Dennis Zaide
About Dennis Zaide
Dennis Zaide is a Senior Sales Engineer at Automation Anywhere with 19 years of professional experience in the IT industry, specializing in intelligent automation and web applications.
Title and Current Position
Dennis Zaide is currently a Senior Sales Engineer at Automation Anywhere. In this role, he leverages his extensive background in intelligent automation and Robotic Process Automation (RPA) to drive technological solutions and assist in the sales process.
Career at EVOTEK
From 2020 to 2021, Dennis Zaide worked at EVOTEK as an RPA Developer and Technical Lead. During this year, he was responsible for leading technical teams and developing robotic process automation solutions, enhancing business processes through automation.
Experience at KPMG US
Dennis Zaide has had a significant tenure at KPMG US, where he held various roles from 2007 to 2020. His positions included Manager, Automation Admin, Nexus DA RPA Lab (2019-2020), Manager, HR Technology, Process Transformation, RPA (2018-2019), HRIS Manager (2013-2018), and Web Developer (2007-2009). During this time, he worked in Montvale, New Jersey, developing large-scale cross-platform systems and managing impactful HR and automation projects.
Early Career and Education
Dennis Zaide started his professional journey at NYCharities as Director of Internet Services from 2004 to 2007. He then transitioned to KPMG US, where his career in IT flourished. He studied Computer Software Engineering at the Chubb Institute, achieving a diploma in Application Development & Business Programming. He also attended Baruch College and completed his High School Diploma at Richmond Hill High School.
Skills and Expertise
With 19 years of experience in the IT industry, Dennis Zaide is skilled in Robotics Process Automation, C#, .Net, and various web programming languages. He is proficient in database and business intelligence technologies and excels in leading teams to develop cross-platform systems. Zaide is adept at working with stakeholders to identify inefficiencies and recommend sustainable solutions.