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Auxiliary Systems Jobs (NOW HIRING)

NAES

Auxiliary Plant Operator

Colbert, GA · On-site

A core aspect of this role includes performing operational tests, system inspections, and minor maintenance to ensure the facility operates safely, cleanly, and efficiently. The Auxiliary Plant ...

NAES Corporation

Auxiliary Plant Operator

Colbert, GA

$29 - $31/hr

A core aspect of this role includes performing operational tests, system inspections, and minor maintenance to ensure the facility operates safely, cleanly, and efficiently. The Auxiliary Plant ...

NAES Corporation

Auxiliary Plant Operator

Colbert, GA · On-site

A core aspect of this role includes performing operational tests, system inspections, and minor maintenance to ensure the facility operates safely, cleanly, and efficiently. The Auxiliary Plant ...

MHI

Product Design Engineer III - Auxiliaries

Orlando, FL · On-site

$120K - $144K/yr

Role Overview The Product Design Engineer - Auxiliary Systems plays a pivotal role in shaping next-generation solutions for aftermarket gas turbine systems. This position goes beyond routine design ...

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How much do auxiliary systems jobs pay per year?

As of Jun 11, 2026, the average yearly pay for auxiliary systems in the United States is $122,519.00, according to ZipRecruiter salary data. Most workers in this role earn between $99,000.00 and $147,000.00 per year, depending on experience, location, and employer.

What jobs pay 2000 a day?

High-paying jobs related to auxiliary systems, such as specialized engineering consultants, project managers in large infrastructure projects, or senior technical experts, can sometimes pay $2,000 or more per day. These roles typically require extensive experience, advanced certifications, and work in industries like energy, aerospace, or large-scale manufacturing. Compensation varies based on project scope, location, and expertise.

What job makes $10,000 a month without a degree?

In the field of auxiliary systems, high-paying roles such as specialized technicians or system managers can earn around $10,000 per month with extensive experience and technical skills. These positions often require certifications, hands-on expertise, and knowledge of complex systems but may not require a traditional college degree.

What is an auxiliary system?

An auxiliary system in the context of auxiliary systems jobs refers to secondary or supporting systems that assist primary operations, such as backup power supplies, cooling systems, or control systems. These systems ensure continuous operation, safety, and efficiency of the main equipment or processes, often requiring knowledge of electrical, mechanical, or control engineering. Familiarity with system maintenance, troubleshooting, and relevant certifications can be important for roles involving auxiliary systems.

What are the key skills and qualifications needed to thrive as an Auxiliary Systems Engineer, and why are they important?

To thrive as an Auxiliary Systems Engineer, you need a solid background in mechanical or marine engineering principles, typically with a relevant engineering degree and experience in auxiliary machinery. Familiarity with technical tools such as CAD software, maintenance management systems, and potentially certifications like a marine engineer license is highly valuable. Strong problem-solving abilities, teamwork, and effective communication are important soft skills in this role. These competencies ensure the safe, efficient, and reliable operation of auxiliary systems essential to industrial or marine environments.

What are auxiliary systems?

Auxiliary systems refer to the supporting machinery and equipment on ships, power plants, or industrial facilities that are not part of the main operational system but are essential for its functioning. These systems include pumps, compressors, generators, ventilation, air conditioning, and water treatment units. They help ensure safety, comfort, and efficiency by managing tasks such as cooling, heating, lubrication, and power supply. Proper maintenance and operation of auxiliary systems are crucial for the smooth running of the primary system.

What is the difference between Auxiliary Systems vs HVAC Technician?

AspectAuxiliary SystemsHVAC Technician
Required CredentialsTechnical certifications, HVAC licensesHVAC certifications, EPA license
Work EnvironmentIndustrial, commercial facilities, power plantsResidential, commercial buildings
Industry UsageSupporting systems like pumps, generators, fire suppressionHeating, ventilation, air conditioning systems
Common Search/ComparisonAuxiliary Systems vs HVAC Technician

Auxiliary Systems technicians focus on supporting equipment like pumps, generators, and fire suppression systems within industrial and commercial settings. HVAC Technicians specialize in heating, ventilation, and air conditioning systems for buildings. While both roles require technical certifications and work in related environments, Auxiliary Systems technicians handle a broader range of support systems, whereas HVAC Technicians focus specifically on climate control systems.

What are some common challenges faced by professionals working in Auxiliary Systems, and how can they be addressed?

Professionals in Auxiliary Systems often encounter challenges such as troubleshooting unexpected equipment malfunctions, coordinating maintenance schedules to minimize downtime, and ensuring compliance with stringent safety and regulatory standards. Effective communication with operations and engineering teams is crucial to quickly resolve issues and maintain system reliability. Staying up-to-date with technical advancements and participating in ongoing training can help address these challenges and support long-term career growth within the field.

What jobs pay $500,000 a year in the US?

