Lead - Metallurgy – LTSSHF

• Strong knowledge of metallurgical principles for designing optimum alloy compositions, heat treatment cycles, and hot working sequences.
• Ability to meet mechanical property requirements as per customer specifications and international codes/standards for heavy forgings used in critical applications.

2. Steel Making & Forging Experience

• Hands-on experience with metallurgical aspects of steel making, hot forging sequences, and heat treatment for heavy forgings such as:
  • ASME Sec IIA grade thick forgings
  • Rotor forgings for power generation
  • Heavy forgings for other engineering applications

3. Additional Material Knowledge

• Exposure to non-ferrous and exotic materials will be an added advantage.

4. Failure Analysis

• Proven track record in conducting failure analysis and root cause analysis for quality issues related to mechanical properties and internal soundness.

5. Heat Treatment Processes

• In-depth knowledge of various heat treatment processes, material grades, and process parameters for steel making, forging, and heat treatment.

6. Technical Documentation

• Experience in reviewing technical specifications and developing:
  • Material Data Sheets
  • Process Parameterization Sheets
  • Failure analysis reports
  • Other documentation related to manufacturing and knowledge management

7. Standards & Codes

• Sound knowledge of ASME, ASTM, DIN, EN, and other national/international standards and codes applicable to materials and testing.

8. Simulation Tools

• Exposure to simulation of forging and casting processes is desirable.