Projects
Portfolio
As a professional in my field, I’ve had the opportunity to hold a variety of roles in many different companies throughout the years. Take a look below to learn more about my background and experience strategically identifying, leading, and supporting projects in different industries.
July 2022 - Present
SpaceX Collaboration - Mobile Connectivity
The project scope is defined for specific application Beta testing. Rural communities across Arizona are faced with significant distance, equitable access, and quality of life services stemming from a lack of internet access.
Partnering with SpaceX and with the collaboration of Coconino County communities, the capabilities of satellite service on mobile transportation is approaching new innovation. Potential use case evaluation include:
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Fire, Life, Safety - emergency services
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County services - Coroner, Emergency Operations
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Lake Boat Patrol
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AZGFD
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School bus transportation
Rural area student populations have extremely low opportunity to internet access connectivity. Mobile beta testing opportunities place hundreds of students with more than 2 hours commutes daily to school in the critical zone to leverage this technology in a new manner. Grants, innovation, and resourceful partnerships support funding for this quality, and reliable access evaluation. GIS information has been leveraged to map key areas and zones that maximize impact during this development/evaluation phase. Flagstaff Unified serves student populations from across the Navajo Tribal Nation from K-12.
2020 - 2022
Computational Research and Creative Endeavors
The project scope was defined within 3 areas for the purpose of research and discovery.
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Sub-Project 1: High-Performance Network with Dedicated Bandwidth for Research
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Designed with the intent to deliver a secure, redundant, backed-up, and functionally collaborative environment. Project scope included internal computational research, cross-university environments, and DOD partner research. Each effort t offered unique challenges to secure credentialing, storage, controlled sharing and visibility environments. Budgets were allocated from different funding sources per category of effort. Various policies and procedures, both internally and externally required close communication, validation and testing. Leveraging economies of scale in the design maintained cost control. Dedicated network environments were established and launched against with success. Project teams averaged 6 individuals with a project time line of approx. 120 days. Coordination of service delivery and contracts were key external engagements. Collaboration occurred across the state and the nation in the design of the science DMZ.
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Sub-Project 2: Deploy Lora Network to support IoT and sensor-based research.
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The development of the LoRaWan Network involved 2 full time IoT personnel dedicated to the evaluation and discovery of project opportunity. During the height of the pandemic, the use case of LoRaWan and IoT was on full display. Key efforts surrounding data collection of behavioral traffic patterns aided in designing designated spaces for capacity and foot traffic. During this time frame, we were able to leverage functional course design which incorporated opportunities to provide for virtual/remote environments. Continuous improvements and increased opportunity drives continued IoT support.
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Sub-Project 3: Deploy LTE CBRS to support remote sensing research.
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Sensing research has become a key focus. Several location around the state are configured and established to provide environmental data collection associated with IoT efforts. The CBRS environment has offered a look into the enterprise application for 5G alternative use beyond the private wireless LTE environment. A partnership includes the City of Page Arizona and Coconino County.
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January 2021- December 2021
Smart Campus
Partnering with law enforcement ITs will deliver a dedicated focus on life and safety, the opportunity to leverage smart campus technology. Areas of focus
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Area 1: Areas of Refuge - Stairwells, Shelter locations
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Area 2: Panic Button - Room specific detail and response.
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Area 3: e911 - PSAP location based discovery
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Area 4: "Blue" phone - Consolidation, Improve technology
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Area 5: Door access/authentication - Lenel System, Locking
​Key collaboration efforts with Police, facilities, building managers, faculty, staff, and the ITS division. External partnerships with local law enforcement and city leaders allow for expanded services. Application soltuions were evaluated and identified for e911, location based service. (Area 3).
Blue phone technology options reviewed in partnership with peer institutions. Current environment stil under review and tabled for further review. (Area 4).
Providing secure locations in the event of an emergency situation has produced identified mapping and communication expectations, to include ADA compliance and accessibility. Collaborative facility engagement is an essential component. (Area 1)
Panic button response technology has been deployed with training, response expectations, oversight established. The scope was critical path identification to ensure creep prevention and expanded resource allocation. (Area 2)
Door access/authentication required a consolidation of two separate systems into one. The cost impact was negligible as the identification of need was a planned development. Cost was offset by added value of reduced maintenance and support for a 2nd system. (Area 5)
April 2018 - September 2019
Allied Health Human Anatomy Technology Development – Title III NANSTI Federal Grant
The $151,000 grant project demonstrates emerging virtual-reality technology that will enable the college to pilot the Biology courses, Introduction to Human Anatomy and Physiology, over the interactive network established through Title III NASNTI for TALON. This expands general education dual enrollment offerings to include a laboratory science. Per NASNTI Supplemental application guidelines, this project addresses “skills that align with the skill needs of industries in the State or regional economy involved for careers in STEM fields.” These revolutionary teaching tools enabled students to virtually dissect, examine, manipulate and explore human cadavers. As they operate on a virtual plane, students could interact with them, then use and reuse the virtual cadavers. This technology makes hands-on anatomy and physiology labs possible in rural locales like the NPC service area. The implications for offering these learning tools at our campuses and centers are exciting, because they have the potential to place our rural students’ lab experiences on par with those of students at urban colleges and universities where access to cadavers is commonplace. The prospect of being able to advance this virtual technology to our most rural locations using distance learning technology has even greater positive impact. Key objectives include:
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Phase 1: Establishing functional course design which incorporates opportunities to leverage virtual reality technology resulting in successful lab delivery.
