Ajay Raghavan Email & Phone Number

Ranipet, Tamil Nadu, India

Puducherry, India

*Collaborated with Senior Engineers in project initiation , planning, execution, monitoring and control.*Managing project documentation and co ordinating with team members to ensure project timelines are met.*Equipment design documents review and General Layout Diagram review*Piping and Instrumentation Diagram review and documentation*Piping Isometric diagram review and Pipeline erection*Rotary and stationary equipment erection. commissioning, Troubleshooting and Maintenance*Commissioning and maintenance of rotary equipment like centrifugal pumps, Blower, Reciprocating Compressor, Screw Compressor, Acid Ring compressor *Commissioning and Maintenance of material handling equipment like screw conveyor, Bucket elevator, Lump breaker * Maintenance of Vapour Compression Refrigeration system and Vapour absorption refrigeration system *Commissioning and maintenance of Stationary equipment like Heat pump, condenser, Heat Exchanger, Scrubber, Silo, Vaporizer, Chlorine Liquification unit*Commissioning and maintenance of Pressure Swing Adsorption Nitrogen Plant, Pressure Reducing Station, Air Dryer Unit*Post project modification work for ease of process plant operation and estimating the cost for modification work.*Drafting 2D and 3D sketches related to post project modification (MOC)*Report generation of day to day Project and Maintenance activities*Performing and Keeping records of maintenance activities including repairs, replacements and Inspection*Implementing preventive maintenance programs *Generating the Preventive Maintenance checklist, Standard Maintenance Procedure.*Periodical inspection of Bearing using Shock Pulse Monitoring method and Vibrational analysis*Planning and supervising the day to day maintenance activities*Assisting senior Engineers in maintaining the critical spares of Equipment.

1. I have gained an understanding of Additive Manufacturing (AM) Technologies, including various processes such as Fused Deposition Modeling (FDM), Stereolithography (SLA), Selective Laser Sintering (SLS), and Direct Metal Laser Sintering (DMLS).2. In Materials Science, I have grasped the basics of the properties and characteristics of different materials utilized in additive manufacturing, encompassing polymers, metals, ceramics, and composites.3. Regarding Post-Processing Techniques, I have acquired knowledge of methods such as machining, sanding, polishing, and surface treatment aimed at enhancing the final part quality.4. I have comprehended the basic procedures for Quality Control and Inspection, enabling me to inspect and evaluate AM parts for defects, accuracy, and dimensional tolerance using metrology tools.5. Through exploring Industry Applications, I have gained insight into the real-world utilization of additive manufacturing across various sectors such as aerospace, automotive, healthcare, and consumer goods. This theoretical knowledge and industry insights are valuable for future careers in additive manufacturing or related fields.

Coimbatore, Tamil Nadu, India

1. Understanding Symbols: I have learned the basic symbols utilized in GD&T and their meanings, including concentricity, perpendicularity, flatness, etc.2. Dimensioning Principles: I have become familiar with dimensioning principles such as datums, tolerance zones, and feature control frames.3. Reading Drawings: I have acquired the skill of reading engineering drawings and comprehending GD&T callouts and specifications.4. Tolerance Analysis: I have acquired the ability to perform tolerance analysis to ensure parts fit together and meet functional requirements.5. Measurement Techniques: I have gained an understanding of various measurement techniques used in GD&T, including coordinate measuring machines (CMM), gauges, and optical comparators.6. Software Proficiency: I have achieved proficiency in CAD software that supports GD&T annotations and analysis.7. Standards Knowledge: I have familiarized myself with relevant GD&T standards such as ASME Y14.5 and ISO 1101.8. Problem-solving: I have developed problem-solving skills to interpret GD&T requirements and address any issues that may arise during manufacturing or inspection processes.

Coimbatore, Tamil Nadu, India

1. Understanding basic engineering principles, such as force, motion, and material properties, is crucial for designing conveyor systems.2. Proficiency in CAD software, such as AutoCAD and SolidWorks, enables the creation of detailed designs and models for conveyor systems.3. Familiarity with various types of materials and their handling requirements ensures that the conveyor system is efficient and safe for use.4. I have acquired a basic understanding of the automation and controls utilized in modern conveyor systems.

Bachelor Of Engineering - Be, Mechanical Engineering

Activities and Societies: National Service Scheme, Motorsports club : Transmission subsystem, Sports club (soccer)

Pg Diploma, Oil And Gas

ASME and API standards, Piping codes, Process Equipment, Piping Isometric Diagram drafting and Piping construction, Piping support, BOM.