Operate and support cryogenic distillation, turboexpanders, centrifugal compressors, molecular sieve systems, and high‑purity LOX production at the Air Separation Unit (ASU) on Starbase, TX, during night shift.
Responsibilities
Monitor the ASU via distributed control system/human‑machine interface and conduct thorough field rounds, identifying equipment and process deviations early and reporting them immediately
Execute assigned steps of plant startups, shutdowns, mode changes, and abnormal situation response in accordance with approved operating procedures and alarm response matrices
Support troubleshooting, maintenance, and calibration of ASU equipment including centrifugal and reciprocating compressors, turboexpanders, cryogenic distillation columns, molecular sieve beds, gas analyzers, control valves, and instrumented electrical systems
Collect process samples, perform basic field testing, log operational data accurately, and escalate immediately when plant conditions do not match the procedure
Execute lockout/tagout (LOTO), permit‑to‑work, job hazard analyses, and Process Safety Management (PSM) activities as trained and authorized, and maintain rigorous 5S, housekeeping, and visual management
Provide technical leadership across multidisciplinary mining and mineral processing projects, guiding process engineering activities from early-stage development studies through detailed design, commissioning, and operational support.
Compensation
Salary Range : $150,000-180,000
Responsibilities
Provide technical leadership and direction to process engineers and designers across mining and mineral processing projects
Lead and coordinate process engineering scope and deliverables across studies, detailed design, procurement support, construction support and commissioning
Lead the development and review of process design deliverables including process flow diagrams (PFDs), heat and mass balances, process design criteria, equipment sizing calculations and P&IDs
Review and approve key process engineering deliverables to ensure compliance with project requirements, company standards, industry best practice and applicable regulations
Lead process design reviews, resolve complex technical issues and ensure process solutions consider safety, operability, maintainability, constructability and efficiency
Requirements
Bachelor’s degree in Chemical Engineering, Metallurgical Engineering, Mineral Processing Engineering, or a related discipline
Lead the establishment and implementation of production operations for Siemens Energy’s greenfield large power transformer manufacturing facility, ensuring readiness for commercial production and future growth.
Locations (2)
Thane, Maharashtra, India
Ujjain, Madhya Pradesh, India
Responsibilities
Define manufacturing process requirements, equipment specifications, shopfloor layouts, and production workflows
Participate in equipment selection, technical evaluations, vendor assessments, and inspections
Support commissioning and operational readiness of winding machines, conductor preparation equipment, assembly fixtures, ovens, material-handling systems
Collaborate with cross-functional teams to ensure successful factory startup and production readiness
Develop and implement process flow diagrams, SOPs, work instructions, inspection plans, and manufacturing process controls
Lead mechanical engineering for facility utilities at Texas Instruments’ Maine manufacturing site, driving continuous improvement, reliability, and project execution for exhaust, cleanroom air, hot water, process cooling, and vacuum systems.
Responsibilities
Make engineering decisions balancing safety, reliability, cost, capacity, and operational efficiency
Lead analysis, design, and continuous improvement of mechanical utility systems
Provide engineering technical support for system operations, maintenance, troubleshooting, and incident response
Develop and maintain key system documentation including P&IDs, process flow diagrams, operating procedures, and sequences of operation
Drive reliability and risk-based engineering through root cause analysis, FMEAs, system assessments, and improvement roadmaps
Requirements
Bachelor’s degree in Mechanical Engineering or a related engineering field
Nice to have: Capital or expense project leadership for semiconductor mechanical utility systems
Nice to have: Background in semiconductor facility mechanical systems
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
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