departments including but not limited to Validation, Manufacturing, Quality, Supply Chain, Engineering and Project Controls.

Validation Engineer III – Lead

• Execute specific technical tasks within a project, ensuring high-quality deliverables.
• Perform CQV tasks, such as protocol development or equipment testing, under the Site Lead’s guidance.
• Report technical issues to the Site Lead and support resolution efforts.
• Ensure tasks meet client specifications, regulatory requirements (e.g., FDA, GMP), and industry standards.
• Author technical documents: SOPs, requirements specifications, testing protocols, summary reports, etc.
• Identify and close individual knowledge gaps with support from other team members or leads as needed.
• Execute system and process validation protocols by using GxP best practices.
• Ensure billable targets are met each month as forecasted by respective site dashboards.
• Report workload or skill gaps within assigned tasks.

Validation Engineer I/II

• Lead the technical development of smaller projects or specific energy conservation measures in support of large complex projects.
• Collaborate and interact with customers as well as other NORESCO staff including Senior Project Engineers, Sales, Project Developers, Design Engineers, Construction Managers and Measurement and Verification (M&V).
• Represent NORESCO at customer sites visits and conference calls as part of the engineering team.
• Conduct energy audits, site investigations, ECM scope development, energy savings calculations, and developing cost estimates for smaller federal, commercial and institutional facilities.
• Work within the engineering team to improve processes and procedures.
• Conduct energy audits, site investigations, energy savings calculations and develop cost estimates to Identify and quantify energy conservation opportunities associated with a variety of technologies and solutions.
• Coordinate and schedule site visits with customers and NORESCO personnel.
• Complete energy calculations using whole-building modeling and temperature- bin analysis methods to calculate energy savings associated with ECM upgrades.
• Analyze utility bill data to determine customer energy performance parameters.
• Analyze customer operational costs to develop operational savings models associated with proposed technical solutions.
• Write detailed Energy Conservation Measure descriptions to be included in proposal submissions as well as scopes of work for subcontractors.
• Support improvement of processes and tools for development and analysis of technologies and offerings.
• Support technical discussions of scope, savings, and M&V methods during Customer and Senior Management review calls.
• Support the development of measurement and verification plans with M&V team.
• Mentor and support training of lower-level engineering staff.
• Work cross functionally with Sales, Project Developers, Design Engineers, Construction Managers, Operations and Maintenance (O&M) and Measurement and Verification (M&V) during the project lifecycle and support functional improvements.

Energy Engineer II

• Lead the architecture, design, development, optimization, and validation of real-time DSP and machine learning solutions for microphone array products
• Lead project planning activities, including defining scope, estimating effort, identifying resource needs, and driving execution to meet key project milestones
• Lead troubleshooting, root-cause analysis, and resolution of complex product issues related to DSP, audio performance, embedded implementation, or system integration
• Mentor and provide technical guidance to junior engineers, fostering their professional growth and maintaining a culture of knowledge sharing and innovation, including delivering constructive feedback through design reviews, code reviews, and technical discussions
• Work as part of a cross-functional team including embedded software, hardware, acoustics, systems, test, product management, and user experience teams to ensure the successful deployment of audio signal processing solutions
• Utilize advanced DSP approaches and leverage ML/AI approaches to address challenges such as processing real-time, low latency data pipelines and right-sizing solutions
• Conduct thorough testing and validation of signal processing algorithms and systems, ensuring performance and functionality under various conditions.

Engineer Associate Staff, Digital Signal Processing

• Own and improve AWS cloud infrastructure for reliability, scalability, and cost efficiency.
• Build, maintain, and optimize CI/CD pipelines (build, test, security checks, deploy).
• Manage Infrastructure as Code using Terraform (modules, environments, state management).
• Standardize deployments across teams using GitLab CI or Bitbucket Pipelines.
• Implement monitoring, alerting, and incident response practices.
• Improve security posture (least privilege IAM, secrets management, policy-as-code).
• Collaborate with developers to automate releases and reduce lead time.
• Leads requirements gathering meetings and reviews designs with the business.
• May implement improvements in stability, performance, and scalability across major business-critical systems.
• May implement process to reduce barriers and roadblocks in projects, services, and processes in order to operate more efficiently.
• Owns the change request process and coordinates with other teams as necessary.
• Develops and owns list of final enhancements.
• Develops and defines application scope and objectives and supervises the preparation of technical and/or functional specifications from with programs will be written.
• Performs technical design reviews and code reviews.
• Ensures unit test is completed and meets the test plan requirements, system testing is completed and system is implemented according to plan.
• Responsible for delivery of application technology solutions and data information planning effort.
• Coordinates and manages on-call support and owns the system monitoring process.
• Owns the technical development environment and works on the Enterprise team.
• Leads multiple or large projects and facilitates large group JAD sessions for requirements, modeling in several disciplines.

