職位設置的目的/General Function:
結構動力學領域的計算工程師將通過FEM和測量數據分析來研究組件與系統的行為。目標是最小化振動與噪聲，識別薄弱環節，并開發舒適且耐用的解決方案。在與客戶，合作伙伴和內部團隊的密切合作下，相關人員將針對特定需求與研究方向，開發創新的計算方法。
職位的主要職責:
-三維流動模擬（兩相與單相）；
-排氣系統非線性熱機械應力模擬；
The Calculation Engineer in the field of structural dynamics will analyze behavior of components and systems by using FEM simulations and measurement data analysis. The aim is to minimize vibration and noise, identify weak points and develop comfortable and durable solutions. In close cooperation with customers, partners and the internal team, the personnel will develop innovative calculation methods for specific and research-related requirements.
Major focus of the position:
-Simulation of 3D flows (2- and 1-phase);
-Simulation of nonlinear thermo-mechanical stresses in the exhaust system;
主要工作職/Main Responsibilities:
-三維流動模擬（CFD，單相與兩相）：穩態與瞬態CFD計算的執行，包括建模、前處理與后處理；
-3D flow simulation (CFD, 1- and 2-phase): execution of steady-state and transient CFD calculations including modeling and pre- and post-processing;
-熱力學（FEM）：在加熱或冷卻階段，由于不同的熱膨脹導致的非線性彈塑性變形/應力的實加與評估；
-Thermomechanics (FEM): Implementation of non-linear elasto-plastic deformations/ stresses due to different thermic expansions in the heating or cooling phase, conducting evaluations;
-模型比較與變體評估（含建模、前處理與后處理）；
-Model comparison, variant evaluations including model building and pre- and
post-processing;
-外部服務提供商：外部服務提供商對流動與結構動力學計算、建模及評估的支持；
-External service providers: Support of external service providers for flow and
structural dynamics calculations, modeling and evaluations;
-方法學開發：開發和進一步優化計算方法，以提升結果；
-Methodology development: Development and further optimization of calculation
methods to improve results;
-分析/措施：與客戶、設計人員和開發部門的專家合作，評估計算結果并確定實現預期目標的措施；
-Analysis/Measures: Evaluation of the calculation results and determination of
measures to achieve the desired objectives in cooperation with the customer,
the designer and specialists of the development department;
-部門：計算部門在項目團隊中的職能體現；與客戶、設計人員和部件強度團隊一起設計和定義部件和排氣系統；
-Department: Representation of the calculation department in the project teams;
design and design definition of components and exhaust systems with the
customer, the designer and component strength team;
個性特質與能力要求/Personality& Competencies:
-機械工程或相關專業領域的理學學士學位;
-Bachelor of Science degree in Mechanical Engineering or related field of study;
-熟練掌握英語(書面、口語及聽力);
Proficiency in English (writing,speaking and listening) is required;
-成功完成STEM領域的研究，重點是有限元模擬或類似的教育;
-Successfully completed studies in the field of STEM with a focus on finite element simulation or comparable education;
-具備扎實的結構力學理論及實踐知識，掌握相關數值方法（如有限元法/FEM）;
-Excellent theoretical and applied knowledge of structural mechanics and related
numerical methods, e.g. finite element method (FEM);
-具備結構力學或動力學領域的專業經驗;
- Professional experience in structural mechanics or dynamics;
-熟悉有限元工具和相關模擬軟件工具;
-Knowledge of FEM tools and relevant simulation software tools;
-獨立和有條理的工作方式，分析性思維和可靠性;
-Independent and structured working style, analytical thinking and reliability;
-主動學習新領域的意愿與責任感;
-Interest in learning new areas on your own responsibility;
-高度的精確性、卓越的抽象建模能力;
-High level of accuracy, excellent abstraction and modelling skills;
-自主性;
-Self-driven;
-強烈的責任心;
-Strong sense of responsibility;
-以結果導向;
-Results-oriented;
-以細節為導向;
-Detail-oriented;
-良好的溝通、協商、分析和解決問題的能力；創造性思維;
-Good communication, negotiation, analytical and problem solving skills; the capable of creative and innovative thinking;
-能承受較大工作壓力;
-Ability to cope with stress and working pressure;