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Greetings! I am a dedicated engineer with a passion for materials science, software development and precision manufacturing. My journey in the field of engineering has been a rewarding blend of academia and industry experience, shaping me into a versatile professional with a penchant for innovation and problem-solving.My academic foundation includes a Master of Engineering Science (Research) in Mechanical Engineering and a Bachelor of Aerospace Engineering (Hons.), both earned from Monash University in Melbourne, Australia. These programs not only deepened my theoretical knowledge but also honed my practical skills through hands-on projects. During my academic pursuits, I had the honour of presenting my research at international conferences, an experience that enriched my communication and presentation abilities.In my professional career, I've had the privilege of working at Autodesk, a global leader in software solutions. As a Materials Technician, I meticulously conducted material tests, ensuring the reliability and performance of various products. My role evolved when I became a Materials Engineer, taking on leadership in collaborative problem-solving and the design and execution of comprehensive material tests. I've also been deeply involved in software development, working with application programming interfaces (APIs) to enhance Autodesk's software functionality and integration. My proficiency extends to using Autodesk software, including Fusion 360, MoldFlow and AutoCAD, for modelling and technical drawing tasks. Throughout my career, I've maintained a strong commitment to data accuracy and integrity. My role as a Materials Engineer required me to oversee material assessments, ensuring the delivery of critical data and insights. These insights have played a vital role in driving informed engineering decisions, product improvements and innovations within the organisation. My meticulous approach, whether in laboratory operations, instrument calibration, or safety and quality standards, underscores my dedication to excellence.I am excited about the opportunities ahead and I welcome connections with fellow professionals, mentors and enthusiasts who share a passion for engineering and innovation. Let's connect and explore ways to collaborate, share insights and contribute to the ever-evolving landscape of engineering and technology.
Lovitt Technologies Australia
View- Website:
- lovittech.com.au
- Employees:
- 20
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Manufacturing Quality EngineerLovitt Technologies AustraliaAustralia
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Manufacturing EngineerAutodesk Apr 2023 - Mar 2024Kilsyth, Victoria, AustraliaIn my current role as a Manufacturing Engineer at Autodesk, I've been actively involved in a multifaceted position that encompasses a wide array of responsibilities. A significant part of my role involves programming and code development, where I actively participate in technical design processes. Collaborating closely with my peers, I've been instrumental in ensuring the efficiency and effectiveness of software development, which has been pivotal in achieving our project goals.Additionally, I've had the opportunity to work with application programming interfaces (APIs) to enhance Autodesk software functionality and integration. This aspect of my role has allowed me to contribute to the continuous improvement of our software products, enhancing their overall performance and user experience. Furthermore, I've been proficiently utilizing Autodesk Fusion 360, Autodesk MoldFlow and Autodesk AutoCAD for various modelling tasks, including the creation of technical drawings and drafting as required.Another key facet of my responsibilities has been generating G-codes for CNC machines, encompassing Tormach CNC machines and lathe machines. My meticulous approach in this area has ensured the precision and reliability of machining processes, which are crucial for achieving the desired outcomes. Key Achievements:• Utilised Fusion 360 to optimise the high-pressure design of the pvT instrument, resulting in a 20% increase in efficiency and a 20% reduction in maintenance costs.• Developed a Python program with PySimpleGUI for visualising raw data from the pvT testing instrument, enhancing usability, increasing production and improving data reliability by 30%.• Engineered an upgraded pvT instrument design, successfully assembling a third apparatus, elevating data reliability and enabling the lab to conduct three pvT tests daily instead of two. -
Materials EngineerAutodesk Nov 2021 - Mar 2023Kilsyth, Victoria, AustraliaIn my capacity as a Materials Engineer at Autodesk, I assumed a leadership role in spearheading collaborative problem-solving efforts. Central to my responsibilities was the design and execution of comprehensive material tests, aimed at ensuring the suitability and optimal performance of materials across a diverse range of projects. My leadership and active engagement in these endeavours played a pivotal role in upholding the high standards of material quality within Autodesk's projects.The development and execution of precise test plans formed a cornerstone of my role, where I applied advanced test planning skills to evaluate material properties, performance characteristics and reliability. This meticulous approach greatly contributed to the refinement of Autodesk's extensive product portfolio, as the insights derived from these assessments consistently influenced product development and enhancement decisions.Furthermore, I undertook the critical task of overseeing the assessment of materials through rigorous test execution. My commitment to precision and attention to detail in this phase of the process ensured the delivery of critical data and insights. These insights, in turn, played a vital role in driving informed engineering decisions, fuelling product improvements and fostering a culture of innovation within the organisation. Key Achievements:• Enhanced pvT sample preparation techniques through CNC machining G-code optimisations, resulting in a 15% increase in density measurement accuracy, particularly for dense fibre-filled polymers.• Streamlined pvT testing procedures, including pvT cell preparation and handling of the confining fluid (mercury), leading to a 15% reduction in lab maintenance and consumables costs while enhancing safety protocols.
