Talha Hussain

• Management of agile projects based on the SAFe Scrum framework. • Main interface between customer and project team according to ASPICE. • Responsibility for the implementation of project in terms of time, quality and budget. • Coordination of development activities and deliveries according to project planning. Working tools: Scrum, ASPICE, Functional Safety, AGILE, SAFe, Jira, Confluence, CodeBeamer

• Implemented Agile practices and served as Scrum Master for battery management systems (BMS) software development teams. • Facilitated sprint planning, reviews, and retrospectives to ensure timely project delivery. • Monitored progress using JIRA, ensuring transparency in reporting and budget control. Working tools: BMS, Scrum Master, KANBAN, AGILE, Power BI, Jira, Confluence, Ms Excel/ppt.

• Analyse von manuellen Abläufen und Identifizierung von Automatisierungspotenzialen. • Entwurf und Implementierung von Prozessoptimierung mit Hilfe von Robotic Process Automation (UiPath). • Verantwortlich für das Design, die Entwicklung und das Testen der Bots. Werkzeuge: Robotic Process Automation, UiPath, Power BI, Python, MATLAB

- Receive, inspect, sort and stow all products. - Pick, pack and ship all orders. - Handle the entire Amazon product line.

• Entwicklung eines Helms mit einem Smart Visor, der die Augments reality (Metaverse). • Entwicklung von ITS zur Kontrolle von Verkehrsinfrastruktursystemen. • Arbeit an sustainable mobility, smart city, electric mobility, shared und micro-mobility. Werkzeuge: Python, meta verse, Augmented reality, Virtual reality, MATLAB

• Material- und Modellvalidierung mit Finite-Elemente-Software. • Unterstützung bei der design von Komponenten für die additive manufacturing. Werkzeuge: Additive Manufacturing, Prototyping, 3D Printing, Binder Jetting, SLM, PTC Creo

- Responsible for creating overall organizational structure and schedules using AGILE project management methodologies such as SCRUM. - Risk control using a regression test strategy in the Automotive SPICE domain. - Internal reporting and optimization of controlling processes using Jira & Confluence. - Coordination of multidisciplinary production planning teams (e.g., logistics, assembly, prototyping, production control, supplier management). Working Tools: Jira & Confluence, SAP PP, SAP ERP, Minitab.

- Planning and design of an improved layout for the cutting department. - Conducting a value stream mapping for the cutting department. Development of a semi-automatic production plan for the implementation of the Just-in-Time system. - Application of techniques for inventory optimization such as ABC analysis and optimization of the Work-in-process inventory. - Development of a virtual Kanban board on Trello to manage the flow of inventory. - Introduction of 5s in the cutting department.

• Design of the CAD model of the leaf spring with the software PTC CREO and SolidWorks. • Calculation of the data to check whether the leaf spring can carry the load or not. • The final analysis of the leaf spring was carried out using the ANSYS software. • Daily work in the leafspring assembly and production line , starting from the raw material to the final product (the last step of painting the leaf spring).

• To check the process and functionality of boiler systems and to carry out daily measurements to calculate the efficiency. • Responsible for the introduction of all maintenance-relevant programs to ensure maximum availability and reliability of the machines and systems. • Planning and implementation of maintenance projects. • Participation in learning processes in functions of workshop, power generation and maintenance departments. • Carrying out root cause analyses regarding maintenance.

Grade: 1.8 Project: - The Costs Analysis of UiPath Robotic Process Automation (RPA) Implementation – Industry 4.0. - Comparision between Binder Jetting & Selective Laser Melting - Artificial Intelligence in Production - Smart Mobility in Transportation Network Companies - Robotic Process Automation Benefit Analysis

Completed my Bachelor in Mechanical Engineering with 1.8 CGPA. Bachelor Thesis: Design and analysis of leaf springs Design of the CAD model of the leaf spring with the software PTC CREO and SolidWorks. Calculation of the data to check whether the leaf spring can carry the load or not. The final analysis of the leaf spring was carried out using the ANSYS software.