Shihan B

Graduate Chemical Engineer with hands-on industrial exposure through internship experience in steel manufacturing and utility plant operations, supported by a strong academic background in process engineering, unit operations, thermodynamics, mass and energy balance, process safety, and quality control. Experienced in observing real-time production processes, supporting safety

compliance, assisting in data collection, and adhering to SOP-driven operations in an industrial environment. Certified in Oil and Gas Operations, CFD fundamentals, Industrial Biotechnology, QA/QC, and Nanotechnology, with working knowledge of laboratory safety, chemical handling, and process documentation. Actively seeking an entry-level or trainee position as a Chemical Engineer, Safety & HSE Engineer, or Quality Analyst, where technical knowledge, safety awareness, and analytical skills can contribute to efficient, compliant, and sustainable operations.

• Certified by Skill Booster in CFD for Absolute Beginners
• Certified on course 'Maacodeyas'
• Hosted various workshops as an anchor
• Secured 1st place in a group of college theatre

• Disability: none
• Willing To Relocate: Yes
• Father's Name: Basheer Kutty S
• Mother's Name: Mumthas S
• Date of Birth: 08/24/99
• Nationality: Indian

• Integrated wastewater treatment using Microbial fuel cell and Adsorption, Success
• The project mainly focuses on removal of inorganic pollutants such as metal ions and organic pollutants such as biodegradable from domestic or industrial waste water.•
• The prototype of the MFC mainly consists of an anodic and a cathodic region connected via salt bridge.
• The process of removal of contaminants happens in the anodic region that consists of an anode. The anode is comprised of bio char embedded inside a e stainless steel mesh.
• The anode consisting the biochar adsorbs all the inorganic contaminants such as the metal ion and inside the anodic chamber microbes are embedded that oxidise the organic contaminants in the waste water generating electrons
• The generated electrons travel from the anodic region to cathodic region completing the circuit and producing electricity while purifying the waste water.

Industrial Biotechnology