Managing/supervising product engineering, electrical and project groups, supporting sales, purchasing, aftermarket and manufacturing with engineering and design efforts in a highly culturally diverse environment. Constantly working with the engineering teams and the shop floor to increase efficiency on overall process especially on engineering releases to manufacturing.Leading multiple projects across multiple highly customized product lines, maintaining project schedules and milestones. Identifying bottlenecks and critical path items which became even more important with increasing supply chain issues.Leading efforts on increasing engineering collaboration among engineering teams across newly acquired companies. This includes resource sharing, cross training, reviewing software and systems for each facility.Leading R&D activities and new product development using advanced computer tools. Responsible for Komline family patent applications.Providing support for field problems and service. Supervising the O&M manual generation process.Provides overall direction and coordination for the group in accordance with the company's strategy and policies. Responsibilities include planning and assigning work, appraising performance, interviewing and training employees.

• Responsible supervisor for creating, consolidating and maintaining engineering standards and programs such as computer programs, calculation sheets, procedures across all engineering disciplines.• Performing CFD calculations for SCR, FGD and Boiler systems to optimize the designs of these systems so that customer specifications and emission requirements are met.• Performing engineering tasks in the Plant Design group such as stress analysis for pipes/drums/headers (according to ASME B31.1 and Section 1), reinforcement design and ligament efficiency calculations for drum/header/pressure vessel openings, weld end preparations (ASME B16.25) for pipes and valves, pressure drop calculations for circulation (one phase and two phase), heat transfer/fluid dynamics calculations, pipe specifications for design and 3d models, lug attachments to pressure parts design, insulation thickness calculation and material quantity estimation, coal conduit dead load and seismic calculations, exhaust pipe sizing, combustion analysis, drum internals design and pipe clamp design. These works are performed for variety of projects and proposals including Boiler, Selective Catalytic Reducer (SCR), Air Quality Control System (AQCS/FGD) projects and proposals. A Number of engineering programs are written and maintained for performing the tasks above. A client-server database is implemented to maintain and track manhours for project tasks.

• Modeling heat transfer and fluid flow problems.• Modeling the fluid flow in the melt pool in the LENS process (Laser Engineered Net Shaping, one of the earlier 3D metal printing technologies) by using commercial CFD codes. This work is a part of an NSF project which proposes to repair turbine blades while keeping the structure single crystal in turbomachinery applications. • Finite element simulation of LENS process. Developing methods to improve the quality of LENS produced thin walled parts. • Working on a joint study with Monash University, Australia to investigate the effects of different heat transfer models on structures. Another joint study collaborated with Civil Engineering Department at Lehigh is being performed to calculate the residual stresses in bridge constructions.• Preparing introductory FEA tutorials for graduate level manufacturing class.

• Worked on improving life of joint designs used in the products by providing stress data predicted by finite element simulations. Traveled to John Deere factories to collect welding parameters for each joint.• Generated FEA mesh from available CAD models and used FEA results in improving existing designs.• Took part in team meetings and contributed ideas for the ongoing project.

• Assisted CAD and CAM lectures and was responsible for maintenance of computers. • Assisted faculty members in various ME courses such as Dynamics, Machine Dynamics and Statics. • Developed applications to calculate forward and inverse kinematics parameters of a robot by using the Genetic Algorithm technique. • Created various database applications to manage routine work such as exam date scheduling, student assessment and course scheduling.

• Programmed custom database applications for stock, money and production management in companies.• Developed heat loss finder and heater design software for HVAC companies.

• Took part in developing a new heating plate and was responsible for performing experiments for the design.• Reported progress of the design in monthly meetings.• Was responsible for sequencing the production processes, computers and network.• Managed more than 25 manufacturing workers.