Lead Engineer, AWS, CI/CD, Terraform, GitLab/Bitbucket

• Stay updated with the latest advancements in cellular, Wi-Fi, SD-WAN technologies and connectivity standards.
• Research new industry connectivity solutions that could be leveraged to further enable autonomous construction machines.
• Collaborate with cross-functional teams to gather and analyze requirements, ensuring alignment with project goals and industry standards.
• Develop detailed technical specifications and documentation for connectivity solutions.
• Conduct feasibility studies and risk assessments to evaluate potential solutions and their impact on existing systems.
• Work closely with software and hardware development teams to ensure seamless integration of connectivity technologies.
• Participate in design reviews, testing, and validation processes to ensure compliance with requirements.
• Troubleshoot and resolve issues related to connectivity systems and technologies.

Senior Connectivity Engineer – Autonomy

Connectivity Engineer – Autonomy

• Onboarding new customers
• Supporting data center migrations
• Maintaining critical cloud infrastructure
• Working with various cross functional teams
• Excellent troubleshooting, problem-solving, and communication skills

Cloud Development Engineer I

• Design, documentation, and programming of building automation systems (BASs) in compliance with project plans and specifications.
• Proactive communication with project stakeholders including requests for information and technical risks and opportunities.
• Mentorship of less experienced Application Engineers in all areas of their development.
• Design complete building automation systems, including controllers, sensors, networks, and hardware.
• Prepare comprehensive submittal packages and final documentation reflecting all project changes.
• Ensure compliance with project requirements, company standards, and customer specifications.
• Develop sequences of operation for building systems.
• Program control algorithms and user interfaces using WebCTRL and Eikon, including third-party integrations.
• Test programming and interfaces prior to deployment.
• Perform functional testing of complex systems (e.g., chiller plants, large integrations).
• Set up and execute factory witness tests as required.
• Provide technical support during the sales process to ensure accurate proposals.
• Identify and communicate project risks and opportunities related to cost, time, and technical factors.
• Create clear, concise RFIs and maintain proactive communication with managers and project teams.
• Mentor and develop other Controls Engineers.
• Adhere to safety standards and promote a culture of safety.
• Uphold ethical standards and exemplify the Carrier code of ethics.

Senior Controls Engineer

• Develops and implements production and tooling methodologies
• Participates on Integrated Product Teams (IPTs) to integrate technical solutions across multiple disciplines
• Develops, identifies and implements conceptual designs and maintains the program architecture for build
• Leads and implements manufacturing plans
• Conducts producibility and variation analyses to ensure that manufacturing process capability matches requirements
• Assists in providing producibility information for inclusion in project plans and helps document producibility best practices
• Analyzes design/build concepts to evaluate producible design/build definitions
• Resolves technical problems of significant impact to performance, cost or schedule
• Coordinates and implements new engineering principles, theories, advanced technologies and concepts
• Validates and ensures production readiness of solutions to complex problems
• Implements lean principles and technologies

Experienced Manufacturing Engineer – Assembly, Installation

• Develops and implements production and tooling methodologies
• Develops, identifies and implements conceptual designs and maintains the program architecture for build
• Leads and implements manufacturing plans
• Conducts producibility and variation analyses to ensure that manufacturing process capability matches requirements
• Assists in providing producibility information for inclusion in project plans and helps document producibility best practices
• Analyzes design/build concepts to evaluate producible design/build definitions
• Resolves technical problems of significant impact to performance, cost or schedule
• Coordinates and implements new engineering principles, theories, advanced technologies and concepts
• Validates and ensures production readiness of solutions to complex problems
• Implements lean principles and technologies

Manufacturing Engineer

• The Lead SCADA and telecom engineer is responsible to perform and lead all technical aspects of Electric Substation SCADA and telecom system design deliverables
• Ability to provide functional design specification for complex SCADA and Telecom Systems, which may include multiple sites, typically windfarm, onshore and offshore substations and O&M centers
• The Lead SCADA and Telecom Engineer must be creative and able to lead their project design team to deliver a high-quality product on time and under budget
• Ability to review and coordinate detailed design from vendors and manufacturers to ensure delivery of optimized high performing integrated SCADA and Telecom design compliant with the specifications, applicable codes and standards and incorporating safety in design practices
• Ensure design compliance with NERC CIP requirements, applicable cybersecurity standards (e.g. IEC 62443), Substation SCADA based on IEC-61850, DNP, Telecom standards and best industry practices
• Coordinate SCADA and telecom design with other disciplines (protection and control, primary design, site managers, commissioning engineers and field personnel)
• Developing Factory Acceptance Testing (FAT) and Site Acceptance Test (SAT) procedures and participating in FAT and SAT
• Prepare engineering estimates for telecom and SCADA system
• Estimate equipment quantities and costs for proposals
• During project execution, communicate with Project Engineering Manager to resolve engineering and design aspects that impact material cost, schedule, engineering budget, safety and quality
• Ability to communicate effectively with the customer and report any potential opportunity for variations or risks to the project to the Project Engineering Manager and Project Manager
• Be willing to share knowledge with or coach less experience engineers
• Be an active participant and contributor to improvements in design procedures, standards development, quality, productivity
• Embrace a culture of humility, transparency and deliver with focus

