Yusuf Emre Tiric

Manage & Lead multi projects in HVAC development (Heat Pump - Bosch&Carrier) - Oversee product development tasks including design, testing, assembly & manufacturing - Perform risk assessments, resolve technical problems or prompt response to address issues - Follow-up on test plans, test results, ratings, certification, durability and reliability considering UL & AHRI Regulatory (AHRI, UL, ETL) - Leading, organizing and communicating project results & status based on project timelines

Assembling and leading project team by assigning duties and responsibilities, Determine the budget, project management plan and customer requirements, Support the project team to determine, plan, implement, control and complete the necessary steps for the successful completion of the project, Manage and ensure that all potential risks/issues are properly communicated with stakeholders, Manage all aspects of the project, manage and coach the people working on the project

Development of heating appliances, Deriving technical specifications for components & appliance with regards to customer requirements and relevant norms/standards, Preparation of test plans, design of test set-up's, Performing verification tests, comprehending test results and preparing test reports - Follow-up the certification process and work on quality and cost improvement activities, Preparation of work plans in accordance with project time, quality and cost targets and perform accordingly

Topic: Static FEA and crash simulation of attachments of a grid-stiffened fuselage, Structural mechanics of carbon fiber reinforced plastics (CFRP), progressive failure analysis, Static sizing (linear static, nonlinear static, linear buckling analyses) and optimization with Nastran, Crash simulations with Abaqus/Explicit solver

Task: Construction of a fuselage interior model and its validation with respect to the acoustic behavior, Creation of Airbus A340-300 simulation model to perform acoustic tests, Accomplishment of coupled fluid-structure calculations with Nastran, Application of the Automated Component Mode Synthesis (ACMS) technique

Task: Method development for correlation analysis and model updating, Correlation analysis and optimization of dynamic FE models with Matlab and MSC/Nastran, Development and testing of Matlab tools for model updating of dynamic FE models, Participation in a measurement campaign on an Airbus A340 fuselage section: Determination of structural coupling loss factors for Statistical Energy Analysis

2D drawings of silos with AUTOCAD according to the plan of detailed concept, Function description and preparation of plant`s handbook with MS office, Preparing stock lists for the production, Control of the project

Project: Fuselage demonstrator for acoustic simulations and tests (RAST), Creation of Airbus A340-300 interior cabin components with Hypermesh such as hat racks, ceiling panels, side wall panels, cabin and cargo floors, Modeling of insulation materials used on the fuselage skin and sidewall panels, Implementation of cavities to simulate the fluid in the FE model