About Company
At Baker Hughes, our people are the core of our success. We believe we are at our best when everyone is empowered to bring their authentic selves to work. We invest heavily in health, well-being, and leadership development to ensure our talent is rewarded and engaged.
Job Details
| Role: | Mechanical Product Design Engineer |
| Salary: | UP to ₹12 LPA* |
| Location: | Bangalore |
| Job Type: | fulltime |
| Posted Date: | 03/02/2026 |
| Application Deadline: | Apply Soon |
Job Description
Do you have a passion for designing the next generation of energy products? Are you eager to build a career with a global leader in energy technology?
Our Turbomachinery & Process Solutions division provides the industry-leading products and services that power the extraction and processing of global energy. We are a team built on integrity, connecting innovative ideas with the right people to create real value. We foster an entrepreneurial culture designed to unlock potential and bring reliable energy to the world.
Partner with the Best
As a Mechanical Product Design Engineer, you will take ownership of designing, simulating, and analyzing critical components for Centrifugal Compressors, Turbo Expanders, and other essential machinery in the energy sector.
Requirements
- To be successful in this role, you will need:
- A Bachelor’s or Master’s degree in Mechanical Engineering.
- 1–5 years of experience in structural analysis and FEA simulations.
- Proficiency in software such as Ansys, Abaqus, or similar simulation tools.
- A robust understanding of the mechanics of materials, structural dynamics, and failure analysis.
- Knowledge of thermo-mechanical phenomena and heat transfer concepts.
- The ability to interpret engineering drawings and material specifications.
- Strong analytical, problem-solving, and communication skills.
- Preferred Qualifications:
- Experience within the aerospace, automotive, or energy sectors.
- A solid grasp of Machine Drawing fundamentals, specifically GD&T.
- Experience with CAD software such as SolidWorks, CATIA, or Creo.
- Knowledge of scripting languages like Python or MATLAB for post-processing automation.
- Familiarity with industry standards like ASME, ASTM, or ISO.
- Self-driven mindset with proven leadership and interpersonal skills.
Roles and Responsibilities
- Conducting detailed structural and Finite Element Analysis (FEA) on complex mechanical systems.
- Utilizing advanced tools like Ansys or Abaqus to simulate stress, deformation, and potential failure points.
- Performing static, dynamic, thermal, and fatigue analyses to guarantee product reliability.
- Validating simulation results through a combination of manual hand calculations and experimental data.
- Optimizing designs based on your analysis to improve structural integrity and performance.
- Compiling technical reports and presenting your findings to stakeholders and internal engineering teams.
- Maintaining a deep understanding of industry trends and advancements in FEA methodologies.
- Executing projects using sound engineering principles while adhering to business standards and program requirements.
- Designing centrifugal compressors based on specific mechanical and thermodynamic needs.
- Providing technical support and interacting directly with customers.
How to Apply?
Role Summary
The Mechanical Product Design Engineer (internally known as Engineer 1) is a specialized technical role focusing on the “heart” of energy infrastructure: rotating machinery. Unlike general design roles, this position is heavily analytical. You aren’t just creating 3D models; you are using advanced physics simulations to ensure that a compressor spinning at thousands of RPMs doesn’t fail under extreme thermal and structural stress. You are the gatekeeper of safety and efficiency for machines that power entire regions.
Company Culture & Insights
Baker Hughes has a “legacy-meets-future” vibe. Having been a part of GE in the past, they maintain a very rigorous, “standard-operating-procedure” heavy engineering environment. However, since becoming an independent energy technology company, there is a visible shift toward Energy Transition and Digital Transformation. In India (Bangalore/Pune hubs), the culture is highly collaborative, with a strong emphasis on technical mentorship. It is an environment where “the math has to be right,” but they encourage “entrepreneurial thinking” to find cleaner ways to move energy.
Why We Recommend This Job
- Technical Rigor: If you actually enjoy the “hard engineering” you learned in university (FEA, Thermodynamics, Materials Science), this role lets you use it daily.
- Net-Zero Mission: You are working for a company that has a hard deadline (2050) for net-zero. Your optimizations directly reduce the carbon footprint of energy processing.
- Niche Expertise: Turbomachinery is a specialized field. Gaining 5 years of experience here makes you a highly sought-after expert in the energy, aerospace, and defense sectors.
Career Growth Potential
Starting as an Engineer 1, the path typically leads to Senior Engineer, Lead Engineer, and eventually Principal Engineer or Technical Consulting roles. Because this role involves customer interaction and project execution, it also provides a viable path into Technical Project Management or Product Management within the energy sector.
Skills You’ll Gain
- Advanced Simulation: Mastery of Ansys/Abaqus for non-linear, fatigue, and thermal simulations.
- Turbo-machinery Design: Deep knowledge of the thermodynamic and mechanical requirements of compressors and expanders.
- Industry Standards: Expert-level familiarity with ASME and ISO codes, which are the “law” in global engineering.
- GD&T Mastery: Precision engineering skills that are transferable to any high-end manufacturing industry.
Salary & Benefits Info
- Salary Range: For an Engineer with 1–5 years of experience in Bangalore/Pune, the estimated Total Compensation (TC) for 2026 is ₹9,00,000 – ₹17,00,000 per annum, depending on the depth of FEA expertise.
- Benefits: Baker Hughes is known for its “Safety Net” benefits—their life insurance and disability programs are often more robust than typical IT companies, reflecting the industrial nature of their work. The “contemporary work-life balance” often translates to flexible hours and a strong focus on mental health.