David Kissack is an immensely experienced mechanical engineering professional from Florida, with excellent academic background. He has held several key positions with different organizations throughout his career, including Siemens Energy, Weyant Engineering, Aluminum Railing Specialists, Lawn Care and Fencing, and more. At present, he is serving as a Structural Mechanical Design Engineer at Leaders in Structural Mechanical Design Engineering in Orlando, FL. He has been honored with prestigious awards in recognition of his commitment to achieving excellence in every assignment he undertook. He received two SPOT awards while working at Siemens Energy for successful and on time completion of projects.
Core Competencies
During his career, David Kissack has developed core competencies in various areas such as Strategic Planning, Project Management, Safety, Staff Training and Development, Customer Service Regulatory Compliance, ANSYS, ProE, Root Cause Analysis, AutoCAD, and Equipment Design Finite Element Analysis. While serving as a team member for BB44FA Hsiheo HP/IP fossil steam turbine upgrade project, he overcame various challenges for a remote site which included shift in inner casing. The project met all the requirements and was delivered on time. With vast experience working in different industries, David Kissack utilizes a systematic approach to design the most difficult hardware.
Structural Engineer at Belcan (January 1998 to January 1999)
While working with Belcan, Florida, David Kissack performed structural analysis and hand calculation for gas turbine exhaust nozzle. He developed many strategies to ensure the best utilization of resources, quality assurance and process engineering. He worked in tandem with cross-functional teams to structure and deploy product innovations and solutions. In addition to this, he created 3-D parts and drawings with PRO, and used ANSYS to conduct FEA for ejector nozzle of Pratt F100 engine.
Designer Engineer, Project Engineer at Pratt & Whitney (1997 to 1998)
In this capacity, David Kissack undertook the responsibility of three aerospace projects. He worked together with colleagues to create design criteria, cost estimates, testing methods and quality standards. He ensured conformance of project with standard engineering principles as well as customer requirements. In addition to this, he was also responsible for troubleshooting and resolving issues, and streamlining the engineering processes & systems.
Core Competencies
During his career, David Kissack has developed core competencies in various areas such as Strategic Planning, Project Management, Safety, Staff Training and Development, Customer Service Regulatory Compliance, ANSYS, ProE, Root Cause Analysis, AutoCAD, and Equipment Design Finite Element Analysis. While serving as a team member for BB44FA Hsiheo HP/IP fossil steam turbine upgrade project, he overcame various challenges for a remote site which included shift in inner casing. The project met all the requirements and was delivered on time. With vast experience working in different industries, David Kissack utilizes a systematic approach to design the most difficult hardware.
Structural Engineer at Belcan (January 1998 to January 1999)
While working with Belcan, Florida, David Kissack performed structural analysis and hand calculation for gas turbine exhaust nozzle. He developed many strategies to ensure the best utilization of resources, quality assurance and process engineering. He worked in tandem with cross-functional teams to structure and deploy product innovations and solutions. In addition to this, he created 3-D parts and drawings with PRO, and used ANSYS to conduct FEA for ejector nozzle of Pratt F100 engine.
Designer Engineer, Project Engineer at Pratt & Whitney (1997 to 1998)
In this capacity, David Kissack undertook the responsibility of three aerospace projects. He worked together with colleagues to create design criteria, cost estimates, testing methods and quality standards. He ensured conformance of project with standard engineering principles as well as customer requirements. In addition to this, he was also responsible for troubleshooting and resolving issues, and streamlining the engineering processes & systems.
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