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Phase 2: Develop distance application instructional opportunities to increase Biology and Lab course offerings by 25%.
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Phase 3: Provide remote interactive design technology for Biology and Lab course offerings within the TALON grant program.
Results: Once the grant was awarded, the proper technical requirements, purchasing requirements and approvals were obtained. Within the first several months, two Anatomage Anatomy Tables were purchased and established in identified and remodeled classroom locations. Instruction, technology professionals and identified staff were provided training relevant to each field of profession and need. Course syllabus were modified or developed to provide functional use and value of the virtual reality technology. Information Systems staff created the necessary technical environment. Pilot work has begun to familiarize and develop skill sets of the college community. The IS staff continue to evaluate the requirements to begin preparations for the second phase. The first course offerings will begin in June 2019.
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August 2015 - August 2020
Technology to Advance Learning Outcomes at Northland (TALON) Title III NANTSI Federal Grant
This five-year, $1.75M grant project is designed to make post-secondary educational opportunities available to students across the service area, which includes the tribal lands of the Navajo, Hopi and White Mountain Apache people, through a robust network of tele-present linked classrooms. As a primary intent, and due of the projects capacity to bring post-secondary educational access to a region profoundly marked by the effects of poverty and lack of access to quality opportunities, there is significant potential to improve the quality of life of students and communities. Key objectives include:
Increase high school student enrollment in college courses from 16 area high schools from 38 to 260 (580%), not less than 50% who are Native American.
Increase the percentage of students who participate in dual enrollment, then enroll at NPC following high school graduation from 39% (average from 2010-14) to 78%, with not less than 50% being Native American.
Increase the number of students enrolled in College & Career Preparation from 40 to 280 (600%), not less than 50% of whom are Native American.
Increase the number of Full Time Student Equivalents (FTSEs) by 15%, resulting in a total operational savings of 9%.
Milestones: Grant and Budget Approval, Scope definition, Infrastructure and Hardware design, Contract Agreements, School commitments and scheduling, Delivery definition (i.e. LMS, standards, etc.) and training, Installation, Configuration, Testing, and Launch.
Results: 1st year: The most crucial accomplishments in this reporting cycle were installation, testing, and successful deployment of CISCO Telepresence at all planned sites (10) and scheduling 25 course sections with a total dual enrollment of 191 students. Deployment of this distance learning technology along with the organizational tasks necessary to reliably deliver high quality instruction to the region’s rural areas improved Northland Pioneer College’s capacity to reach Native American and low-income students. The data results in 19.1 students per class average (191 students), 68.32 FTSE increase, 6 course (25 individual classes), and 8 faculty. Reduced bandwidth traffic and consumption by over 80% while delivering 1080p HD quality capability. Eliminated three legacy delivery methods and streamlined a single Moodle LMS option to improve functionality and adoption. Leverage various software and hardware performance capabilities to improve internal organizational communication resulting in improved project processes and team collaboration.
2nd year: 184 students enrolled in at least one TALON course. (These figures represent an unduplicated student count.) The total enrollment for both semesters (duplicated count) was 345. Overall, 90 percent of students in TALON courses completed their college-level courses. From all TALON participants 117 graduated from high school in spring 2017. Thirty-two of the graduates took and successfully completed MAT 152. Eleven of those also completed at least two other college-level TALON courses with grades A, B, or C. As the TALON program continues for the next 3 years, the percentage of students taking multiple college-level courses along with MAT 152 is projected to increase. About 49 percent of all students participating in the TALON program are minority students, with nearly 30 percent identifying as Native American.
3rd year: Through spring 2018 (through the fiscal year 2018), the TALON project had 924 student enrollments with an 88% success rate (A, B, C, or P). In fiscal year 2018, we enrolled 579 students (duplicated count), 32% of whom were Native American (unduplicated). In spring of 2018, 210 students who took at least one TALON class graduated from their respective high school. Over this reporting period, we served 25 new students in college and career preparation (CCP) programming available at the TALON sites. A teacher shortage in Arizona continues to be a significant challenge for high schools. A survey done for the Arizona School Personnel Administrators Association found 1,547 classrooms in Arizona had no teachers to start the 2018 school year. AZPAA also reports 663 teachers quit within the first month of school. Arizona loses more teachers each year than it produces at ASU, U of A, and NAU (state universities) combined. In this environment, the TALON program plays a crucial role in delivering high quality instruction to rural schools that would otherwise not be able to provide college-level course opportunities to their students. The technology has allowed various program expansions to include College and Career Preparations and courses impacted by HS teacher shortages across Navajo and Apache Counties. Efforts to establish a cost sharing consortium continues.
