Main responsibilities: 1) Mechanical Modeling and Design- Employed expertise in CAD (using Onshape), for designing mechanical components.- Prepared design specifications, assembly instructions, and technical reports.- Created detailed drawing packages for the build team, including tolerance, dimensions, BOM, and assembly drawings.2) Mechanical Design Optimization and Innovation- Reviewed and optimized mechanical designs, collaborating with interdisciplinary teams… Show more Main responsibilities: 1) Mechanical Modeling and Design- Employed expertise in CAD (using Onshape), for designing mechanical components.- Prepared design specifications, assembly instructions, and technical reports.- Created detailed drawing packages for the build team, including tolerance, dimensions, BOM, and assembly drawings.2) Mechanical Design Optimization and Innovation- Reviewed and optimized mechanical designs, collaborating with interdisciplinary teams to develop innovative solutions and optimize mechanical designs.- Conducted design reviews, ensuring compliance with project requirements and standards.- Contributed to the development of new products and improvement of existing designs through creative problem-solving and engineering analysis.3) Inventory Management and Optimization- Managed inventory levels, implementing optimization strategies to minimize waste and reduce costs. Show less

-Efficiently manage administrative tasks, including scheduling, correspondence, and document preparation.- Collaborate with team members to ensure smooth office operations and support various projects.- Demonstrate strong organizational and multitasking skills in handling, playing a crucial role in coordinating a mentorship program, facilitating meaningful connections between engineering students and industry professionals.- Utilize Microsoft Office for efficient data… Show more -Efficiently manage administrative tasks, including scheduling, correspondence, and document preparation.- Collaborate with team members to ensure smooth office operations and support various projects.- Demonstrate strong organizational and multitasking skills in handling, playing a crucial role in coordinating a mentorship program, facilitating meaningful connections between engineering students and industry professionals.- Utilize Microsoft Office for efficient data management and document preparation.- Foster positive communication and coordination among team members to enhance productivity. Show less

Main responsibilities:1) Design, Analyze and Inspect (HVAC systems)- Designed and analyzed layouts in AutoCAD and Revit MEP.- Calculated Heating (HBM method) and Cooling (HBM & CLTD methods) loads.- Calculated HVAC loads using Carrier HAP.- Selected and sized furnaces, boiler, pump, air conditioner, fan, and ventilator.- Sized Ducting and Piping system.- Analyzed HVAC systems, ensuring their compliance with ASHRAE standards.- Considered energy efficiency… Show more Main responsibilities:1) Design, Analyze and Inspect (HVAC systems)- Designed and analyzed layouts in AutoCAD and Revit MEP.- Calculated Heating (HBM method) and Cooling (HBM & CLTD methods) loads.- Calculated HVAC loads using Carrier HAP.- Selected and sized furnaces, boiler, pump, air conditioner, fan, and ventilator.- Sized Ducting and Piping system.- Analyzed HVAC systems, ensuring their compliance with ASHRAE standards.- Considered energy efficiency requirements and regulations.2) Design, Analyze, and Inspect (Fire Protection systems)- Consulted for power plants (42MW to 650MW) as a mechanical engineer and inspector.- Designed and analyzed Fire Protection Systems layouts in AutoCAD and REVIT MEP.- Designed fire sprinkler systems for various industrial projects.- Ensured Fire Protection Systems and plans compatibility with standards (NFPA, ASME, API).- Checked the completeness and accuracy of Fire Protection Systems’ designs and drafts.- Verified the performance of different Fire Protection Systems as a power plant inspector.- Conducted hydraulic calculations (using PIPENET) for Fire Protection Systems of warehouses & gas oil storage tanks and evaluated P&ID to optimize safety measures and operational efficiency.- Led investigations on indoor and outdoor fire extinguishers, ensuring their readiness and adherence to safety regulations.- Assessed fire pump documents and data sheets to guarantee optimal performance and compliance with industry specifications.3) Power Plant Systems- Designed and analyzed power plant systems (Piping, and Fire Protection Systems).- Ensured power plant systems and plans compatibility with standards (ASME, API).− Analyzed economics of power plants and piping systems4) Quality Improvement- Prepared lesson learned methodology to avoid previous mistakes in new projects.- Prepared project checklists to reduce drawing omissions and revisions. Show less