Siemens Energy – Hiring for Design Engineer (Product Design) @Pune

Global energy technology leader Siemens Energy has announced an opening for the position of Design Engineer – Product Design (Steam Turbine Engineering) within its Transformation of Industry / Gas Services division in Pune, Maharashtra.

This full-time engineering role focuses on 3D parametric modeling, large assembly management, component design, and drawing releases for steam turbines and valves using Siemens NX and Teamcenter frameworks.

Job Details

About Company

Siemens Energy is one of the world’s leading energy technology companies. Operating across more than 90 countries with nearly 100,000 employees, Siemens Energy powers one-sixth of the world’s electricity generation. The company focuses on sustainable, reliable, and affordable energy solutions, spanning gas and steam turbines, generators, transformers, high-voltage switchgears, and decarbonization technologies.

The Pune engineering facility serves as a major global technology hub, supporting engineering, product design, research & development, and manufacturing excellence across industrial steam turbines and energy infrastructure.

Job Description

As a Design Engineer (Product Design) in the Steam Turbine Engineering group, you will be responsible for the modeling, drafting, and design validation of critical steam turbine components, casings, rotors, and valve assemblies.

You will utilize advanced CAD capabilities (Siemens NX) and PLM systems (Teamcenter) to execute parametric modeling, maintain drawing revisions, perform GD&T evaluations, and collaborate with cross-functional engineering and manufacturing teams.

Requirements & Qualifications

1. Educational Qualifications & Experience

• Degree: Bachelor’s degree (B.E. / B.Tech) in Mechanical Engineering or equivalent.
• Experience: 3 to 6 years of core mechanical design experience in steam turbines, valves, or rotating turbomachinery equipment (preferably within the Oil & Gas, Energy, or Power Generation sectors).

2. Technical & Domain Competencies

• CAD & PLM Expertise: Advanced proficiency in Siemens NX (Parametric modeling, expression-based modeling, WAVE geometry linking, large assembly management) and Siemens Teamcenter.
• Drafting & GD&T: Strong working knowledge of Geometrical Dimensioning & Tolerancing (GD&T as per ASME Y14.5) and engineering drawing revision control.
• Manufacturing Processes: Deep understanding of manufacturing methods for heavy engineering components, including critical casting, forging, and precision machining.
• Standards & Codes: Familiarity with international design codes such as API 611/612, ASME B16.5/16.34, and Boiler & Pressure Vessel Codes (BPVC).

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Roles and Responsibilities

1. Parametric Modeling & CAD Engineering

• Execute 3D parametric modeling and drafting of steam turbine components, casings, rotors, and control valves using Siemens NX.
• Manage large assemblies, assembly arrangements, and WAVE-linked geometries in accordance with Siemens Energy standard practices.
• Perform Form, Fit, and Function (FFF) checks on sub-assemblies to verify clearances and eliminate interference errors prior to manufacturing release.

2. PLM & Engineering Documentation

• Create, manage, and update engineering Bills of Materials (BOM) and technical documentation within Teamcenter.
• Perform engineering design calculations (rigidity, strength, fit/clearances) as per internal guidelines.
• Conduct self and peer drawing reviews to ensure compliance with quality standards and customer requirements.

3. Cross-Functional Collaboration

• Coordinate with global engineering teams, manufacturing engineers, and procurement specialists to support Design for Manufacturability (DFM).
• Assist in root cause analysis (RCA) and disposition of non-conformance reports (NCRs) during component manufacturing or testing phases.

Role Summary

A Design Engineer at Siemens Energy acts as a primary technical author for steam turbine hardware definitions. You will convert thermodynamic and structural requirements into precise 3D CAD models, production-ready engineering drawings, and structured BOMs—ensuring every part meets strict quality, safety, and manufacturing specifications.

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Company Culture & Insights

Siemens Energy fosters an open, respectful, and innovation-driven work environment guided by the values of being caring, agile, respectful, and accountable. Engineers at the Pune hub work on international projects alongside global technical leads, enjoying opportunities for continuous learning, technical career progression, and exposure to state-of-the-art power generation engineering.

Why We Recommend This Job

1. Global Energy OEM Leader: Direct career equity working with one of the top global brands in power generation and turbomachinery.
2. Advanced Tool Mastery: High-level exposure to enterprise NX, Teamcenter, and parametric modeling workflows on heavy industrial machinery.
3. Core Mechanical Expertise: Ideal for mechanical design engineers seeking specialized technical growth in steam turbines, valves, and high-pressure power plant equipment.

Career Growth Potential

Design Engineer (Product Design) ➔ Senior Design Engineer ➔ Lead Engineer / Module Lead ➔ Principal Engineer / Engineering Manager

Skills You’ll Gain

Salary & Benefits Info

• Compensation: Competitive package benchmarked against top-tier global industrial OEMs (typically ₹6 LPA to ₹12 LPA depending on experience).
• Health & Wellness: Comprehensive medical coverage for self and family, group personal accident insurance, and wellness programs.
• Perks & Facilities: Flexible working hours, annual performance incentives, continuous learning credits, and retirement benefits (PF/Gratuity).

How to Apply?

1. Visit the official Siemens Energy Careers marketplace via the application link below.
2. Click on the Apply Now button.
3. Sign in or create a candidate account on the Siemens Energy job portal.
4. Upload your updated Resume/CV highlighting experience with Siemens NX, Teamcenter, and steam turbine/mechanical design.
5. Fill out the application form and submit.

Official Application Link: Apply Now

Frequently Asked Interview Questions (With Answers & Solution Guidelines)

1. Handling Large Assemblies in Siemens NX
   • Question: “How do you optimize performance and manage wave-linked geometry when handling large steam turbine assemblies in Siemens NX?”
   • Answer & Solution Context: Explain assembly representation techniques in NX such as Lightweight Representations, Reference Sets (using Model/Simplified sets), and Load Options (structure-only loading). Discuss WAVE Geometry Linkers for maintaining associative inter-part relationships while avoiding circular references.
2. Applying GD&T on Cast Turbine Casings
   • Question: “How do you establish datum reference frames (DRFs) for complex cast components like turbine casings or valve bodies?”
   • Answer & Solution Context: Detail the 3-2-1 principle using datum targets (points/lines/areas) on unmachined casting surfaces to establish a stable Primary Datum. Then explain applying position, profile of a surface, and perpendicularity controls to secondary and tertiary machined features.
3. Design for Manufacturability (DFM) in Casting
   • Question: “What key geometric factors do you consider when designing a steam turbine casting or valve housing?”
   • Answer & Solution Context: Highlight draft angles for pattern removal, uniform wall thickness transitions to prevent shrinkage defects/porosity, generous fillet radii to mitigate stress concentrations, and machining allowances on critical sealing faces.

Behavioral & Culture Questions (With Guidance & Model Answers)

1. Resolving Cross-Functional Design Conflicts
   • Question: “Describe a scenario where a manufacturing engineer requested a design change that conflicted with your structural or functional tolerances.”
   • Guidance & Answer Strategy: Use the STAR method. Emphasize data-driven evaluation—performing tolerance stack-up analysis or consulting engineering managers, holding a DFM review, and reaching an optimized compromise that maintains product safety while reducing manufacturing complexity.
2. Managing Tight Engineering Deadlines
   • Question: “How do you prioritize design releases when managing multiple component drawings with tight project delivery schedules?”
   • Guidance & Answer Strategy: Frame your response around structured project management (such as JIRA or Teamcenter workflow tracking), identifying critical-path long-lead items (like heavy castings/forgings) for early release, and maintaining clear communication with line managers.