As a Manufacturing Engineering Manager, I focus on planning, organizing, and managing manufacturing process workflows. My goal is to optimize manufacturing systems, processes, standards, and tooling to achieve maximum production efficiency and high-quality standards in the most cost-effective manner.Responsibilities and Achievements: .- Leadership and Supervision: Provide day-to-day direction to various manufacturing teams, including laser cutting, press braking, welding, powder coating, and assembly. .- Hands-On Approach: Take a hands-on approach to mechanical solutions and manufacturing process improvements, ensuring operational efficiency. .- CAD Design and Modeling: Utilize 2D and 3D CAD software to review models and drawings, creating project layouts for the company. .- Specification Review: Review design specifications to ensure adherence to project and customer requirements, as well as company standards. .- Engineering Solutions: Develop engineering solutions to optimize cost, process efficiency, and delivery schedules. .- Drawing Modifications: Modify engineering drawings by developing additional schematics that depict the cutting, bending, and shaping of sheet metal to produce components and assemblies according to customer drawings. .- Problem Solving: Research and resolve issues encountered during the manufacturing and fabrication of components and assemblies, ensuring smooth production processes. .- Sense of Urgency: Address production-related issues promptly, implementing new product designs and changes to existing designs quickly and efficiently.With strong problem-solving skills and a proactive attitude, I ensure that manufacturing processes run smoothly and efficiently, meeting both production and quality goals.

As a Project Engineer specializing in sheet metal fabrication, I played pivotal role in the manufacturing process, ensuring the efficient production of high-quality sheet metal components and assemblies. My responsibilities included: .- Design and Development: Collaborate with cross-functional teams to conceptualize, design, and develop sheet metal components and assemblies according to project specifications and requirements. Utilize CAD software, Inventor to model and create detailed engineering drawings. .- Material Selection and Procurement: Evaluate material properties and select appropriate sheet metal materials based on mechanical, thermal, and aesthetic requirements. Coordinate with procurement teams to ensure timely acquisition of materials. .- Manufacturing Process Optimization: Optimize manufacturing processes for sheet metal fabrication, including cutting, bending, forming, welding, and finishing operations. Identify opportunities for process improvement, cost reduction, and efficiency enhancement. .- Quality Assurance: Develop and implement quality control procedures to ensure the dimensional accuracy, surface finish, and structural integrity of sheet metal components. Conduct inspections and tests to verify compliance with design specifications and industry standards. .- Tooling and Equipment Maintenance: Collaborate with maintenance teams to maintain and troubleshoot sheet metal fabrication equipment, including CNC machines, press brakes, laser cutters, and welding systems. Recommend upgrades or replacements as needed to optimize productivity and minimize downtime. .- Project Management: Manage multiple projects simultaneously, adhering to project timelines and budget constraints. Communicate regularly with stakeholders to provide project updates and address any concerns or challenges that may arise.

As a Mechanical Design Engineer in Importaciones Boia I created detailed designs and specifications for new sheet metal products, specifically stainless steel industrial kitchen equipment, using CAD software (Autodesk Inventor and Solidworks) In this role I worked closely with the manufacturing floor and oversee the manufacturing processes for sheet metal fabrication I also developed the proper file format for transferring into machines that cut sheet metal and plate using lasers, turret punches and press brakes including fiber laser cutting (TrueLaser 1030), turret punches (TruePunch 1000), press brakes (TrueBend 3120), and welding apparatus (Fanuc ArcMate 100 ic).