John Nosek Email & Phone Number

• Leading a project to update development and release strategy, increasing the frequency of feature releases• Implementing Azure Devops for continuous integration and deployment, saving the development team multiple hours per week per engineer

• Developed a core feature that integrated data from two separate services, saving clients an additional $10-50K per building• Implemented a REST API that empowered clients to access the financial impact of building performance issues on their own• Created, tested, and executed a series of custom data migrations affecting hundreds of thousands of entries, simplifying the data model and reducing tech debt by tens of hours per week• Developed a standalone tool using FastAPI that accepted a variety of lower fidelity building inputs, allowing sales engineers to generate savings ranges in real-time on client calls• Upgraded the performance of a critical client-facing app by implementing caching, which reduced page load times by 90%• Designed and implemented a library of energy efficiency algorithms that enabled savings of hundreds of thousands of dollars at client buildings from new efficiency projects

• Created the performance monitoring strategy for the company and developed infrastructure, tools, and protocols which drastically improved the efficiency of monitoring performance, allowing an engineer to monitor 100 buildings vs 20• Led projects into strategic areas, including data collection in buildings, which synthesized research, statistical analysis, and hardware and software constraints, resulting in new software features and field protocols that improved safety and decreased data requirements by 50% to 80% per building

San Francisco Bay Area

• Collaborated with the software team in the capacity of product manager to develop and communicate the MVP requirements for performance monitoring, establishing the foundational technology apps for performance engineers• Led the transition from reactive to proactive fault detection, working closely with the software team to identify the requirements and specific deliverables that resulted in automated fault detection, which eliminated thousands of hours of in-house data review by mechanical engineers

• Created algorithms to calculate building-specific energy use and dollar savings from efficiency projects, resulting in a library of algorithms that were used for every building and ultimately ported into a python library to back the technology platform

Washington D.C. Metro Area

• Coordinated team of project engineers and CAD technicians to provide on-time permitting of the Capitol Crossing project - one billion dollar effort with multimillion dollar civil scope - through DC Water and DC Department of the Environment, incorporating design changes requested from client throughout the process• Lead designer for the relocation of pipe and duct networks across eight city blocks required by the Capitol Crossing Project. Utilities include storm and sanitary sewer infrastructure, potable water transmission and distribution, and dry utilities, including natural gas, high-voltage and low-voltage electrical, and telecommunication lines• Collaborated with developers, contractors, and permitting agencies to drive innovative stormwater management solutions that encourage development while adhering to the standards and visions of DC government agencies

Philadelphia

• Led the development of an algorithm to calculate the return on investment for efficiency improvements to ship engine testing processes.• Created flexible sensitivity analysis tool to account for varying fuel prices and testing scenarios• Coded the model into excel and MATLAB.• Analyzed the resulting data to support an Energy Conservation Improvement Program (ECIP) government proposal.

Houston, Texas

• Graded quantitative and qualitative problem sets for an upper-level civil engineering course.

Sidi Ifni, Morocco

• Researched the effectiveness of passive fog collection techniques for providing water to impoverished communities in Southwestern Morocco.