Vorlesungsverzeichnis

Suchen Sie hier über ein Suchformular im Vorlesungsverzeichnis der Leuphana.

Veranstaltungen von Dr. Harry Rana


Lehrveranstaltungen

How people work in Industrial environment: Decoding Behavioural Patterns (FSL) (Vorlesung)

Dozent/in: Harry Rana

Termin:
 14-täglich | Mittwoch | 14:15 - 17:45 | 16.04.2025 - 16.07.2025 | C 14.201 Seminarraum

Inhalt: Understanding people’s behavioural patterns is paramount for young graduates entering the realm of industrial employment. To ensure their success in distinct industrial roles and overall professional growth, person must prioritize expanding their knowledge and competencies in decoding such knowledge. This aspect of their training and development is crucial for them to effectively navigate the complexities of managing teams and working within organizational structures. In this ever-evolving industrial era, the role of young graduates is undergoing a rapid transformation. They are now expected to act as directors responsible for implementing new technology and practices. Consequently, they often find themselves at the forefront of organizational change, making it essential for them to possess a deep understanding of organizational processes, group behaviour, and organizational structure. This knowledge and skill set are crucial for graduates to effectively navigate the complexities of managing teams and driving transformation within their organizations.

How Automobile works: Past, Present, and Future (FSL) (Vorlesung)

Dozent/in: Harry Rana

Termin:
 14-täglich | Mittwoch | 14:15 - 17:45 | 09.04.2025 - 09.07.2025 | C 14.201 Seminarraum

Inhalt: 1. The Past: Evolution of Automobiles In this module, we will explore the origins of automobiles and trace their development through key historical milestones: • Early Innovations: From steam-powered vehicles to the Benz Patent-Motorwagen, the world's first automobile. • Mass Production Revolution: The impact of Henry Ford's assembly line and the Model T on making cars accessible to the masses. • Technological Advancements: Innovations in engine technology, chassis design, and safety features during the early to mid-20th century. 2. The Present: Modern Automotive Technology This module focuses on the current state of automotive technology and the innovations that define modern vehicles: • Engine and Powertrain Systems: Evolution from internal combustion engines to hybrid and electric powertrains. • Safety and Driver Assistance Systems: Advances in safety technologies such as ABS, airbags, collision warning systems, and adaptive cruise control. • Connectivity and Infotainment: Integration of GPS navigation, smartphone connectivity, and entertainment systems. 3. The Future: Emerging Trends and Technologies Looking ahead, this module explores the cutting-edge innovations and trends that are shaping the future of automobiles: • Electric Vehicles (EVs): The rise of EVs, advancements in battery technology, and infrastructure development. • Autonomous Driving: Development of self-driving cars, AI-powered navigation systems, and regulatory challenges. • Sustainability and Environmental Impact: Efforts towards reducing carbon emissions, sustainable materials, and smart urban mobility solutions. • Innovative Designs: Concepts like flying cars, urban mobility solutions, and the integration of AI in vehicles. 4. Practical Applications and Case Studies In this hands-on module, participants will engage in practical demonstrations and case studies to deepen their understanding: • Hands-on Workshops: Explore the basic mechanics of automobiles, including engine components, drivetrain systems, and vehicle diagnostics. • Case Studies: Analyse real-world examples of automotive innovations and their impact on industry trends. • Project Work: Collaborate on projects that propose solutions to current challenges in automotive engineering and design. 5. Conclusion: Looking Ahead • Reflection and Discussion: Review the transformative journey of automobiles and the societal impacts of technological advancements. • Ethical Considerations: Address ethical dilemmas in autonomous driving, data privacy, and sustainability. • Career Pathways: Explore career opportunities in automotive engineering, design, research, and entrepreneurship.