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*Note: The TALON program and technology has been presented at numerous conferences (i.e. UBTech, OLC, NACEP in Washington DC, and others), and profiled in EdTech Magazine, University Business Magazine, The Tribune and other publications. CIO, PJ Way, has been named the 2019 IT Vanguard Award recipient by Alcatel-Lucent Enterprise as nominated by industry peers for the innovative solutions.
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TALON 2017 Comprehensive 3rd-Party Progress Report
July 2017Â - July 2021
Connected Classrooms - Cisco Telepresence & Interactive Design
Based on the successful results from a Title III grant, TALON, the college realized the opportunity to provide services which demonstrates proven student success, higher retention rates, and interactive educational design. The ease of faculty and student use, dynamic engagement and reduced resource strain added significant value to the experience. A $1.7M, three-year, three phase effort to redesign the technology and distance delivery environment across the college enterprise began. The College is removing the three existing technology designs and consolidating to a single Cisco and interactive environment design. More than 45 end-point classroom connections are impacted at 9 campus locations. The technology design provides greater flexibility and availability. The technology leverages economies of scale as well as providing a direct increase to FTSE, by an additional 10% to 20%, within the high school environment across the county through a developing consortium and cost-sharing model. Inter-Governmental Agreements (IGA’s) established will provide defined benefits and expectations to protect parties involved.
Key objectives include:
Reduce total cost of ownership for college classroom technology. (Support, maintenance, licensing, training, etc.)
Integrate LMS into technology delivery with Student Information System (SIS) or (ERP)
Design interactivity with touchscreen technology, speaker track cameras and observation displays.
Enhance student learning environment to improve outcomes, retention & graduation rates.
Milestones: The project established a clear scope of work, three year timeline, defined budget and project phase roll outs. As part of the organizational strategic plan, the project set milestones to support annual objectives to address academic and administrative timelines. Areas defined as clear milestones include: Scope definition, budget recommendation and approval from Governing Board, collaboration with faculty, impacted staff and members of the student body, classroom layout and design review, BOM, contract agreements, implementation, and launch.
Results: Defined classroom delivery and instructional design was established. Reduced bandwidth traffic and consumption by more than 80% while delivering 1080p HD quality video and functional bi-directional interactivity. Student satisfaction was a remarkable statement of review which faculty requests for new technology environments increased. Room availability for scheduling and use increased by 12% efficiency. The first of three legacy delivery environments was eliminated. Multiple learning management systems were consolidated into a single Moodle LMS which improved functionality and adoption. A simplified technology environment was created to ease support and maintenance while promoting standards, best practice, and faculty adoption as well as reducing student barriers. More than $100k was realized in cost savings within the first year due to hardware and licensing. The cost savings of reduced support costs and maintenance is estimated at an additional $60 k annually. The second and third phases will follow in subsequent years.
November 2016Â - March 2018
WAN Topology Tower Re-Design
The $1.5M investment directly upgrades and replaces aging infrastructure, improves network topology design and promotes efficiency. The existing microwave tower topology was built in the late 1990’s. The most significant upgrade occurred in 2004. Equipment has been maintained with reduced effort since the original design and badly in need of replacement. Assessing the existing topology had exposed several links which had significant potential to result in a single point of failure due to a lack of redundancy. Working closely with the Network and Systems Administrator, an upgrade plan and proposal was established. The project was established to redesign the microwave network and address the failure concerns and reduce risk.The focus of the work addresses broadband microwave technology equipment, tower inspections, repairs, construction, antennas and associated parts and materials. This is the first phase of a two part, 16 month project. The first phase began in March 2017. The second phase began after July 1st, 2017 with targeted completion of the network implementation by next Spring. The existing environment is currently beyond life expectancy by 3 to 5 years. There are 14 tower locations involved in the proposal. NPC utilizes the microwave radio equipment and design to deliver communication across the enterprise.
Key objectives include:
Reduce failure risk
Upgrade design and develop redundancy
Establish a serviceable and supported infrastructure
Milestones: Topology map, identify risks and opportunities, consultant evaluation, recommend new topology design, RFQ, Budget Approval, Coordinate project priorities with consultants/partners timeline and scope, obtain FCC approval and licensing, coordinate tribal agreements, execute.
