Posted:
2/17/2026, 1:40:05 PM
Location(s):
Gujarat, India ⋅ Vadodara, Gujarat, India
Experience Level(s):
Junior ⋅ Mid Level
Field(s):
Mechanical Engineering
Essential Responsibilities:
· Understand the specification of the project, product, customer requirement, Valve design & operating parameters and operating sequences of Hydro power plant.
· Lead and co-ordinate various design activities of Valve in a project, managing interfaces with other functions.
· Under the guidance of Senior engineer Perform the Basic Design and calculations for Valve & its operating system, Upstream pipe, downstream pipe, dismantling joint & its auxiliary systems such as by-pass line, penstock drain line, body drain line, air valve etc.
· Prepare technical specifications and related drawings specifying design requirements
· Manage and execute work-packages with Product definition team
· Execute with required Quality, within budget and specified lead time.
Qualifications/Requirements
· Bachelor’s degree in Mechanical engineering or higher.
· (Preferred) More than 3 years in design of Hydro Valve’s or Hydro Turbine.
· Applied knowledge of Mechanical engineering, and knowledge of international standards (ASME, ASTM, EN etc.)
· Experienced in Mechanical calculation.
· Good level in ‘MS Office” Applications.
· User Level - PLM (Corella)
· Experienced in 3D CAD System preferably UG NX
· Experienced in AutoCAD
Desired Characteristics
· Pro-activeness, sense of urgency, autonomous, ability to interact with different functions.
· Manage activity in multicultural and multilocation environment
· Ability to define priorities.
· Rigorous in analysis and in taking action.
· Open to change
· Continuous improvement mindset
· Team-player: Positive & engaged contributor to the team, willingness to learn & adapt to business needs.
· Fluent in written and spoken English.
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