Associate Process Engineer

Roles and responsibilities

• Be able to lead and supervise Process Engineering Teams in Feasibility, Conceptual Studies, Pre - FEED, FEED and EPC Projects
• Be willing to mentor and engage in the training and development of junior engineers in the team
• Undertake process design work of units as required, supervise and check works of assigned engineers on the project as appropriate
• Execute process engineering activities within the budget and schedule, as well as maintaining technical integrity of the design
• Ensure that detail design methods, standards and data used conform with Client's requirements and / or those issued
• Be responsible for the checking or approval of basis of design, process calculations, safety related calculations to develop the robust design
• Review and approve Process Flow Diagrams, P&IDs, PSFS, DPTDs, Equipment & Instrument specifications, Process Descriptions, cause, and Effect chart etc.
• Review and approve dynamic simulation study, transient study, surge study, Minimum Metal Design Temperature (MDMT) study, etc.
• Review and approve depressurization studies, flare load estimation and flare system design
• Ensure a high standard of safety is achieved and Environmental and Quality Assurance procedures are followed
• Review and approve safety related calculations and provide input to HAZOP, SIL and other safety reviews as required
• Identifying new methodology of work process required for higher productivity
• Contribute where necessary to review of supplier quotations and reviews of the project
• Ensure that requirements of Licensor's Secrecy Agreements are known and complied within the work performed
• Participate in technical meetings and handle discussions with client engineers
• Identification of issues that impede project progress and reporting to Project Managers, Engineering Manager / Discipline heads
• As Lead Discipline Engineer, when assigned on projects, responsible for managing the team of engineers, designers, and delivering the engineering requirements of the project
• Assist project team in the preparation of planning package, scheduling, weekly reporting etc.
• Assist as required in the preparation of pre - commissioning, commission procedures and operating Manuals
• Provided assistance in Manhours estimation and scheduling for proposals
  

Qualifications

• Bachelor’s Degree in chemical engineering or related field
• Minimum Experience of 15+ years in Oil and Gas / Petrochemical industry
• PMC experience would an added advantage
• Experienced / knowledgeable in Hydrogen / Ammonia production
• Minimum Experience of 10 years with Engineering Consultancy
• Proficient in Process Simulation software’s such as HYSYS, Flare System Analyzer, PipeNet, Pipesim, OLGA etc. and should be a subject matter expert
• Knowledge of engineering computer programs and general business software
• Experience of working in a multi - project / multi - disciplined environment and throughout all engineering and design phases of projects

Desired candidate profile

1. Process Design: Ability to design processes that meet operational and safety standards, using engineering principles and methodologies.

2. Technical Knowledge: Strong understanding of chemical, mechanical, and thermodynamic principles relevant to process engineering.

3. Data Analysis: Proficiency in analyzing process data to identify inefficiencies, trends, and areas for improvement.

4. Problem-Solving: Strong analytical and troubleshooting skills to address process-related issues effectively.

5. Project Management: Basic skills in project planning and execution, including managing timelines, resources, and budgets.

6. Communication Skills: Effective verbal and written communication skills for collaborating with team members and presenting technical information.

7. Regulatory Compliance: Knowledge of relevant regulations and industry standards to ensure compliance in process design and implementation.

8. Collaboration: Ability to work well in cross-functional teams, collaborating with other engineers and stakeholders to achieve project goals.

9. Safety Awareness: Understanding of safety practices and the ability to incorporate safety measures into process design.

10. Software Proficiency: Familiarity with process simulation and design software (e.g., Aspen Plus, HYSYS, AutoCAD) for modeling and analysis.

Areas of Expertise

• Process Optimization: Identifying opportunities to improve process efficiency, reduce waste, and enhance product quality.
• Scale-Up Techniques: Knowledge of scaling processes from laboratory to production levels while maintaining performance and quality.
• Equipment Selection: Evaluating and selecting appropriate equipment for specific processes based on performance and cost considerations.
• Testing and Validation: Conducting tests and validations to ensure processes perform as expected and meet regulatory standards.
• Documentation: Maintaining thorough documentation of processes, designs, and operational procedures for compliance and training purposes.