Material Engineer

Roles and responsibilities

Responsible for designing, selecting, and managing the materials and components used in piping systems handling. Key duties include:

• Handling methodology Selection: Choosing appropriate handling items or tools based on project requirements and specifications.
• Sketch / Presentation – Prepare relevant handling sketch / cinematic for piping material like valve / spools / equipment’s etc.
• Developing and reviewing handling and layout plans for offshore and onshore facilities, ensuring maintainability and operational efficiency.
• Maintenance: Develop handling reports for the platform and co-ordinate with SP3D Designers for modelling of the cinematic or methods of handling of the items.
• Prepare datasheet for material handling items like rollers / shackles / A Frames / monorails / trolleys etc.
• Co-ordinate with vendor for purchase of the material handling items.

Qualifications

• :Required minimum 10 years of experience as Material Handling Engineer in Offshore Platfor
• mBachelor Degree in Mechanical Engineering

Skill

• s:Should have excellent presentation skills , knowledge in NAVIS work software for revi
• ewSoft Skills: Strong problem-solving abilities, attention to detail and excellent communication skill
• s.Should have worked in a similar role in past companies whereby independently leading the material handling engineer role, co-ordinate with various disciplines (like Mechanical dept for Crane selection / monorail capacity etc) for relevant input and verificatio

• . Material Selection
  - **Evaluate Materials**: Assess various materials for their properties, performance, and suitability for specific applications.
  - **Cost Analysis**: Analyze cost-effectiveness and availability of materials, considering environmental impacts and sustainability.

  ### 2. Research and Development
  - **New Materials Development**: Conduct research to develop new materials or improve existing ones, focusing on enhancing performance and durability.
  - **Testing and Analysis**: Perform tests to analyze the physical and chemical properties of materials, including tensile strength, hardness, and thermal conductivity.
  

Desired candidate profile

A Material Engineer specializes in the development, processing, and testing of materials used in various applications, ranging from construction to manufacturing. Their roles and responsibilities typically include:

### 1. Material Selection
- **Evaluate Materials**: Assess various materials for their properties, performance, and suitability for specific applications.
- **Cost Analysis**: Analyze cost-effectiveness and availability of materials, considering environmental impacts and sustainability.

### 2. Research and Development
- **New Materials Development**: Conduct research to develop new materials or improve existing ones, focusing on enhancing performance and durability.
- **Testing and Analysis**: Perform tests to analyze the physical and chemical properties of materials, including tensile strength, hardness, and thermal conductivity.

### 3. Quality Control
- **Standards Compliance**: Ensure that materials meet industry standards and regulations (e.g., ASTM, ISO).
- **Quality Assurance**: Develop and implement quality control processes to monitor material performance during production and application.

### 4. Production Oversight
- **Process Optimization**: Collaborate with manufacturing teams to optimize material processing and production techniques.
- **Troubleshooting**: Address issues related to material performance during manufacturing or application, proposing solutions as needed.

### 5. Characterization and Testing
- **Material Characterization**: Use advanced testing techniques (e.g., microscopy, spectroscopy) to characterize material properties.
- **Failure Analysis**: Investigate material failures to identify root causes and recommend improvements.

### 6. Documentation and Reporting
- **Technical Documentation**: Prepare reports, specifications, and documentation related to material properties and performance.
- **Data Analysis**: Analyze experimental data and present findings to stakeholders, providing recommendations based on results.

### 7. Collaboration
- **Cross-Functional Teams**: Work with engineers, designers, and project managers to integrate materials into product design and development.
- **Supplier Coordination**: Collaborate with suppliers to ensure the quality and availability of materials.

### 8. Sustainability Initiatives
- **Sustainable Practices**: Promote the use of sustainable materials and practices in engineering projects.
- **Lifecycle Analysis**: Conduct lifecycle assessments to evaluate the environmental impact of materials from production to disposal.

### 9. Training and Mentorship
- **Knowledge Sharing**: Provide training and mentorship to junior engineers and technicians on material properties and best practices.
- **Industry Education**: Stay informed about advancements in materials science and share insights with colleagues.

### 10. Compliance and Safety
- **Safety Standards**: Ensure compliance with safety regulations regarding material handling, storage, and disposal.
- **Risk Assessment**: Conduct risk assessments related to materials used in projects, identifying potential hazards.

These responsibilities highlight the importance of a Material Engineer in ensuring that materials used in various applications are safe, effective, and sustainable, contributing to the overall success of engineering projects.