Manan Ajay Shah's Linkedin Analytics

Dynamic Chemical Engineering professional with over two years of impactful experience in the Oil and Gas industry. Proficient in process design, plant operations, and material science, I excel in both independent and team-oriented settings. My extensive experience encompasses working across the entire project cycle, from Pre-FEED to FEED phases, ensuring robust planning and execution. In my current role as a Process Engineer at Worley ECR, I have worked the design and implementation of significant projects, including the development of a 120,000-ton/year PAO production facility and the engineering of an AO Production facility with a substantial increase in production capacity. I have collaborated closely with international teams, meticulously evaluating P&IDs, managing action items, and participating in safety studies to ensure adherence to client specifications and regulatory standards. Moreover, my research background, highlighted by a dissertation on the Catalytic Decomposition of Ammonia for On-site Hydrogen Generation, underscores my commitment to innovation and continuous improvement. I have consistently demonstrated exceptional interpersonal skills, effectively communicating with clients and stakeholders, and adeptly managing expectations to drive success in process design and operational roles. Outside of my professional experience, I have a solid educational foundation, holding a Master of Science in Chemical Engineering from the University at Buffalo and a Bachelor of Engineering from Dwarkadas Sanghvi College of Engineering. My technical proficiency spans a wide range of software and laboratory tools, including Bluebeam Revu, Aspen HYSYS, and XRF analysis. I am passionate about leveraging my skills and experience to tackle complex challenges and drive impactful outcomes in the field of process engineering. I am actively seeking opportunities to further contribute to the success of innovative projects and am open to new challenges and collaborations. Let's connect and explore how we can work together to achieve our objectives in the dynamic world of chemical engineering.