Venkat Poolla serves as a Principal Mechanical Engineer at Solara Automation, where he leverages his extensive experience in the manufacturing industry to spearhead innovative automation solutions across diverse sectors, including electronics, pharmaceuticals, automotive, consumer goods, and construction materials. With a strong focus on custom automation...
Venkat Poolla serves as a Principal Mechanical Engineer at Solara Automation, where he leverages his extensive experience in the manufacturing industry to spearhead innovative automation solutions across diverse sectors, including electronics, pharmaceuticals, automotive, consumer goods, and construction materials. With a strong focus on custom automation needs, Venkat excels in tackling new Requests for Quotations (RFQs) by meticulously understanding customer requirements and generating tailored concepts that address both simple and complex automation challenges.
In his current role, Venkat is not only a technical project lead but also a visionary in the research, design, prototyping, and testing of new machines and fixtures aimed at enhancing manual processes. His commitment to improving production efficiency, ergonomics, and quality is evident in his hands-on approach to developing cutting-edge solutions that incorporate the latest technologies in robotics and automation equipment. Venkat's expertise in smart manufacturing and design for assembly ensures that the systems he develops are not only innovative but also scalable and sustainable.
His proficiency in extrusion processes, 3D rendering, and Computer Numerical Control (CNC) further solidifies his capability to deliver high-quality automation systems. Venkat's adeptness with tools such as Microsoft Office and Adobe InDesign allows him to create comprehensive documentation and presentations that effectively communicate project goals and outcomes to stakeholders. As a thought leader in the field, Venkat Poolla continues to push the boundaries of automation engineering, driving advancements that significantly impact production capabilities and operational efficiencies across multiple industries.
