Daniel Reeve Email & Phone Number

Olympia, Wa, Us

Westminster, Colorado, United States

Westminster, Colorado, United States

I am currently operating as a full time child care provider to my son. I am also searching for a new opportunity that will allow me to leverage my experience to become more involved in renewable energy or energy conservation projects.

Westminster, Colorado, United States

Managed the engineering department effectively to ensure control designs met project deadlines, scope, and budget. Developed and deployed energy analytic projects utilizing SkyFoundry Skyspark and AXON programming. Programmed custom dashboards to provide inside into customer specific needs. Provided in person training for new employees. Implemented weekly Friday meetings to maintain communication with team members and ensure work load is properly distributed. Reviewed team member control drawings for training purpose. Developed a detailed quality control and check procedure for our small projects.

Greater Denver Area

Strong application engineer with extensive experience designing control systems that skillfully meet project specifications and demands while also maintaining project budget and ensuring construction can be accomplished in the project schedule. Managed all engineering work load for a Honeywell ACI elite contractor, top 15% of Honeywell WEBs contractors. Diverse experience in all stages of a DDC control project including sales, estimating, engineering, project management, programming, and project engineering. Productively managed design related tasks for over thirty projects last year. Engineered, managed, and programmed a 24,000-square-foot LEED Gold project in 2020.

7717 Detroit Ave Seattle Wa

Delivered building automation system control designs for a Honeywell ACI Elite mechanical contractor on schedule and budget. Passionate to developing a comprehensive understanding of the HVAC systems and associated control theories involved in every project. Skilled AutoCAD drafter with applied experience utilizing blocks, dynamic blocks, layers, and xrefs. Fostered a cooperative relationship with Mechanical Engineers, Electricians, Project Managers, and Field Control Technicians. Attentive to project scope, specifications, requirements, and budget when working on every design.

Greater Seattle Area

Starting in my sophomore year and throughout the remainder of my undergraduate studies I was employed by the Seattle University Mathematics department as a Learning Assistant and Study Group Facilitator. This was a brand new program developed with the intent of increasing the pass rate of students going through the three quarter long Calculus series. The program consisted of two major pieces; the weekly study group, and the pre-test oral reviews. The weekly study groups provided a location for students to meet and discuss class material while a facilitator was available to assist as needed. Pre-test oral reviews were small groups, usually between three and five students, that would meet for an hour to review conceptual concepts covered by the upcoming exam. The focus on oral reviews was not on solving problems, but on understanding the concepts being tested. During these review sessions I would play the part of Socrates, presenting the group new and unique questions meant to stimulate critical thinking. This position required me to have a definitive enough grasp on the entire Calculus series to be able to assist students beyond just solving problems, but more importantly understanding the concepts presented. Through this position I gained experience presenting complicated mathematical ideas to groups of students with a wide variety of learning styles and stages of understanding. At the beginning of my Junior year I was promoted to the position of Lead Learning Assistant. As the Lead Learning Assistant, along with running my own study groups and oral reviews I also was tasked with managing the status of the oral reviews for all of the other calculus classes going on at the same time. It was my job to make sure that oral reviews were scheduled early enough for rooms to be reserved and a sign up sheet produced and made available to students. From this position I learned to manage multiple groups operating independently of each other.

Seattle Washington

Starting in the summer of 2012, I joined Dr. Teodora Rutar Shuman on her research into the development of a continuous flow algae dewatering device. Micro algae cells have the potential to become a renewable resource for biodiesel production because of their high lipid concentration. Difficulties arise though in separating the 2 to 3 micrometer long cells from the liquid medium that they are grown in. Various processes, such as centrifugation and chemical coagulation, have been proposed and tested as potential processes for overcoming this difficulty. None though have been good enough to justify commercial application.Our research goal was to investigate the potential to utilize a process known as Electro-Coagulation-Flocculation in a continuous flow application. Electro-Coagulation-Flocculation is a technique in which a DC current is passed through two parallel metal electrodes submerged in a liquid medium. This results in the creation of metal hydroxide molecules that neutralize and enmesh the algae cells and float to the surface or fall to the bottom of the liquid solution. In previous summers, Dr. Shuman had built and tested a batch reactor. In the batch reactor, an individual would pour a small amount of algae solution into the device, apply a controlled DC current, and then remove the algae solution for separation to occur. This lab based device allowed for the concept to be fully tested in a controlled and monitored environment.Once the concept had been proven, our next focus was on developing a continuous flow device. The continuous flow device treated a solution while the solution flowed through the device at a constant and controlled flow rate. This step was crucial to the research as it provided the next phase towards developing a device that could be utilized in an industrial application. Over the course of my involvement with the project we developed the first continuous flow device, test apparatus, and test procedure.

Redmond Washington

Between the months of July 2013 and November 2013 I had the pleasure of working as an engineering intern at Olympus Respiratory America. I worked closely with Brandon Shuman, a Senior Design Engineer, on a radio-frequency ablation device. The goal of our device was to attach cancer cells located in the lungs using a very focused, controlled, and non-evasive process. At the start of my internship Brandon Shuman had already built and tested a functional prototype, but there were a multitude of design hurdles that still needed to be overcome. While at Olympus almost all of my time was spent in the design lab building test apparatuses and prototypes. This position was an extraordinary opportunity for me as it gave me my first real experience as an employed engineer on a research and development project. While at Olympus, I developed the ability to recognize what wasn’t operating as expected and more importantly, why. When the explanation for the incomplete operation wasn’t obvious, I ran controlled experiments to determine what the explanation was. Once in view, I could then begin the process of brainstorming potential solutions, eventually working the proposed concepts down to a realistic number of theories that could themselves be tested. At this point I would determine a manufacturing process to build prototypes representing each proposed solution and a test procedure to evaluate each solution. This entire process would conclude in a single tested and proven solution that could then be applied to the design as a whole.

Roseburg Oregon

Greater Seattle Area

Graded for four different math professors over the year. Was trusted to work completely independently and to manage my own time. Learned to find a balance between speed and efficiency.

Grant Village, Wyoming

Helped assist tourists in a variety of ways. Learned to be attentive to minor details to make sure each and every room was identical. Worked both independently on individual projects but as a team for the entire location.

Roseburg, Or

Gained experience explaining complex ideas to individuals in a way the would understand. Developed systems of presenting abstract or vague ideas visually. Fostered a relationship with many of the people being tutored.

Eugene, Oregon Area

Set a positive role model for the front country crew members. Worked consistently above 40 hours a week doing manual labor. Improved my ability to give directions in a positive and motivational manner. Received a notice of exemplary performance and was asked to return as a swamper the next year. This position required being invited by Northwest Youth Corps to participate.

Eugene, Oregon Area

Built trail, removed invasive species, and slash piled potential burn areas. Developed an understanding of how to properly use many tools. Worked effectively as a team member. Received notice of exemplary performance. Was invited to return and participate in the Backcountry Leadership Program.