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Petroleum Engineer Rotation Jobs in Florida (NOW HIRING)

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Petroleum Engineer Rotation information

What is the difference between Petroleum Engineer Rotation vs Reservoir Engineer?

AspectPetroleum Engineer RotationReservoir Engineer
CredentialsBachelor's in Petroleum Engineering or related field; Professional Engineer (PE) license often preferredBachelor's or Master's in Petroleum Engineering, Reservoir Engineering, or Geosciences; PE license optional
Work EnvironmentOn-site at drilling sites, production facilities, and offshore platforms with rotational schedulesOffice-based, analyzing subsurface data, reservoir modeling, and production optimization
Industry UsageCommon in oil and gas exploration and production companies, especially with rotational work programsPrimarily in reservoir management, simulation, and production planning within oil companies

Petroleum Engineer Rotation and Reservoir Engineer roles share similar credentials and industry environments. However, Petroleum Engineer Rotation focuses on field operations with rotational schedules, while Reservoir Engineers concentrate on subsurface analysis and reservoir management. Both roles are vital in the oil and gas industry but serve different functions within exploration and production processes.

What is a Petroleum Engineer Rotation?

A Petroleum Engineer Rotation is a structured program where early-career engineers work in different roles or locations within a petroleum company over a set period, typically 1-3 years. These rotations expose engineers to various aspects of the oil and gas industry, such as drilling, production, reservoir management, and field operations. The goal is to develop a broad skill set, gain hands-on experience, and identify areas of interest for long-term career growth. Rotational programs often include mentoring and formal training components to support professional development.

What engineers make $500,000 a year?

Highly experienced petroleum engineers working in senior roles, such as drilling or reservoir management, can earn $500,000 or more annually, especially with bonuses and profit sharing. These roles often require advanced technical skills, industry certifications, and extensive field experience in the oil and gas industry.

What are some common challenges Petroleum Engineers face during rotational assignments, and how can they prepare for them?

Petroleum Engineers in rotational programs often encounter challenges such as adapting to different work environments, managing variable schedules (including remote or on-site locations), and quickly learning site-specific processes. These rotations require strong adaptability, effective communication skills, and an eagerness to learn from diverse teams. Preparing by researching each site, staying organized, and seeking mentorship can help ease transitions and ensure successful contributions throughout the rotation.

What is the career progression for a Petroleum Engineer?

The career progression for a Petroleum Engineer typically starts with entry-level roles such as Reservoir or Drilling Engineer, advancing to Senior Engineer, Project Manager, and eventually to Technical Director or Engineering Manager. Progression often involves gaining experience, developing technical skills, obtaining professional certifications, and taking on leadership responsibilities within exploration, production, or management teams.

What are the key skills and qualifications needed to thrive as a Petroleum Engineer on a rotational schedule, and why are they important?

To thrive as a Petroleum Engineer in a rotational position, you typically need a degree in petroleum, chemical, or mechanical engineering along with strong analytical and problem-solving abilities. Familiarity with industry-specific software such as reservoir simulation tools, drilling design platforms, and safety management systems is often required. Excellent teamwork, adaptability, and strong communication skills are essential for collaborating effectively across different sites and shifts. These skills and qualifications ensure safe, efficient, and innovative operations in remote or challenging environments, maximizing productivity and minimizing risk.

What engineers make $300,000 a year?

Senior petroleum engineers with extensive experience, advanced technical skills, and often working in high-cost-of-living regions can earn $300,000 or more annually. These roles typically require specialized knowledge of drilling, reservoir management, and often involve leadership responsibilities or consulting work.

What other jobs can a Petroleum Engineer do?

Petroleum engineers can transition into roles such as reservoir engineers, drilling engineers, production engineers, or asset managers, utilizing their expertise in subsurface geology, drilling operations, and production optimization. They often work in upstream oil and gas companies, leveraging skills in data analysis, project management, and technical problem-solving. Certifications like SPE membership and familiarity with drilling software can enhance career mobility into related technical or managerial positions.
What are popular job titles related to Petroleum Engineer Rotation jobs in Florida? For Petroleum Engineer Rotation jobs in Florida, the most frequently searched job titles are:
What job categories do people searching Petroleum Engineer Rotation jobs in Florida look for? The top searched job categories for Petroleum Engineer Rotation jobs in Florida are:
What cities in Florida are hiring for Petroleum Engineer Rotation jobs? Cities in Florida with the most Petroleum Engineer Rotation job openings:
Petroleum Engineer Rotation jobs near you
Infographic showing various Petroleum Engineer Rotation job openings in Florida as of June 2026, with employment types broken down into 100% Full Time. Highlights an 100% In-person job distribution.
Principal Engineer, Instrumentation & Controls