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Materials TechnicianAutodesk Oct 2017 - Nov 2021Kilsyth, Victoria, AustraliaMaking the transition to Materials Technician at Autodesk, I was deeply engaged in a multifaceted position that demanded the application of collaborative problem-solving skills. My primary responsibility was to execute extensive material tests, ensuring the reliability and optimal performance of a wide range of products within Autodesk's portfolio. In this capacity, I played a crucial role in upholding the quality standards expected from our materials.To achieve this, I meticulously developed and executed comprehensive test plans, focusing on the evaluation of material properties and behaviours relevant to Autodesk's projects. My efforts in this area significantly contributed to the enhancement of product quality and durability, as the insights gained from these tests directly influenced design and engineering decisions. This precision and attention to detail were fundamental in gathering valuable data and insights essential for making informed choices aimed at optimising product performance.Throughout my tenure, I recognised the paramount importance of precision in the testing process. My commitment to maintaining high levels of accuracy in data collection was unwavering. By adhering to these principles, I ensured that the valuable information gathered during testing became a cornerstone in Autodesk's decision-making processes, ultimately leading to the continuous improvement and optimisation of our products.
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Research Engineer | Department Mechanical And Aerospace EngineeringMonash University Apr 2011 - Oct 2017Clayton, Victoria (Australia)In my role as a Research Engineer at the Department of Mechanical and Aerospace Engineering at Monash University's Clayton Campus, I assumed a pivotal role in the comprehensive evaluation of security mesh materials, aligning them with stringent Australian standards. My responsibilities revolved around conducting rigorous tests and analyses to validate the suitability of these materials for their intended purpose. These efforts culminated in the generation of detailed test data reports, instrumental in certifying the compliance of these products.Collaboration was a fundamental aspect of my role, as I worked closely with multidisciplinary teams to innovate testing methodologies. Our aim was to ensure the precise and accurate assessment of security mesh performance, a critical element in enhancing security solutions. This collaborative spirit extended to contributing my expertise to ongoing research initiatives, furthering the development of cutting-edge security solutions that met the evolving standards and requirements of the industry.Furthermore, I upheld the importance of data integrity throughout my tenure. I diligently maintained meticulous records of testing procedures and outcomes, ensuring that data accuracy remained uncompromised. This commitment to precise documentation played a pivotal role in facilitating informed decision-making processes within the organisation. I also took an active part in the continuous improvement efforts aimed at refining security mesh products, thereby continually aligning them with the dynamic landscape of industry standards and requirements. -
Teaching Associate | Department Of Mechanical And Aerospace EngineeringMonash University 2011 - 2013Clayton, Victoria (Australia)During my role as a Teaching Associate/Tutor at the Department of Mechanical and Aerospace Engineering at Monash University's Clayton Campus, I had the privilege of contributing to the academic development of students across different levels of their engineering education. In my capacity, I instructed first-year students in Aerospace Engineering, where I meticulously delivered comprehensive lectures and practical sessions. My focus was on nurturing their foundational knowledge and skills, which were indispensable for their academic progression.In addition to this, I also had the responsibility of guiding second-year students, where I specialised in teaching dynamic subjects, thermodynamics and design units. I recognised the importance of engaging course materials in facilitating the understanding of core engineering concepts. Hence, I undertook the development and execution of such materials, aiming to enrich the educational experience for these students.Furthermore, during my tenure, I was entrusted with the guidance and instruction of third-year students in the Mechatronics & Manufacturing unit. Here, I drew upon my advanced knowledge and practical expertise in the field to provide students with a profound understanding of mechatronic systems and manufacturing processes. To reinforce their comprehension, I meticulously designed and implemented hands-on activities, fostering a deeper grasp of the subject matter.
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Reseach Scientist (Intern)Csiro 2009 - 2010Clayton, Victoria (Australia)As a Vacation Student at CSIRO's Mathematics, Informatics and Statistics department, I engaged in an intensive research role that centred on the development and analysis of dynamic models. My primary objective was to improve the accuracy and efficiency of these models and I achieved this by leveraging numerical techniques, specifically mesh-free methods. This approach not only enhanced our modelling capabilities but also contributed to the overall effectiveness of our research projects.Working in close collaboration with senior scientists, I played an integral role in the collection and analysis of data crucial to ongoing research initiatives. My contributions provided valuable insights that helped shape the direction of these projects and I actively participated in refining and optimising existing research methodologies to ensure that we consistently achieved the desired outcomes. Additionally, I diligently documented our research processes, methodologies and findings in a clear and organised manner. This meticulous documentation served as a critical knowledge repository within the team and significantly aided in the development of comprehensive research reports that encapsulated our collective efforts.Key Achievements:• Achieved Honours recognition for the project titled "Modelling Hypervelocity Impact Fracture of Ceramic Panels Using Mesh-Free Methods" and delivered a compelling presentation at the 9th World Congress on Computational Mechanics and 4th Asian Pacific Congress on Computational Mechanics in July 2010.
John Mikhail Education Details
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Mechanical Engineering
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Aerospace Engineering
Frequently Asked Questions about John Mikhail
What company does John Mikhail work for?
John Mikhail works for Lovitt Technologies Australia
What is John Mikhail's role at the current company?
John Mikhail's current role is Manufacturing Quality Engineer.
What is John Mikhail's email address?
John Mikhail's email address is jo****@****esk.com
What is John Mikhail's direct phone number?
John Mikhail's direct phone number is +614220*****
What schools did John Mikhail attend?
John Mikhail attended Monash University, Monash University.
Who are John Mikhail's colleagues?
John Mikhail's colleagues are Luke Meggs, Joe Starc, John Murray, Peter Smith, Marcus Ramsay, Chris Scammell, Kevin Mcmahon.
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