Ildi Telegrafi Email & Phone Number

New York, Ny, Us

New York, New York, United States

Bridge engineering, operations, economics, and policy towards building forecasts that model energy system designs during the energy transition and beyond to its new equilibrium. Integrate methods and tool into forecasting-planning efforts that align with the energy system transition to a Clean Energy dynamic that is renewable-centered.- Electric Energy Systems: Revamped Distribution Energy Resource (DER) forecasting methodology to align with the expanding NYISO energy marketplace, specifically capturing integration effects of Battery Energy Storage Systems (BESS) into the dynamic. Resulted in accounting peak shaving impact of DERs within the Clean Energy dynamic of the future.- Natural Gas Systems: Leading development of a granular forecasting tool of gas systems to optimize targeting of planning efforts towards economical electrification. Allows localized forecasting-planning efforts, with balancing between expansion versus electrification.Stimulating transition towards renewable-centered energy systems.- Steam Systems: Leading integration of an optimization tool that drives cost savings by digitally emulating the existing system. Provided a vision for balancing economics, operations, engineering, and policy towards an electric-powered dynamic. Envisioned a decarbonized steam system model that utilized renewable-energy as its source. - Forecast Architect: Facilitated the forecasting transition a 24-hour model as to align consumption peak impact calculations to renewable energy generation policy,and thereby increasing the analytics dynamism. The increased analytical dynamism allowed for BESS charge/discharge cycling moving peaks, and comparison the transition of electric system peaks due to gas system electrification.Impact: Clarifying energy industry vision during Clean Energy transition until equilibrium established.

New York, United States

• System Operation: Direct physical and functional changes to the status of the Natural Gas Transmission & Distribution system field devices in response to leaks, load changes, station failures, LNG/CNG availability, NY Facility status and interstate pipeline OFOs, during emergency and normal operations, using SCADA remotely and crews locally. • System Balancing: Calculate and facilitate hourly supply schedule balancing between interstate pipelines and customers to maintain integrity. Establish OFOs, LWOs and Alerts for large gas consumers to manage the balancing dynamic.• Supply Coordination: Estimate gas pipeline utilization, provide internal and external customer allocations, and confirm gas contracts accordingly on a Day Ahead and Current Day basis.

Bronx, New York, United States

Teach undergraduate and graduate electrical engineering courses focused on providing industry experience in energy system's engineering , operations, economics, and policy. Tailor the classroom setting towards a professional project-based dynamic where grades align with project results.Impact: Ensure graduates have envisioned the methods for transitioning their educational expereince to industry.

Spring Valley, Ny

• System Operation: Direct changes to the status of distribution system field devices physically and functionally, while managing and mitigating risk in response to fault, load, distributed generation, and transmission system issues, through utilization of SCADA remotely and crews locally. Maintain a current system configuration via a digital mapping system. • Clearance Authorization: Certify and maintain work clearance zone with respect to the company work requirements.• Information Management: Communicate and coordinate with external entities to resolve problems adjacent to the system.• Training Program Lead: Innovate, develop and pilot a training program for Dispatchers and Operators.

Queens, Ny

• People Management: Directed twenty office assistants, shop technicians and inventory managers.• Process Management: Managed process for installation and repair of technology, including setting priorities, coordinating internal and external efforts, and generating estimates for work orders.• Technical Oversight: Supervised work to satisfy government (NYC-TLC) requirements. Inspected and commissioned systems installed. Utilized cab database to establish and maintain signal connectivity within cab network. Troubleshot major problems and developed standard repairs. Innovated upgrades and modifications using consumer input.• Customer Relations: Primary source of information on system utilization, NYC-TLC laws, and the “hackup” process.

Brooklyn, Ny

• Established, organized, and funded a start-up product development company focused on individual thermal homeostasis.• Lead four-member team through innovation, design, engineering, construction, and testing of thermo-electric devices.• Developed business plans and performed market research.• Managed procurement, manufacture, assembly, and testing of prototypes.• Planned, managed, and executed project schedules and budget.

Groton, Ct

• Developed customer technical specifications, diagrams, construction drawings, and related material lists.• Analyzed piping system designs for structural, power transfer (i.e., pneumatic and hydraulic), air transfer, thermal energy transfer and control (i.e., HVAC) and gravity drainage (i.e., plumbing) effectiveness and efficiency.• Provided technical direction to Trades for execution of work to satisfy system requirements. • Developed design certification test procedures and system operating manuals.• Initiated, managed and performed Lean Six Sigma process improvement within the department.

Brooklyn, Ny

• Supported development and facilitation of programs:o NSCE: An intense and activity focused new student population norming experience focused on supporting the initial adjustment students face when entering university.o SL1010: A detailed series of supporting workshops focused on providing support structure, educational awareness, goal development, social polishing and more.• Led and supported research effort into improving a range of students’ college skills (time development, etc.).• Developed and facilitated workshops, presentations and group travel.• Developed and executed training of co-facilitators.

Bachelor Of Science (B.S.), Mechanical Engineering

Concentration in Aerospace.

Master Of Science (M.S.), Electrical, Electronics And Communications Engineering

Thesis: Energy System Design: Engineering, Operations and Economics Publication: Consumption Focused Arbitrage on Electrical Power Markets.