Lead SCADA and Telecom Engineer

• Support senior engineers with planning, preparing and developing detailed design and specifications for major and complex structures, systems and equipment.
• Design concrete foundations for support of equipment and buildings in power plants.
• Design structural steel for power plants including platforms, pipe racks, and pipe and electrical supports.
• Perform material take offs of steel and concrete structures.
• Develop project specifications.
• Review shop drawings.
• Participate in project planning and preparation of budgets and estimates.
• Serve in a technical capacity to provide solutions to complex engineering problems within the Civil / Structural department.
• Coordinate with other internal engineering disciplines on project designs.

Engineer I – Civil/Structural

• Articulate and evangelize a bold technical vision for your domain
• Decompose complex problems into practical solutions that deliver functional requirements
• Leverage agentic AI to accelerate delivery of modernized systems
• Drive quality of technical design and implementation
• Serve as an authoritative expert on non-functional system characteristics
• Constantly learn new technical skills
• Handle multiple concurrent engagements
• Act as a role model and mentor across the tech community

Distinguished Engineer – Global Payment Network

• Execute manual test cases for software features and workflows to verify accuracy and functionality
• Document testing processes, results, and defects to support traceability and continuous improvement
• Record and track test results and defects in systems (e.g., Jira, Azure DevOps)
• Collaborate with developers and analysts to seek clarification on requirements and reproduce issues
• Participate in Agile ceremonies (stand‑ups, sprint reviews, retrospectives) and provide testing updates
• Assist in creating and updating test plans, test cases, and testing documentation
• Participate in UAT activities by executing assigned test cases and validating outputs against defined expectations
• Develop familiarity with automation tools and frameworks (e.g., Playwright, Pytest, JUnit)
• Learn and apply quality assurance best practices, testing methodologies, and DevOps concepts
• Contribute to continuous improvement efforts by flagging observed inefficiencies process gaps to senior QA and QC engineers for review

Quality Control Engineer I

• Engage in a variety of engineering tasks, providing approval on project plans for gas transmission and natural gas pipeline projects.
• Receive technical guidance on new design topics and collaborate closely with senior engineers on assignments.
• Collaborate with Project Managers and Unit Leaders to progress complex and technical engineering designs, improve processes and practices.
• Assist in the preparation of proposals by estimating engineering hours and ensure quality control systems are followed.
• Apply complex technical information to designs and ensure projects meet specifications.
• Support small, medium, and large multi-discipline projects, directing the activities of engineers, drafters, and designers, and preparing complex technical analyses.

Senior Project Engineer – Mechanical

• Engage in a variety of engineering tasks and provide approval on project plans for gas transmission and natural gas pipeline projects.
• Receive technical guidance on new design topics and collaborate closely with senior engineers on assignments.
• Collaborate with Project Managers and Unit Leaders to progress complex engineering designs.
• Assist in the preparation of proposals by estimating engineering hours.
• Ensure quality control systems are followed and apply complex technical information to designs.
• Support small, medium, and large multi-discipline projects.
• Direct the activities of engineers, drafters, and designers.
• Prepare complex technical analyses and share information with the team.

Project Engineer – Chemical, Mechanical, Civil, Structural

• Lead and provide technical guidance throughout the structural design and engineering process, often serving as the senior reviewer of calculations and structural models.
• Coordinate, review and approve building design plans, ensure work is compliant with all applicable codes, ordinances, and regulations.
• Provide specific to discipline technical expertise to the degree of preparing and providing training for junior engineering personnel.
• Prepare data and visualizations such as tables, charts, reports, sketches, calculations, cross-sections, and 2D/3D illustrations for the interpretation or presentation of more complex data, findings, or analyses.
• Prepare comprehensive structural technical reports and presentations that explain research, concepts, and recommendations.
• Analyze, evaluate, and interpret data obtained during site investigations, offering input with developing action plans for moderate- to high-level risk mitigation activities.
• Interact with architects, consultants, and clients in a confident and professional manner.
• Responsible for the design and safety of temporary structures used during construction.
• Consider construction costs, government regulations, potential environmental hazards, and other factors in planning stages and risk analysis.
• Perform material take offs for steel and concrete on industrial projects.
• Write technical specifications and scopes of work for steel, concrete, and geotechnical materials.
• Independently evaluate, select, and apply standard engineering techniques, procedures, and criteria using judgment in making minor adaptations and modifications.
• Travel to job sites and participate in walkdowns and provide construction or commissioning support.
• Coordinate with other disciplines, departments, and companies to ensure seamless technical compatibility and completion of engineering tasks safely, on-time, within budget and meeting all quality requirements.

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