Adarsh Australia is an engineering design and manufacturing company. Design services cover mechanical and mechatronic product design, prototyping and mass manufacture of metal and plastic parts and assemblies. Manufacturing methods including advanced machining, casting, forging, fabrication, extrusion, injection moulding and 3D printing.Responsibilities:• Overseeing multiple projects for multiple clients, managing deadlines, resources, scope changes, billing/commercial and client expectations.• Leading the team by identifying team/company goals, defining responsibilities & expectations, setting individual / group goals and measuring performance.• Growing morale by listening to team members, building trust, identifying individual career / skill development goals, etc.• Building the engineering team / recruiting staff.• Working with owners to understand priorities, major clients, company goals, etc.• Implementing systems to track billable/project hours and time spent on internal overheads. • Implementing processes and systems to track and summarise status of all ongoing projects.• Providing technical support for engineering staff relating to engineering design and manufacturing issues and assisting with key decisions when required.

Aurora Labs Limited (A3D), is an Australian industrial technology and innovation company that specialises in the development of 3D metal printers and their associated intellectual property. Responsibilities / skills / experience:• Design, maintain and improve complex metal 3D printing machines for internal use. These systems are manufactured using traditional manufacturing processes and incorporate complex mechanical, electrical, electronic and software components.• Work with customers to design parts for 3D printing (often referred to as DfAM – Design for Additive Manufacturing). Familiar with many 3D printing processes. I have designed parts that have been made using LBPF, FDM, SLS and MJF processes.• R&D environment.• Drive innovation, propose original solutions, analyse problems and ideas.• Encourage a supportive team culture where colleagues can share ideas openly.• Test / analyse proposed solutions and communicate findings in reports/diagrams/design files.• Ensure designs meet published national and international standards (AS, ISO, etc.).• Participate in multidisciplinary design reviews.• Manage projects form initial concept, prototype testing, detailed design, assembly, and testing / commissioning through to maintenance and even decommissioning.• Participate in hands-on assembly and testing of subassemblies, prototypes, proof of concepts, etc.• Find and work with suppliers for unusual and small quantity orders for prototype systems.• Be aware of and use a range of manufacturing options and materials to improve functionality, decrease cost, etc.• Design parts for manufacture and assembly. Design systems for operation and maintenance.• Stay abreast of academic and industrial publications.• Assist in patent applications and assess competitor patents.• Keep market sensitive information confidential.

- Design and develop solutions for customers, typically asset management and maintenance issues- Generate initial concepts, including drawings and calculations, and assess these against required deliverables- Manage projects from quotation through design, manufacture and testing of final product- Document detailed design process including drawings, material selection, stress calculations, compliance with standards, etc.- Provide engineering support for workshop and site based activities. Generate work packs, engineering reports, letters, quotations, costing, etc.- Specify, design, source and build test rigs; develop drawings, procedures, work instructions, test criteria, etc. to ensure testing is compliant with industry standards and client requirements- Work with all stakeholders to ensure projects are completed on time and efficiently- Utilise strong technical knowledge of valves, actuators and instruments powered by electrical, electronic, pneumatic and hydraulic systems

- Completed investigatory phase and proof of concept phase in the development of a low shearsubsea choke valve (a radical new design)- Carried out extensive testing of various geometries, pressures, flow rates, etc. using an in-house flow loop - Analysed and interpreted the data to evaluate concepts- Conducted CFD simulations using ANSYS Fluent and CFX packages- Produced complex design files, drawings, test and progress reports and funding proposals- Secured funding from BP for prototype testing phase

- Designed and qualified bespoke subsea choke valves for over 12 oil and gas projectsincluding BP Juniper, Total Moho, Noble Leviathan, Talisman MAR, Petrobras GlobalManifolds, Chevron Captain and Statoil Gjoa- Designed and qualified transport, lifting and testing skids and choke insert running tools tooffshore lifting standards (DNV 2.7-1 & 2.7-3)- Proposed and developed solutions for customers, designed final product (BOM) and solvedany problems which arose during manufacture, assembly and testing (FATs)- Created and approved 3D models of parts and assemblies, machine detail drawings, welddetail drawings, assembly drawings and hydraulic and electrical schematics- Ensured compliance of new products with industry standards (API, NORSOK, ASME, DNV,NACE, etc.) and company/customer standards- Drafted new test procedures, oversaw testing and generated test reports- Created and approved detailed design files (i.e. stress calculations)- Completed courses on subsea systems, drilling and production, lean manufacturing andimplemented continuous improvement projects

- Contracted by ABB to install and pre-commission all instruments and associated electrical cabling in the construction of a pulp and paper plant, a A$500 million project for VISY located in Tumut, NSW, Australia- Liaised with the client on a daily basis, planned and assigned work , signed off on testing and other work, updated progress reports and solved various issues as they arose- Had responsibility for the supervision of up to 25 employees - Selected by ABB engineers to stay on as part of a skeleton crew tasked with solving unforeseen problems which occurred during start up