Graduate Engineer Trainee

Roles and Responsibility

• Developing sustainable building services designs on numerous major projects including commercial, residential, tall tower, Infrastructure and mixed-use developments.
• Knowledge of ventilation and air conditioning systems and a successful track record of delivering detailed designs to the highest international standards. Performing engineering evaluations, feasibility studies, conceptual and final design, cost estimates, and engineering calculations.
• Researching, planning, designing and developing sustainable mechanical systems, including but not limited to HVAC, plumbing and gas distribution systems.
• Preparation of mechanical engineering calculations in support of systems design.
• Evaluating and analyzing statistical data, customer design proposals, specifications and manuals to determine feasibility of design or application.
• Evaluating design drawings and calculations for HVAC, plumbing components, piping and mechanical systems to satisfy target requirements throughout the design process and contribute to content and direction.
• Working knowledge of various building services design codes such as British Standards, ASHRAE, NFPA, IPC, IMC and other International design codes. Interfacing and working with clients in a professional manner to achieve project goals.
  

Required Qualifications & Eligibility Criteria

• A fulltime bachelor’s degree in engineering with a specialization in EEE or ECE, from a AICTE approved or govt accredited university.
• Candidate graduated or graduating in 2024 or 2025 respectively, with an aggregate of 70% or 7.0 CGPA. Applicants shouldn’t have any backlogs.
• Proficient subject matter knowledge of Electronics and Electrical.
• Willing to travel as assigned and / or attend the client service needs, under minimal supervision.
  

Desired Characteristics

• Proficient verbal and written communication skills.
• Client & service focused.
  

Inclusion and Diversity

total rewards

Additional Information

Relocation Assistance Provided: