Amalia Pena

About

Hello! Welcome to my page. I am a college graduate with degrees in mechanical engineering and wind energy. I'm currently employed full-time as a software engineer at JP Morgan. I am an ambitious individual with a track record for providing reliable technical expertise, project management, and program delivery. I strive to be an innovator who excels in the challenge of accurate solutions for difficult situations in engineering, design, and innovation to achieve project priorities. I take great pride in being a well-rounded and reliable leader with outstanding client facing interpersonal and communication skills. I am driven to develop and grow within an engaged, challenging, and rewarding work environment.

Experience

• Software Engineer · JP Morgan06-07-2021

  Business Unit: Corporate & Investment Banking

• Project Engineering Intern · Tesla01-01-2021 – 06-01-2021

  Will update.

• Sterilization Engineering Co-Op · Johnson & Johnson01-01-2017 – 08-18-2017

  In my Co-Op term with Johnson & Johnson, I was responsible for designing, developing, manufacturing, constructing, installing, operating, and maintaining engineering projects while establishing procedures to provide experience with engineering staff in support of specific methods, practices, and programs. Throughout this project, I collaborated and coordinated internal stakeholders to identify day to day manufacturing issues to develop strategic solutions and supported engineers, craft personnel, and operators to troubleshoot, manage project tasks, and to make required improvements. My role included defining and writing standard operating practices, protocols, completion reports, and other FDA required documentation. I regularly planned, scheduled, and aligned personal time and resource to prioritize and deliver project according to design specifications.

• Mechatronics Engineering Intern · National Science Foundation/Tennessee Tech University06-01-2016 – 08-19-2016

  The area of interest was within the Center for Manufacturing Research and College of Engineering. As an undergrad researcher, I processed additive manufacturing procedures to increase mobile climbing robots and vacuum based mobile robots’ efficiency and developed new topologies for adaptive and autonomous suspension mechanisms to improve mobility, contact, and traction. The project included advancing a multi-phase material product manufacturing for novel sensors, actuators, and mechanical joints in robotic sensors to enhance the mobile robotic printing platforms for applications in shipbuilding and commercial construction applications. Through this project, I designed advanced robotic components using additive manufacturing, including, printed electromagnetic components and developed new and innovative products for market and presented findings and designs at Oakridge National Laboratory. In addition to laboratory research, there was a technology entrepreneurship element to this program. This was an experiential learning opportunity in teaching me how engineers develop innovative new products for the market. REU: Manufacturing and Techno-Entrepreneurship, NSF Award # 1461179

Education

• Texas Tech UniversityBachelor's Degree, BS in Mechanical Engineering & BS in Wind Energy

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