- Coordinate with multidisciplinary teams to plan, sequence, and execute construction Work Packages for SPARC.- Oversee field activities, including material tracking, quality inspections, and troubleshooting to ensure compliance with engineering documentation and standards.- Collaborate with engineering and procurement teams to manage timely delivery of materials, resolve design issues, and optimize construction workflows.- Support the development and turnover of commissioning packages, facilitating system walkdowns, punch list management, and quality documentation.

- Wrote proposals for multi-million dollar manufacturing and R&D design build projects resulting in new business development- Managed R&D and Manufacturing facility projects meeting client quality standards while delivering projects minimizing risks- Oversaw robust change management framework controlling scope alterations, preventing budget overruns and maintaining company profit margins- Reported project risks including manpower constraints, procurement delays, and scope changes to project stakeholders using critical path methodology to show impacts to critical activities, float less than 20 working days

Responsible for developing and managing schedules for Pharmaceutical and Biotechnology EPCM CAPEX Projects• Created and managed the project schedule for a Large CAPEX Advanced Manufacturing Facility referencing the Engineering Design and Construction Drawings.• Worked with Subcontractors, Project Managers, Procurement, to plan and prioritize tasks• Reported project risks including manpower constraints, procurement delays, and scope changes to senior leadership team using critical path methodology to show impacts to critical activities, float less than 20 working days

Responsible for developing and managing schedules for Pharmaceutical and Biotechnology EPCM CAPEX Projects• Created and managed the project schedule for a Large CAPEX Advanced Manufacturing Facility referencing the Engineering Design and Construction Drawings.• Worked with Subcontractors, Project Managers, Procurement, to plan and prioritize tasks• Reported project risks including manpower constraints, procurement delays, and scope changes to senior leadership team using critical path methodology to show impacts to critical activities, float less than 20 working days

Classified the risk of output data of all 272 laboratory firmware equipment by successfully meeting project deadlines• Verified data management compliance of 272 laboratory firmware equipment with FDA regulations• Facilitated cross-functional meetings with engineering and lab research managers to discuss data integrity and functionality of devices• Created procedures to fix data integrity gaps found for software equipment to be implemented in the laboratory• Began validation of new digital temperature monitoring system at the Research Laboratory

Executed design, development, and testing activities for electrical engineering projects. Administered database management and data analysis for test results. • Served as part of 5-member multi-disciplinary team• Evaluated potential benefits of solar energy power plant for 15K residents of refugee camp in Western Zambia. • Analyzed mixed mode survey model. • Conducted data analysis and assessed effectiveness of now-defunct 24 kW micro-hydro generator, individual diesel generators, and existent small solar panels. • Advanced WiFi-based long distance communication network. Played integral role in Northern India WiFi implementation strategy. • Tested new communication station design through antenna and charge controller installation. • Co-designed 50kW micro solar grid for Mayukwayukwa refugee camp.

• Designed and built 5 electromechanical measurement devices used to remotely sample biogenic volatile organic compounds (BVOCs) in the Northern Alaska.• Executed development, prototyping, and implementation of light, low-power device design.• Delivered surface-level ozone data collection on impact of increased tundra exposure. • Wrote a proposal that was accepted for a $3K grant funded by CU; Summer 2019.• Built, tested, and calibrated laboratory equipment for MOSAIC field campaign.• Co-authored papered published in Biogeosciences.

• Taught two advanced college quantum physics courses: Modern Physics (PHYS 2130), Quantum Physics (PHYS 3220).

• Developed model for formation and evolution of galactic clouds. • Completed analysis leading to deeper understanding of cloud formation and behavior within Circumgalactic Medium (CGM).• Wrote $3K grant proposal, awarded by CU: Undergraduate Research Opportunities Program.• Built pressure models determining galactic outflow influence. • Determined outflow mixing and effects, established temperature dependency, discovered probable cloud formation radius, and predicted new clouds to fall out of hydrostatic equilibrium. • Presented my research to Physics professors to defend my honors thesis, awarded Magna Cum Laude distinction.• Work published in the Astrophysical Journal