Carl Mallery Email & Phone Number

Berlin, Ma, Us

Latham, New York, United States

Hartford, Connecticut Area

Hartford, Connecticut Area

Company leader responsible for creating strategic direction and operation. Planned and implement company start-up, created business plan, brand development/strategy, marketing strategy and company growth path.• Serial Entrepreneur working with teams to bringing products to market • Technical/Engineering Leadership • Production and Distribution Leadership • Problem Resolution Consultant working with companies to help them solve their critical problems. • Technical and Business Problem Resolution • Program Management • Formal and informal product reviews

Simsbury, Ct

Program Manager • Product development from design conceptualization through qualification. • Business development including opportunity assessment, qualification and capture • Product realization include production, distribution and sales • Program planning and implementation including schedule and budget • Risk management for product development and production programsManager, Advanced Development • Strategic planning • IR&D • New Product Development process • Trained and mentored engineers • Manpower planning and budgetsPrincipal Engineer • Problem Solver • Requirements Management - defining the problem statement • Technical knowledge related to energetic systems and thermal science • Mentor

Provided engineering consulting services to the industrial, private, and public sectors. Instrumental in the operational development of the new regional office in New York City.

Developed a fluid dynamic and thermodynamic model of the Technology Test Bed (TTB) feed system for analysis of the LOX and LH2 repress system flow rates during Space Shuttle Main Engine (SSME) testing.Monitored Shuttle aft compartment and critical umbilical connections for gas leaks during prelaunch propellant loading of Space Shuttle.Generated Space Shuttle performance data and trajectories prior to space shuttle launch using the Shuttle Integrated Performance Prediction Simulation (SIPPS) program.

Deduced aerodynamic coefficients related to propulsion/aerodynamic interactions from wind tunnel test data. These coefficients were used in a full-scale flight simulation program.Analyzed aircraft engine inlet/diffuser flow fields using computational fluid dynamics. Sized inlets and diffusers to meet engine airflow requirements.Engineering analysis for advanced tactical fighter and LRAACA proposals.

Doctor Of Philosophy (Ph.D.), Mechanical Engineering

Developed, and implemented experiments to study the combustion of solid propellants. Applied FTIR spectroscopy to study.

B.S, Mechanical And Aeronautical Engineering

Activities and Societies: Vice President American Institute of Aeronautics and Astronautics (AIAA)Receive my Bachelors of Science.