In the US, high-paying roles related to auxiliary systems or engineering fields, such as senior aerospace or nuclear engineers, can reach or exceed $500,000 annually with bonuses and profit sharing. Executive positions in engineering firms or specialized consulting roles may also achieve this level of compensation, often requiring advanced certifications, extensive experience, and leadership responsibilities.
More about Auxiliary Systems jobs
What job categories do people searching Auxiliary Systems jobs look for? The top searched job categories for Auxiliary Systems jobs are:
Auxiliary Systems jobs near you
Mechanical Engineer for Auxiliary Equipment

Mechanical Engineer for Auxiliary Equipment

MHI

Houston, TX • On-site

Full-time

Posted 22 days ago

Job description

Summary
The Mechanical Engineer for the New Unit Business (NUB) is in conjunction with the Project Manager and the Procurement Buyers. Ensures the major sub-order equipment meets the technical requirements outlined in the Customer and MCO technical standard. Expedite the required deliverables from internal/external stakeholders and facilitate timely deliveries of the orders. Responsible for documentation in the execution stage for Lube Oil System and other major sub-order equipment, such as Surface condenser, Gearbox, etc. Also, to have technical support on technical trouble at the vendor/MCOI factory or at the site for the Lube Oil System.
The Auxiliary Engineer serves as an MCO-I in-house extension of the MCO engineering team, supporting execution of auxiliary systems (e.g., lube oil consoles and packaged equipment) at the vendor and at Pearland Works as needed.
The role initially focuses on strengthening and expediting the effectiveness of Lube Oil Consoles through technical support, including validation of vendor progress, resolution of engineering issues, and improved schedule visibility. Over time, the role evolves to provide MCO-I in-house engineering decision-making authority and support the expansion of auxiliary scope and capabilities at MCO-I.
This position bridges engineering, project management, procurement, and vendor execution to ensure timely delivery, technical compliance, and scalable in-house capability development.
Roles and Responsibilities
1) Technical Support to Expediting (Initial Focus)
  • Support expediting activities by validating vendor-reported progress against engineering scope and milestone completion
  • Confirm that reported progress aligns with actual engineering completion and readiness
  • Identify and resolve technical blockers impacting schedule execution
  • Provide real-time engineering clarification to vendors during fabrication and assembly
  • Support development and tracking of milestone-based progress (in lieu of % complete where required)

2) Vendor Execution Oversight
  • Participate in vendor meetings and site visits to provide engineering decision support
  • Verify that fabrication, assembly, and testing align with design intent and specifications
  • Challenge and validate vendor progress using technical criteria and engineering standards
  • Support identification of critical path activities and technical risks

3. Engineering Issue Resolution
  • Act as the primary MCO-I interface between the vendor and MCO Engineering
  • Expedite resolution of:
      1. Design clarifications
      2. Material substitutions
      3. Instrumentation and piping questions
      4. Test procedures and deviations
  • Reduce engineering response cycle time to support schedule adherence

4. Milestone & Readiness Validation
  • Define and validate engineering-based milestone gates (e.g., assembly complete, FAT readiness, Ready-to-Ship)
  • Ensure milestones are technically achieved before being reported complete
  • Support accurate and objective progress visibility for project teams

5.Transition to MCO-I Engineering Authority (Planned Evolution)
  • Progressively assume defined engineering decision-making authority within approved limits
  • Support local approval of:
      1. minor design adjustments
      2. vendor clarifications
      3. non-critical deviations
  • Reduce dependency on MCO for routine engineering decisions

6. Localization & Scope Expansion
  • Identify opportunities to increase local execution of auxiliary systems
  • Support development of local fabrication, assembly, and integration capabilities (GSMs, Local Gauge Boards, etc.)
  • Collaborate with Procurement and Operations to:
      • qualify local vendors
      • expand local work scope
      • improve cost and lead time competitiveness
  • Support standardization of auxiliary designs for local execution

7. Cross-Functional Collaboration
  • Work closely with:
      1. Project Management (schedule and execution alignment)
      2. Procurement (vendor performance and escalation support)
      3. HQ Engineering (design authority and technical alignment)
  • Provide technical input to support commercial and execution decisions

8. Risk Identification & Mitigation
  • Identify risks related to:
    1. incomplete engineering
    2. vendor misinterpretation
    3. design ambiguity
    4. rework potential
  • Proactively recommend actions to prevent schedule delays and execution issues

9. Role Boundaries (Critical Clarification for long-term view of role)
  • This role does not perform routine expediting administration, including:
    1. daily status chasing
    2. report ownership
    3. schedule tracking ownership
  • The role enhances expediting through technical expertise and engineering authority, not administrative coordination.
  • Other duties, responsibilities, and activities may change or be assigned at any time with or without notice.

Requirements
  • Qualified candidates will possess a Bachelor's Degree in Engineering or a related field (Mechanical or Electrical preferred)
  • 3-5 Years of experience in auxiliary systems, packaged equipment, or industrial projects
  • Experience working with fabrication vendors and shop-floor execution
  • Candidates must possess knowledge of auxiliary systems of compressor packages, including lube oil systems and instruments.
  • Excellent written and verbal skills, along with strong computer skills (e.g., MS Office), are essential
  • Travel percentage 10% to 20%, subject to change based on requirements of assigned projects

Preferred Skills
  • CAD (Auto Cad, Solid Works) base working knowledge
  • Auxiliary systems (e.g., API 614 lube oil systems, others as needed)
  • Piping and instrumentation; welding, pumps, valves, etc.
  • Fabrication and assembly processes
  • Keeping abreast of Codes and Standards (e.g., API, ASME, AISI) policy and best practice
  • Knowledge of PIP (Process Industry Practice)
  • Ability to interpret: Engineering drawings, specifications, and quality/testing requirements.
  • Knowledge of fluid dynamics and heat transfer. Manage multiple tasks in a deadline-oriented environment
  • Strong organizational and interpersonal skills
  • Functions effectively in a matrix and team environment

Physical Demands
  • Ability to sit and work in front of a computer for the majority of the day.
  • Minor lifting of files and/or boxes < 5 lbs.

Work environment
  • Office environment.

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