Lead Mechanical Design Engineer

Qualification:

Experience:

Software Proficiency:

Responsibilities:

1.      Lead the Mechanical Department to deliver projects according to schedule and quality standards.

2.      Proficient in working with international standards (ASME, EN, API, IEC, PED, etc.)

3.      ASME codes and API / TEMA standards for static equipment such as Pressure vessels, Columns, Storage tanks, Exchangers.

1. Review and design pressure vessels, tanks, columns, and exchangers
2. Validate design calculations per ASME Sec VIII, EN 13445, TEMA, API 650 etc

6.      Conduct design calculations and review Mechanical Data sheets/specifications.

7.      Prepare Mechanical data sheets, Material Requisitions (MR), Technical Bid Evaluations (TBE) and Purchase specifications.

1. Development of each package through Kick-off meetings, Design Reviews, FAT s etc.
2. Project manage Suppliers to ensure packages are designed, manufactured and tested as per project requirements
3. Interfacing with clients, vendors, client project management and other disciplines ensuring the highest level of service is provided
4. Delivery of agreed design scope within budget hours and schedule
5. Knowledge of NDT requirement, code stamping and WPS /PQR.
6. Working Knowledge of FEA using software like ANSYS, Nozzle Pro etc (a plus).
7. Working knowledge of wind and seismic analysis using various National and International codes, standards and case studies.

15.  Review and approve vendor drawings, TPI reports, and coordinate with vendors and other disciplines.

16.  Provide training and support to the team, collaborate with management, participate in vendor meetings, and address site queries as needed.

17.  Hands-on experience with PV-Elite, Ansys, Finite Element Analysis (FEA), 3D model review software, and AutoCAD.

Additional Skills:

1.      Strong leadership and team management abilities.

2.      Effective communication and interpersonal skills for coordinating with internal teams, vendors, and clients.

3.      Problem-solving skills to address technical challenges and optimize project outcomes.

4.      Project management experience or knowledge to oversee project schedules, budgets, and resources.

5.      Experience in material selection per process requirements in compliance with various national and international codes and standards

1. Expertise in software used in the design of pressure vessels such as DISASU, PVElite and/or COMPRESS.

7.      Familiarity with industry-specific software and tools beyond the mentioned ones, such as SolidWorks, CATIA, or CREO.

8.      Knowledge of industry trends, best practices, and emerging technologies in mechanical engineering.

9.      Experience in conducting failure analysis, risk assessment, and reliability engineering.

10.  Regulatory compliance knowledge related to safety, environmental, and quality standards.

11.  Strong attention to detail and ability to ensure accuracy in engineering designs and documentation.

12.  Continuous learning mindset to stay updated with advancements in mechanical engineering practices.

13.  Familiarity with Quality, Environmental, Health, and Safety (QEHS) standards and regulations is a plus.