Jumana Altameemi

Creative problem-solving is less structured than other innovation processes and encourages exploring open-ended solutions. Pressure management, Structural analysis, Adaptability, Teamwork, Wide knowledge of design specifications and technical drawings, Strong interpersonal and organizational skills, Innovative and creative thinker with abilities to prioritize and complete multiple tasks, Equipped with an excellent work ethic, a desire to success, and a strong sense of absolute integrity achieving exceptional outcomes while efficiently handling tasks, Ambitious self-starter, detail-oriented with the ability to work individually or as a team player on products designing projects from conception through qualification, Solid knowledge of electric power distribution systems and related devices, Sound knowledge of analog circuits, DSP, signal processing and micro controllers, public communication and presentation skills to share research, data, and technical concepts with team members and clients.

• San Francisco, CA, 2019, 2022, Medicine Dispenser: A low-cost design of a hands-free medicine dispenser can continue the advancement in technological solutions for the elderly. The medicine dispenser aims to automate the process of categorizing medicine in the form of tablets/capsules but also measuring any liquid medicine as well. The process is rather simple, an elderly individual will be able to load their medication via an application and input their medication schedule. We used the Nextion Display. More information Design specification it has three compartments for morning, afternoon, and evening pill intake. Each compartment has auto dispensed at least 1 and/or 2 pills. Compartments must remain at a temperature range of 58 to 86 degrees. It will Have a user-friendly interface for easy operation and custom scheduling. It will have Motor powered used servo motor with on and off switch.
• San Francisco, CA, 2019, 2022, Project Low-noise Headphone Amplifier: We designed and built a low-noise headphone amplifier, our main objective. We designed the circuit and the circuit board, assembled the components, and finally tested the board. We used the Eagle CAD software to design our circuit board. With this laboratory project, we learned a deeper understanding and foundation on how to use the software Eagle CAD, as well as what goes into designing a circuit board and choosing the correct components to have a successful and functional circuit.
• San Francisco, CA, Data Analysis MATLAB Project: Analyzed data to find correlation. Used multiple MATLAB functions including mean, median and standard deviation. Illustrated the data using MATLAB scatter plot.
• San Francisco, CA, Voltage Amplifier Design group project: Designed voltage amplifier using op-amp, MOSFET and BJT with LTSPICE software. Compared the three to find which one works best for peak power consumption.

• Microsoft office
• Excel
• Eagle design PCB board design
• LTSpice Circuit Simulation
• MATLAB
• Lab view
• Cougar
• Putty