Principal Engineer, Instrumentation & Controls

MHI

Lake Mary, FL • On-site

Full-time

Medical, Dental, Vision, Retirement, PTO

Posted 7 days ago

Job description

Principal Engineer, Instrumentation & Controls
Company Overview
At Mitsubishi Power, we're not just building better clean energy technologies; we're architecting a better future. Our team is boldly redefining power generation to accelerate the world's energy transition. We operate as one team, pushing toward our vision of the future. We value problem solvers, prioritize collaboration, and support each other in an inclusive culture built on accountability and authenticity by demonstrating our values: Safety, Family, Innovative, Inclusive, Accountable & Courageous. Together, we're building the future we all aspire to - making net zero a reality.
Role Overview
We are seeking a highly experienced Principal Instrumentation & Controls Engineer to lead the technical direction of instrumentation, control valves and control logic for large frame gas turbine products for power plants. This role serves as the subject matter expert for turbine control philosophy/narratives, field instrumentation, control valves and protection systems on new projects.
As a Principal Engineer, you will influence product strategy, drive innovation in turbine controls and instrumentation, and provide advanced technical leadership for new product development, upgrades, retrofits, and fleet reliability initiatives.
Key Responsibilities
  • Demonstrates our core competencies: Action oriented, change champion, customer-focused, developing self & others, and ownership
  • Serve as senior technical mentor for instrumentation and controls engineers
  • Lead technical reviews and design governance processes
  • Interface with existing instrumentation suppliers and help develop/validate new suppliers
  • Represent the company in customer and regulatory technical discussions
  • Define and maintain design standards for all gas turbine instrumentation
  • Specify and standardize critical turbine instrumentation (speed probes, vibration monitoring, thermocouples, pressure transmitters, fuel flow measurement, etc.)
  • Define hazardous area classifications and compliance requirements
  • Review instrumentation layouts, impulse tubing design, and package wiring
  • Lead specification and performance requirements for critical control valves including:
    • Fuel gas control and Shutoff valves
    • Bleed valves and anti-surge valves
    • Turbine Bypass Valves
  • Define valve sizing criteria, Cv calculations, response time requirements, rangeability, and dynamic performance
  • Provide technical leadership for new product development programs
  • Support validation testing, FAT, dynamic response testing, and valve characterization
  • Lead root cause analysis for valve failures, control instability, and reliability events
  • Support supplier qualification and technical evaluation of valve manufacturers
  • Ensure compliance with applicable standards including:
    • International Society of Automation (ISA)
    • International Electrotechnical Commission (IEC)
    • National Fire Protection Association (NFPA)
    • American Petroleum Institute (API)
  • Support functional safety programs (SIL, SIS, HAZOP, LOPA)
  • Ensure compliance with global emissions, hazardous area, and grid interconnection requirements
  • Help lead the development and review of turbine control logic
  • Oversee implementation of sequencing, interlocks, permissives, alarm strategies, and trip logic
  • Ensure proper integration of instrumentation inputs into control and protection algorithms
  • Validate voting schemes (e.g., 2oo3, 1oo2) and redundancy strategies
  • Support simulation, FAT, dynamic testing, and logic validation activities
  • Drive continuous improvement of control algorithms for performance, emissions, and reliability
  • Lead development and ownership of detailed I/O lists for turbine packages
  • Define signal types (AI, AO, DI, DO, RTD, TC, pulse, vibration, speed) and scaling requirements
  • Assign I/O to control panels, remote I/O racks, and protection systems
  • Ensure proper segregation of safety, control, and monitoring circuits
  • Maintain configuration control of I/O databases throughout product lifecycle

Requirements
  • Bachelor's degree in Engineering (Electrical, Mechanical, Computer or Chemical)
  • 15+ years of experience, with significant gas turbine or rotating equipment exposure
  • Strong experience with control valve sizing, specification, and commissioning
  • Deep expertise in industrial instrumentation selection, integration, and performance optimization
  • Demonstrated experience developing control narratives and implementing control logic
  • Strong understanding of turbine protection systems and redundancy strategies
  • Experience with commissioning, dynamic testing, and field troubleshooting
  • Exceptional communication, strategic thinking, and organizational skills.
  • Ability to travel 5-10%

Why Should You Apply?
  • Excellent Benefits (Medical, Dental, Vision & 401K Matching).
  • Excellent development programs and advancement opportunities.
  • Tuition reimbursement and on-the-job training.
  • Paid vacation, sick time, and holidays.
  • Committed to quality products and services.
  • Great working environment and culture.
  • Employee Appreciation Programs and Event.

Mitsubishi Power is an Equal Employment Opportunity (EEO) employer actively seeking to diversify the workforce and is committed to a policy of equal employment opportunity. Therefore, all qualified applicants regardless of race, color, religion, gender, sexual orientation, gender identity, national origin, disability, veteran status, or any other legally recognized protected basis under applicable law, are strongly encouraged to apply.

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