Results: The redundant network resulted in 99.999% availability. Risk mitigation was a primary focus to increase reliability. The solutions provides redundant design and reliable network functions with the replacement of hardware. A 16% reduction of tower structures resulted in cost savings with insurance, power consumption, expense of lease for sheds and tower location land leases. Additional enterprise opportunities for partner leases on our new tower design developed as additional revenue streams from tenants leasing tower space. The tower development increased collaboration and partnership opportunities which led to successful relationships with county services and community support. No down time was experienced within the college enterprise related to controlled communication channels. High availability for instruction and operations was a significant result. The project was completed within 14 months and within budget. The ROI for the design is approximately two years with a life value of 5 to 7 years.
February 2016 - Jan 2017
Unified Communications
The $403,000 price tag and 12 month timeline were acceptable terms to provide essential improvements to internal architecture and design. The proposal was to achieve a future single platform, delivery and communication environment. The Unified Communication Cisco solution was identified to provide a comprehensive classroom design to meet the key deliverable for effective instruction and the business environment. The common design provides improved performance across the networks, reduces infrastructure complexity and improve environment engagement. Essential to the success of numerous efforts and a continued sustainable environment, this recommended solution was designed to remove current limitations and performance capability barriers. New security features, communication enhancements such as Instant Messaging and voicemail to email and updated environments which support our current phone hardware are part of the enhancement lists available with this development.
Key objectives include:
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Leverage technology platforms (Cisco Design)
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Upgrade IP telephony technology
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Expand developed catalog of services
Milestones: Project feasibility, Request for Proposals Bid, Contract negotiations, Governing board approval, Configuration, Institutional Training, Deployment
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Results: Improved classroom technology supports future development potential for the distance learning environment as well as a scalable solution to meet increases of demand. This project directly impacted and positively affected our classroom learning environments, the TALON Project, students, faculty and staff. Feedback loops and student satisfaction demonstrated a satisfaction increase. The proposed professional services provided essential support and scope of work to be performed to meet the key deliverables of our unified communication needs. The resources provided IS with support for key activities and reliable performance. The use of this service met the expectations for the level of work to be performed in setup, configuration, testing and deployment to upgrade our current environment. Providing the recommended services will support timely delivery and essential activities related to the completion of the Unified Communication upgrade. Deliverables related to the current Title III TALON Grant, consolidation of our distance education platform, voice mail to email, maintained currency of our existing phone system and other associated security enhancements were made available.
May 2011 - July 2011
Fiber Connected Campus
Challenged with a $30 k budget and a tight timeline of 60 days to complete a laid fiber infrastructure to connect areas of the campus which were not part of the existing access. The effort design includes supporting Gigabit and 10 Gigabit Ethernet connections. The environment included a tiered architecture and topology that interconnects campus buildings, administrative buildings, the university library, student centers, academic buildings, resident halls, athletic center, fields and stadium that is connected and available. The design was intended to build efficient flow of information and data traffic. Nodes within buildings connect copper cable supporting gigabit speeds. A secure 802.11 wireless network exists across each building and area. A private, hidden, and secure network is provided for all faculty and staff and an open network for students and guests exists and is maintained.
Key objectives include:
Establish a complete fiber circuit.
Minimize impact of interruption of service(s)
Improve existing connections to address known issues and concerns
Milestones: Budget Approval, Scope definition, Geographical Mapping , Contract Agreement, Trenching complete, Installation, Testing, and Go Live.
Results: Partial fiber network exists and was never completed. Capitalizing on the existing environment, I took advantage of the cost implications. Cost of trenching and negotiating the hardware purchase and through a successful bidding process the project was completed at $26,800 and completed 4 days early. Timing of the 60 day requirement was critical throughout the process as we could not disturb classes, faculty, staff and students. Project required Network IT staff as well as several contract service providers. Existing campus fiber connections upgraded. Drainage and water paths improved and rerouted to eliminate risk of damage. Developed services successfully while reducing annual expenses by more than $20 k and increasing performance and reliability.
1998 - 2019
Additional Projects Led, Advanced, Developed - Details upon Request
Projects include:
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ISE Deployment
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Sharepoint Online
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Exchange Upgrade (Cloud migration)
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Skype to Teams
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Outdoor WiFi
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BU/DR Critical Environment Enhancement
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Learning Management System Integration and Environment
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Content Management System (CMS) Web Redesign and Portal
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Print Management Solution
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Enrollment Management and Advancement
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Customer Relationship Management (CRM) Salesforce and
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Security Cameras, Meraki
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Single Sign On (SSO)
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Cognos Business Intelligence
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Campus Logic
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OnBase - Enterprise Content Management - Workflow
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Storage Lifecycle
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Enterprise Resource Planning (ERP)
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Nelnet/eCashier Implementation
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Security Posture - Firewall, Veeam, Umbrella, Stealthwatch, Cisco Suite
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Tutor.com implementation
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ADA Development - 3Play Media
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PowerFAIDS