Posted:
1/11/2026, 1:14:53 PM
Location(s):
Vadodara, Gujarat, India ⋅ Gujarat, India
Experience Level(s):
Mid Level ⋅ Senior
Field(s):
Mechanical Engineering
Responsibilities
- To understand the specification of the project, product, customer requirement, Generator operating parameters and operating sequences of Hydro power plant
- Perform Basic Design and calculations for Generator auxiliary systems such as Braking, Lifting, Thrust bearing oil injection, Oil mist exhaust, Brake dust exhaust, Carbon dust exhaust, Fire fighting system, Air-water Coolers, Oil-water coolers for bearings, their piping’s layout,.
- Prepare technical specifications and drawings specifying design requirements
- Manage and execute work-packages with Product definition team
- Working with suppliers for defining, improving or cost out during design phase
- Support to Supply chain during execution phase
Accountabilities
Execute with required Quality, within budget and lead times specified
Measurement
On time delivery, Quality, Cost (components, engg hours)
Candidate Requirements
Educational Requirements : B. E. (Mechanical)
Knowledge / Experience
- At least 3 years in design of Hydro Generator auxiliary systems. Total experience desired > 5 years
- Experienced in understanding engineering requirements of Hydro Generator
- Applied knowledge of Mechanical and Electrical engg, Piping standards, Heat exchangers
- Experienced in preparing design specifications for components mentioned in ‘responsibilities’
- Experienced in Design & Engineering Processes
- Good level in ‘MS Office” Application
- User Level SAP System, PLM (CORELLA)
- Experienced in CAD tools preferably AUTOCAD and UG NX
Behavioural and Technical Skills / Competencies
- Communication, Inter-personal relationship
- Pro-active & responsiveness
Relocation Assistance Provided: Yes
Website: https://www.gevernova.com/
Headquarter Location: Boston, Massachusetts, United States
Employee Count: 10001+
Year Founded: 2021
IPO Status: Public
Last Funding Type: Grant
Industries: Energy ⋅ Energy Efficiency ⋅ Sustainability