Siemens

Automation, digitalization, and smart infrastructure provider

Gas Turbine Systems Engineer

Controls & Automation EngineeringConfirmed live in the last 24 hours

Full-timeGurugram, Haryana, IndiaNo salary listedIn-person

About the Job

Requirements

A master's or bachelor's degree in process or chemical engineering, or mechanical or control engineering in the field of automation.
At least 5 years of experience in gas turbines, aerospace, or an equivalent engineering field.
Excellent working knowledge of fluid-system design and operation, such as fuel gas, hydraulics, or steam, and/or gas turbine or power plant controls.
Experience developing and reviewing Process Flow Diagrams (PFDs) and Piping and Instrumentation Diagrams (P&IDs) for gas turbine auxiliary and process systems.
Strong knowledge of instrumentation and control functional logic is required; T3000 experience is beneficial.
Very good verbal and written communication skills.
Very good handling of Microsoft Office software.

Responsibilities

Support gas turbine modifications and upgrades research and development projects, focusing on auxiliaries and instrumentation and control development.
Provide engineering leadership in an international team setting for process engineering in gas turbine auxiliary systems and instrumentation and control development, with a strong technical focus.
Create technical offers for gas turbine modernizations and upgrades, focusing on auxiliary systems, instrumentation, and control.
Analyze technical risks related to upgrade products.
Communicate with a network of gas turbine engineering specialists to define site-specific upgrade solutions.
Define and review system interfaces across mechanical, process, electrical, instrumentation, control, and gas turbine control disciplines.
Support and lead first-time applications of self-developed operating modes and systems.
Validate newly developed products and solutions through data assessment with current technology and support from gas turbine and power plant experts.
Develop detailed system designs, including flow-path simulation of auxiliary systems.
Lead and facilitate rapid resolution of technical issues with upgraded engines, including root-cause evaluation, solution development and implementation, and verification and validation.
Interact with subcontractors during negotiation, design, and implementation phases.
Respond to special customer requests and provide customer order engineering.
Check detailed system-design development, including flow-path simulation, hydraulic calculations, pressure-drop assessment, and evaluation of operating cases.

Desired Qualifications

Experience with auxiliary safety assessment methods, such as HAZOP studies, FMEAs, and functional safety evaluation.
Experience with NX, COMOS, SAP, Datacore Arrow, Fathom, and Teamcenter.
Ability to build relationships and networks in an international team across multiple time zones; strong interpersonal skills, including teamwork, quick learning, and adaptability.
Experience in probabilistic data evaluation and applying machine learning or artificial intelligence.
A PhD is desirable.

A Snapshot of Your Day

Gas Turbine System Engineer will Support Gas Turbine Mods and upgrades R&D projects with a focus on auxiliaries and I&C development.

This position provides an exciting opportunity to work in a fast-paced, dynamic, global product development & service environment.

How You'll Make an Impact

Engineering Lead in an international team set-up for process engineering in the field of Gas Turbine Auxiliary system and I&C development with a strong technical focus.
Support Gas Turbine Mods and upgrades R&D projects with a focus on auxiliaries and I&C development
Creation of technical offers for gas turbine modernizations and upgrades with focus on Auxiliary systems, Instrumentation and Control
Analysis of technical risks related to upgrade products
Communication within a network of gas turbine engineering specialists to commonly define the site-specific upgrade solution
Define and review system interfaces across mechanical, process, electrical, instrumentation, control, and gas turbine control disciplines.
Support and lead first time applications of self-developed new operation modes and systems.
Validation of newly developed products and solutions by data assessment with latest technology and support of gas turbine and power plant experts
In depth system design development incl. flow path simulation of auxiliary systems
Lead and facilitate fast resolution of technical issues of upgraded engines. This includes evaluation of a root cause, solution development and implementation followed by verification/validation.
Sub supplier interaction during negotiation, design and implementation phases
Response to special customer requests, customer order engineering.

What You Bring

Masters or Bachelor in process-/chemical engineering or mechanical-, and control engineering in the field of automation
5+ years of experience in gas turbines, aerospace or equivalent field (engineering) in business and/or PHD is desirable
Excellent working knowledge of the design and operation of fluid systems (e.g. fuel gas, hydraulics or steam) and/or gas turbine / power plant controls
Regular check-in of detailed system-design development, including flow-path simulation, hydraulic calculations, pressure-drop assessment, and evaluation of operating cases.
Experience with auxiliary safety assessment routines like e.g. HAZOP studies, FMEAs and functional safety evaluation are desirable
Experience in following tools: NX, COMOS, SAP, Datacore Arrow, - Fathom and Teamcenter is desirable
Ability to establish relationships to build networks in an international team setup in multiple time zones with strong soft personal skills i.e. team player, quick learner, ability to adapt quickly & effectively
Experience in developing and reviewing Process Flow Diagrams (PFDs) and Piping & Instrumentation Diagrams (P&IDs) for gas turbine auxiliary and process systems.
Strong Knowledge of I&C functional logics is required, maybe already with T3000 experience.
Experience in probabilistic data evaluation and application of latest Machine Learning / AI is desirable.
Very good verbal and written communication skills.
Very good handling of MS office software.

About the Company

Siemens

Automation, digitalization, and smart infrastructure provider

Siemens is a global engineering and technology company focused on automation, digitalization, smart infrastructure, and mobility. Its products and solutions span industrial automation systems, electrical equipment, energy management, and digital services that help industries run more efficiently. The company’s core technology comes from its history of electrical generation and distribution, including the dynamo-electric principle, and it now sells hardware, software, and services that connect factories, buildings, grids, and transportation networks. Siemens differentiates itself through scale, a broad portfolio across the value chain, and a long track record of large-scale, multi-country projects in infrastructure and industry. Its goal is to enable smarter, more sustainable industrial processes and urban systems by integrating hardware, software, and digital services to improve productivity, energy efficiency, and mobility.

Company size: 10,001+
Company stage: IPO
Headquarters: Munich, Germany
Founded: 1847

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