Throughout my professional experiences I have developed strong expertise in 3D modelling (drafting), rapid prototyping (3D printing) and tooling / building new designs. My specialty lies with my talen... Read more

Throughout my professional experiences I have developed strong expertise in 3D modelling (drafting), rapid prototyping (3D printing) and tooling / building new designs. My specialty lies with my talents of research, communication, and imagination - providing the ability to derive a realistic design from a given idea. I have extensive experience in drafting 3D models from spoken ideas in the office environment, which are then used in communication and negotiation strategies with stakeholders. I have often rendered 3D models to photorealistic quality (Blender and Fusion 360 software) and been able to utilise my visual design expertise to further modify the resulting 2D images (Photoshop and GIMP). These skills have been used in manufacture, simulation, selling, and simple ideation. To substantiate my claims, I have six years of experience as a design engineer, consistently finding myself in a seat for researching, concepting, and communicating solutions. I have a diverse skillset and deep knowledge base in the context of robotics. Within my most recent office, I engineered designs for industrial automation of innovative robotic solutions. Projects have featured large-scale cartesian gantries and robot arms, as well as small-scale benchtop instruments and miniature devices. Furthermore, in this role I have: • Completed conceptual, embodiment, and detailed designs using 3D CAD packages. • Led the generation of successful quotes for robotic solutions. • Developed a problem-solving skill for robotics, having explored the pros and cons of various robotic solutions in great depth. • Refined interpersonal skills, representing the company in meetings with valued clients at all project stages. To provide discipline and direction to the use of my skillset, within my second most recent office I worked as an R&D engineer for IVD medical devices - a very heavily regulated industry. I steadily earned promotion to a leadership position as the department's Quality and Process Coordinator, demonstrating initiatives that led to a more intelligent and refined workplace culture. I can be contacted by phone ▒▒▒▒▒▒▒▒▒▒▒▒▒▒▒ or by email ▒▒▒▒▒▒▒▒▒▒▒▒▒▒▒▒▒▒▒▒▒▒▒▒ I can guarantee a response within 24 hours. If you have any questions or comments, don't hesitate - I don't bite!

Hi! My name is Matt, I am a mechanical engineer with over 10 years' experience in the design industry. Through my career, I have designed in numerous industries, with experience in the following: - Bi... Read more

Hi! My name is Matt, I am a mechanical engineer with over 10 years' experience in the design industry. Through my career, I have designed in numerous industries, with experience in the following: - Biomedical equipment (neonatal humidicribs with transport systems) - Moulds and toolings for fibreglass - Heavy truck sub-frames and vacuum truck systems - Wastewater and water treatment process systems using ozone and oxygen gas injection and generation systems - Process systems and mechanical components for use in the nuclear industry (waste treatment/encapsulation) - Residential (kitchen benches) - Custom toolboxes - Trailers and caravans I also have significant experience in reverse engineering components and systems. I have 10+ years' experience with Solidworks, and I hold the following certifications: - Certified Solidworks (CSW) Associate - CSW Professional - CSW Professional Advanced - Sheet Metal, Weldments, Drawing Tools and Surfacing - CSW Expert I have over 10 years' experience with additive manufacturing and CNC manufacturing as well as an intimate understanding of fabrication and manufacturing techniques. Please note - I have quoted a rate for DRAFTING services (3D and 2D). Any engineering attracts a fee of $120 AUD/hour.

I am a University Medal-winning Biomedical Engineer specializing in high-precision mechanical design and engineering-grade CAD. I focus on delivering functional, production-ready hardware through adva... Read more

I am a University Medal-winning Biomedical Engineer specializing in high-precision mechanical design and engineering-grade CAD. I focus on delivering functional, production-ready hardware through advanced modeling and rigorous analysis. Core Expertise: • Precision CAD Modeling: Expert in SolidWorks, Fusion 360, and Autodesk Inventor for complex mechanical assemblies and parametric design. • Validation & Analysis: Skilled in Finite Element Analysis (FEA) and materials testing to ensure component integrity under real-world loads. • Design for Manufacturing (DFM): Extensive experience in optimizing designs for CNC machining and 3D printing using GD&T standards. • Technical Documentation: Proficient in creating detailed engineering drawings and regulatory-compliant documentation. Professional Background • Medical Device R&D: Optimized mechanical workflows and hardware iterations for active medical devices in high-stakes engineering environments. • Prototyping: Led the end-to-end development of complex devices, from initial CAD concepts to fully validated physical prototypes. I provide professional engineering services for startups and established businesses looking for precise, manufacturable, and data-driven design solutions.

I am a mechanical engineer with over 3 years of experience in the design and execution of specialized mechanical systems for the oil & gas, agricultural, and biomass industries. My expertise encompass... Read more

I am a mechanical engineer with over 3 years of experience in the design and execution of specialized mechanical systems for the oil & gas, agricultural, and biomass industries. My expertise encompasses 3D modeling, fabrication drawings, structural design, and project management, delivering tailored solutions for complex industrial challenges. Design Engineer – Oil & Gas Sector In my role as a design engineer, I was responsible for the complete design and development of various specialized trailers and equipment, including: • Mud Tanks on Axles: Designed for the storage and transportation of drilling fluids. • Frac Tanks: Large-capacity steel tanks used for storing liquids during hydraulic fracturing operations. • Dewatering Units: Systems for separating solids from liquids in drilling operations. • Acid Tanks: Containers designed to safely store and transport acidic fluids. • Centrifuge Stands: Structures supporting centrifuges used in solids control. • Mobile Wireline Units: Truck-mounted units equipped for wireline operations. • Standard Lowboy Trailers: Trailers with a low deck height for transporting heavy equipment. • Custom Trailers for Specialized Operations: Tailored designs to meet specific operational requirements. • Steel Platforms and Storage Tanks: Structures for various industrial applications. My responsibilities included 3D modeling, creating fabrication drawings, material selection, and coordinating with manufacturing teams to ensure the successful realization of each project. Project Engineer – Agricultural & Biomass Industries As a project engineer, I led the design and implementation of mechanical systems for the processing of African palm oil and biomass energy production. Key projects included: • Drag Chain Conveyors: Used for horizontal transport of bulk materials. • Screw Conveyors: Employed for moving granular or semi-solid materials. • Bucket Elevators: Vertical conveyors for lifting bulk materials. • Fruit Digesters: Equipment for breaking down palm fruit to extract oil. • Belt Conveyors: Systems for continuous transport of materials. • Nut Storage Silos: Structures for storing palm nuts. • Chimneys and Multicyclones: Devices for controlling emissions from biomass boilers. I managed these projects from initial concept through to commissioning, ensuring compliance with industry standards and client specifications. I am currently based in Australia and open to opportunities in mechanical design and project engineering, both on-site and remote.