Allyson Clark, Ms, Pmp Email & Phone Number

Helsinki, Uusimaa, Finland

Helsinki, Uusimaa, Finland

Helsinki, Uusimaa, Finland

Espoo, Finland

Mountain View/San Francisco

Palo Alto, CA

• Program manager for $6M program with 18 month execution to collaboratively engineer andmanufacture a spacecraft structure
• Responsible for successful execution of program statement of work and contract deliverables
• Oversees program execution, schedule management, financial analysis, scope management,and engineering execution
• Manages customer relationship and expectations as well as collaboration efforts
• Creates program management processes and tools for financial analysis, change management,team management, task management
• Manages quick-turn proposals for new contracts - includes gathering and editing technicalinputs, costing program efforts, leading bid/no-bid and pricing reviews at the executive level

• Provides project management oversight for advanced materials research and development to improve spacecraft performance and affordability. Generates project plans, schedules, and budgets for the development, testing.
• Development of detailed project plans and tools to monitor and track progress
• Oversight of schedule status and responsibility to troubleshoot and minimize impacts
• Coordination of resources and execution of projects to meet schedule objectives
• Continuous evaluation of project benefit against expected return on investment
• Manage changes to the project scope, project schedule, and project costs using verification techniques

Palo Alto

• I'm in charge of managing all waveguide analysis on our spacecraft - this includes delegating analysis tasks, managing the analysis schedule, handing off analysis packages, developing and maintaining analysis standards.
• I also perform engineering analyses at the component and systems level for various satellite subsystems – the analyses include modal analysis, sine/random vibration, thermal stress, thermal distortion, fastener analysis
• I help run static testing for our central cylinders - this includes verifying the test setup, running the test and monitoring all data during the test, verifying all data immediately following each load case to.

Palo Alto

• I performed engineering analyses at the component and assembly level for various satellite subsystems – the analyses include modal analysis, sine/random vibration, thermal stress, thermal distortion, fastener analysis
• I was a group lead for transitioning to new document and product management software. I helped our group troubleshoot and document errors. I also helped adjust our previous document release cycle to best fit the new.
• I was the liaison between the multiplexer group and the machine shop to track and order all parts related to the mux group's prototyping efforts and assembly needs
• I developed a system to manage and track machine shop orders for the multiplexer group’s prototyping efforts - this included creating an easy to use spreadsheet that indicated when parts were on time, late, or needed.
• I developed process improvement for tracking tooling fixtures related to test and assembly of multiplexer devices
• I managed vendor created designs to ensure quality and maintain schedule

As the chair of the Santa Clara Valley Section I set the strategic goals for the Section. I also oversee all activities of the section and help our appointed leaders run their respective events.

Santa Clara Valley Section

Davis, CA

• Enhanced the control and handling of the ARDVAC robotic arm
• Optimized human interface with controller
• Identified handling problem with current design and determined scope of the project
• Designed and prototyped an intuitive user interface using one joystick, MATLAB, and a microcontroller
• Performed kinematic analysis, workspace analysis, and manipulability analysis of old and new designs
• Used robotic manipulation theory and path planning to devise a more intuitive control interface

UC San Diego, Department Of Bioengineering

• Devised a comfortable and low-cost means to wake a sleeping person during the lighter stage of sleep that follows a REM cycle.
• Collaborated with classmate to develop unique design project rather than pick from projects offered
• Developed business case, performed patent searches, performed market research, and identified possible vendors for components
• Built multiple prototypes to detect and analyze biosignals using knowledge of linear circuits, MATLAB and LabVIEW

I was in charge of raising and allocating approximately $20,000 in order to run the Junkyard Derby event. I was also in charge of a student committee that helped me fundraise, advertise, and network for the event.

PRIME is a program that connects students at UC San Diego with one mentor in the United States (at UCSD) and one mentor at a PRIME site in the Pacific Rim. They perform a research project over the course of a 10 week spring quarter and 9 weeks abroad in their host country. I was able to work in Dr. Shu Chien's Vascular Molecular Bioengineering Laboratory.

The exact details are proprietary, but below is a general description of the internship.This was a 12 week internship that focused on an engineering design problem. It was obtained through the UCSD Jacobs School of Engineering Team Internship Program. I worked with a teammate to generate ideas, refine designs, and eventually prototype models using additive.

Ran Luminex-based antibody detection assay (Labscreen), performed the analysis for the antibody detection assay, tissue culture, HLA typing by DNA rSSOP technique, attended biweekly presentations concerning the progress of the research conducted by the laboratory staff and visiting doctors.

Masters, Mechanical Engineering

Activities and Societies: Mechanical Engineering GSA Representative

Bachelors, Biomedical Engineering

Activities and Societies: Triton Engineering Student Council Board Member: Junkyard Derby External Relations Chair (2008-2010), Biomedical.