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MSD Animal Health Technology Labs specializes in the development of animal health management solutions. We are a multidisciplinary product company, a diverse team of ~450 closely collaborating scientists, AI experts, software, hardware, and mechanical engineers… working alongside veterinarians and other animal experts. Our passion? Shaping the future of animal health and well-being (for much better!). Our products and platforms identify trends and predict the likelihood of health outcomes for HUNDREDS of MILLIONS of animals each year, from pets, to poultry, farm animals, and even fish. We provide actionable insights for veterinarians, farmers, and producers, changing the way people care for animals in 150 markets. So, if you’re looking to work in a company that combines pioneering science and technology, dedicated colleagues, and animals, you’ll find it all here – come join us! We are seeking a skilled and experienced Mechanical Design Engineer to join our dynamic team in the development of physical products aimed at monitoring the wellbeing of livestock, farm and companion animals. As a part of our team, you will play a crucial role in designing and developing innovative solutions that contribute to improving animal health.
Responsibilities: · Collaborate with cross-functional teams to understand requirements and develop new design concepts. · Utilize SolidWorks or similar CAD software to create detailed mechanical designs, ensuring accuracy, functionality, and manufacturability. · Perform detailed plastic part design, considering factors like material selection, injection moulding processes, and structural integrity. · Create electro-mechanical and mechanical assemblies, that meet the required torque, force, speed, reliability, safety and cost. · Design parts and assemblies for both domestic and agricultural use. Meeting requirements for Ingress Protection, UV, Impact resistance, Temperature, Humidity, chemical resistance, and corrosion resistance. · Design for manual assembly and/or automation - using Design for Assembly tools to analysis assembly efficiency · Manage, communicate and prioritise risks using an FMEA. · Create technical specifications, test plans, acceptance criteria and work breakdowns. · Utilize SolidWorks Simulation or equivalent tools to evaluate the performance and structural integrity of designs, including static stress analysis, fatigue analysis, and mould flow. · Apply statistical techniques and tools, with Minitab, excel or other, to analyse data to understand and improve product performance, reliability and quality. · Employ statistical methods, such as Design of Experiments (DOE) and tolerance analysis, to optimize development testing and design. · Develop a broad understanding and hands-on experience with various manufacturing processes and technologies, including ultrasonic welding, laser marking, laser welding, design for assembly, and joining technologies (e.g., clip and snap fits). · Collaborate with suppliers and manufacturing teams to ensure seamless transition from design to production, addressing any manufacturing challenges or issues that arise. · Prepare design reviews, provide technical input, and contribute to the continuous improvement of the design processes and methodologies. · Perform prototyping, testing and other empirical analysis.