Robotics Inspection:-Develop & implement robotic inspection protocols for onshore/offshore assets.-Collaborate with teams for autonomous robotic systems deployment.-Ensure compliance through regular safety and regulatory assessments.Robotic Maintenance (Robotic Repair):-Design & implement strategies for asset lifespan optimization.-Oversee robotic systems deployment, reducing downtime.-Integrate robotics into existing maintenance workflows.HSSE (Health, Safety, Security, and Environment):-Evaluate high-risk activities; implement robotic solutions.-Minimize human exposure to hazards; conduct risk assessments.-Provide continuous improvement recommendations for HSSE practices.Proof of Concept (POC) Development:-Lead POCs for ground, air, and underwater robots for onshore and offshore environment-Define project scope, objectives, success criteria.-Conduct feasibility studies to validate technical and operational viability.Risk Mitigation and De-Risking:-Identify and assess risks in robotic systems deployment.-Develop strategies for safe and reliable operations.-Perform testing and validation to de-risk robotic applications.Technology Integration:-Collaborate with vendors and internal teams for tech integration.-Ensure seamless communication and compatibility with infrastructure.Collaboration with Stakeholders:-Engage with internal stakeholders for alignment with goals.-Act as a liaison with external partners, vendors, and research institutions.Performance Optimization:-Analyze and optimize robotics performance in real-world scenarios.-Implement improvements for enhanced efficiency, reliability, and adaptability

-Develop cost models for additive manufactured products including end to end analysis of all process stages-Design Feasibility for Additive Manufacturing-Identify and implement process control and process discipline methodology to the additive manufacturing processes-Inspections, planning and Preventive Maintenance on how to run a State of the Art Additive Manufacturing Laboratory

Handling project related to Additive Manufacturing(AM)AM Feasibility, Design for Additive Manufacturing(DfAM)Reverse Engineering, 3D Scanning(Blue Light)Execute research programs working with project managers, technicians, and engineers across other disciplines in the organizationWork with other engineers to help refine the design of existing parts and optimize new parts toleverage additive technology

Customer Relationship ManagementClose interaction with Production and sales team to understand and execute the project flawlessly,Follow up and finalization of outsourced projects, Supervising project activities and handling completeproject management cycle entailing requirement gathering and final execution of projects.Develop cost models for additive manufactured products including end to end analysis of all processstages

Close interaction with Production and sales team to understand and execute the project flawlessly,Follow up and finalization of outsourced projects, Supervising project activities and handling completeproject management cycle entailing requirement gathering and final execution of projects.Daily inspections, planning and Preventive Maintenance on how to run a State of the Art AdditiveManufacturing Laboratory

"Ideate-Design-Create"Work based on SLS,SLA,VC,DMLSUse critical thinking and FDM/PolyJet/SLA/SLS knowledge to evaluate the application,and select buildorientationIdentify and implement process control and process discipline methodology to the additivemanufacturing processes

Mechanical Project Lead as well as CAD trainer

Prepare Design as the the Clients Requirements.