Support product and process quality engineering and drive continuous improvement across aerospace and defense operations.
Responsibilities
Develop and implement quality plans to support product and process quality engineering
Conduct root cause analysis and drive corrective, preventive, and continuous improvement actions to address quality issues
Collaborate with manufacturing, engineering, and supply chain teams to improve product quality and optimize manufacturing processes
Facilitate internal and external audits, including regulatory and customer-specific quality audits, ensuring compliance with applicable aerospace standards
Investigate non-conformances, deviations, defects, and customer escapes, driving effective solutions to prevent recurrence
Requirements
Degree in Science, Technology, Engineering or Mathematics (STEM)
Design and build novel test rigs and machinery for direct air capture at the Brighton, CO site, while leading a team of up to five mechanical engineers, designers, and technicians.
Responsibilities
Lead and supervise a team of up to five mechanical engineers, designers, and technicians
Own the mechanical design of new test rigs and the upgrade of older test rigs
Mentor and develop team members
Conduct performance reviews and lead hiring for the mechanical engineering team
Partner with the project management team to scope projects and allocate engineering, design, and technician resources
Requirements
Bachelor's degree in mechanical, chemical, or industrial engineering
Nice to have: Carbon capture space experience
Nice to have: Small mechanical engineering team experience
Supplier Quality Engineer responsible for ensuring world class performance of the client prototype and production supply base, driving continuous improvement and managing supplier quality processes.
Responsibilities
Assess the capability of potential suppliers
Assess the manufacturability of new product designs and assist both client engineering and its suppliers with improving manufacturability
Manage product and process development with suppliers
Assist suppliers with development of manufacturing processes
Review prototype and production part quality document submissions from suppliers, and provide feedback
Requirements
Bachelor’s degree in Engineering or related field; MS Preferred
Nice to have: ASQ
Nice to have: Six Sigma Green Belt
Nice to have: Six Sigma Black Belt
Nice to have: Quality Systems such as ISO 9000 and IATF 16949
Facilitate project design and drafting as necessary to ensure the successful completion of all project related activities
Assigning equipment, instrument, and valve tagging numbers
Assigning piping line numbers
Resolving drawing development issues
Drafting changes to record drawings Preparation of process flow diagrams (PFD), piping & instrument diagrams (P&ID), general equipment layouts, facility plot plans, and equipment and instrument lists for various company plant, pipeline and related facilities construction projects
This position is responsible for providing all aspects of mineral processing and extractive metallurgy engineering and technical support for a variety of metallurgical systems at all stages of a mine’s project development cycle.
Compensation
Salary Range: $138,000.00 - $256,000.00
Responsibilities
Performing a broad range of process engineering technology assignments specific to the mining industry
Planning and conducting work in evaluation, selection, and application of standard process engineering techniques, procedures, and criteria
Periodically reviewing work of others to assure overall quality of process designs
Contacting and consulting with other engineering disciplines within the Company in addition to process engineers and supervisors
Understanding and following the effort-hours budget and process schedule
Requirements
Accredited four (4) year degree or global equivalent in engineering field of study
Nice to have: Interpretation of metallurgical test work
Nice to have: Reading and interpreting Process Flow Diagrams
Nice to have: Reading and interpreting P&IDs
Nice to have: Process Design Criteria interpretation
Develop, install, and operate quality systems for controlling incoming material, in-process parts, and finished products in automotive manufacturing.
Compensation
The salary range for this position is $60,000 - $83,400 per year. Final compensation will be determined by location, skills, experience, qualifications, and the career level at which the position is filled.
Responsibilities
Prepare advanced quality planning documents and participate in quality planning activities; including FMEA’s, Process Flow Diagrams, Control Charts, and Gage R&R and capability studies.
Create necessary documentation for customer initial sample submissions; including AQP, customer documents, and any other required documentation.
Travel to customers’ facilities to participate in all phases of the customer’s launch activities; including Component Review Team meetings, assembly trials, and SOP activities.
Perform technical and statistical investigations and analysis on production, quality, process, and equipment issues using standard NAL problem solving method.
Coordinate the resolution of quality issues and implementation of countermeasures with other NAL departments and suppliers.
Requirements
Engineering degree
Bachelor’s Degree
Nice to have: Experience in the quality function within automotive supplier manufacturing
Nice to have: Experience working with Japanese and US automakers in launch activities
Support offices globally working from the Brooklyn, NY office location, assisting in studies for various climate change and decarbonization related engagements.
Compensation
Range: $88,000 – $94,000
Responsibilities
Assist in studies for various climate change and decarbonization related engagements
Preparation of design calculations, documentation and development of equipment calculations and technical specifications for a wide range of mechanical equipment
Evaluate low-emission process alternatives and/or equipment/technology selection through trade-off studies
Evaluate materials of construction (MOC) for various pieces of mechanical equipment
Participate in equipment design reviews and plant layout development, risk assessments including climate risk assessments
Requirements
Bachelor's degree in urban/infrastructure planning, architecture, geography, civil engineering, or environmental science/engineering
Master's degree in urban/infrastructure planning, architecture, geography, civil engineering, or environmental science/engineering
Support assigned E-coat manufacturing processes through engineering analysis, troubleshooting, and continuous improvement to improve Safety, Quality, Delivery, Cost, and Customer Satisfaction.
Responsibilities
Create and maintain Operator Work Instructions, Repair Work Instructions, and other standard work documentation.
Analyze process data, production performance, downtime, scrap, rework, and other key performance indicators to identify opportunities for improvement.
Lead continuous improvement initiatives to improve safety, quality, delivery, cost, and production efficiency.
Plan, implement, validate, and document process improvements to meet plant and customer requirements.
Support the development, implementation, and optimization of new processes, equipment, tooling, fixtures, and manufacturing technologies.
Requirements
Bachelor’s degree in mechanical engineering, Industrial Engineering, Manufacturing Engineering, or a related engineering discipline
Utilize analytical tools to uncover technical insights, troubleshoot issues, recommend improvements, and drive optimization opportunities in refinery and petrochemical units.
Responsibilities
Utilize analytical tools (process simulation, data analytics etc.) to uncover technical insights, troubleshooting issues, recommend improvements, and drive optimization opportunities
Support initiatives focused on energy efficiency, yield improvement, cost reduction, and sustainability
Maintain detailed process simulation models to evaluate operating scenarios effectively
Perform energy utilization analysis, material balance assessments, benchmarking and identification of unit improvement opportunities
Understand technical summaries, data sheets, and engineering documentation as per workflow requirements
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