Courses at SRH University of Applied Sciences

This program provides a comprehensive foundation in programming, data structures, and system architecture, with a strong focus on practical applications. Students learn to develop efficient software solutions, explore artificial intelligence, and understand emerging technologies like cloud computing and cybersecurity. Emphasis is placed on hands-on learning through projects, coding labs, and internships. Teamwork, problem-solving, and innovation are at the core of the curriculum. Graduates are well-prepared for careers in software engineering, IT consulting, and tech development roles across industries.

This program deepens technical expertise in modern computing, software development, and system architecture. It includes specialized topics such as cloud computing, cybersecurity, and AI integration. Students work on real-world projects, fostering innovation and collaboration. The program emphasizes both practical skills and research competence. Graduates are prepared for advanced roles in software engineering, IT consulting, or digital innovation.

This program bridges the growing demand for expertise in large-scale data processing and AI technologies. Students learn data mining, real-time analytics, and intelligent decision-making systems. The curriculum blends theoretical models with practical applications in business and technology. Case-based learning and technical labs are central components. Graduates are ready to work in data engineering, AI strategy, or business intelligence roles.

This program addresses the critical need for protecting digital systems and networks against cyber threats. Students learn about encryption, risk management, ethical hacking, and digital forensics. The curriculum includes hands-on labs and simulated attack scenarios. Emphasis is placed on both technical proficiency and legal/compliance knowledge. Graduates are prepared for roles in information security, cybersecurity analysis, and digital risk consulting.

This applied program, part of the CyberMACS initiative, emphasizes interdisciplinary and cross-border approaches to cybersecurity. Students study secure system design, cryptography, cyber law, and resilience strategies. The course includes mobility and collaboration with international institutions. Practical training and real-world simulations enhance technical readiness. Graduates are equipped for advanced careers in cybersecurity operations and policy-making.

Combining engineering principles with business acumen, this course focuses on the evolving automotive industry. Students gain technical knowledge of vehicle systems alongside skills in project management and mobility innovation. Topics include automotive electronics, sustainability, and supply chain management. The program prepares students for leadership roles in automotive companies and tech-driven mobility sectors.

This interdisciplinary degree bridges engineering and business management. Students learn to optimize processes, manage technical projects, and implement innovative solutions. The curriculum combines engineering fundamentals with courses in economics, operations, and strategy. Real-life case studies and internships enhance practical knowledge. Graduates are suited for roles in industrial management, consulting, or tech entrepreneurship.

This engineering program delves into the design, analysis, and implementation of electrical systems and technologies. Students explore subjects such as circuit design, energy systems, automation, and digital electronics. Emphasis is placed on laboratory work and applied research to develop technical competence and innovation skills. The curriculum integrates industry projects to ensure practical relevance. Upon graduation, students are ready to work in sectors like energy, electronics, automation, and telecommunications.

This hands-on program teaches students to design, develop, and optimize mechanical systems and machinery. Courses cover thermodynamics, materials science, fluid mechanics, and computer-aided design (CAD). Students gain practical experience through labs, simulations, and industry projects. The curriculum fosters analytical thinking and problem-solving. Graduates are ready to work in sectors such as automotive, manufacturing, robotics, and aerospace.

This program focuses on the design and application of blockchain systems in various industries. Students explore distributed ledger technologies, cryptographic principles, and smart contract development. Real-world use cases in finance, logistics, and cybersecurity are analyzed. The curriculum emphasizes innovation and security in decentralized systems. Graduates are equipped for roles in blockchain development, fintech, and emerging tech consultancy.

This forward-looking program equips students with the skills to innovate in smart manufacturing and industrial automation. Core topics include robotics, additive manufacturing, sensor systems, and industrial IoT. Students learn to integrate digital technologies into modern production systems. The curriculum emphasizes hands-on training and system integration projects. Graduates are ready to drive Industry 4.0 transformations in engineering and production sectors.

Focused on advanced IT systems and software engineering, this program offers expertise in areas such as cloud computing, cybersecurity, and data infrastructure. Students engage in applied projects that reflect the demands of modern digital environments. The curriculum supports both technical mastery and project leadership skills. Emphasis is also placed on innovation and digital transformation. Graduates are prepared for roles in IT management, software development, or tech consultancy.

Focusing on the future of transportation, this program explores the intersection of mobility solutions, automotive engineering, and sustainability. Students learn about electric vehicles, autonomous systems, and smart infrastructure. Emphasis is placed on innovation and the integration of new technologies. Practical labs and industry collaborations enhance technical proficiency. Graduates are prepared for careers in automotive R&D, mobility innovation, and sustainable transport planning.

This program equips students to design and implement intelligent building systems that enhance comfort, efficiency, and sustainability. Topics include building automation, energy optimization, and IoT integration. The curriculum blends architecture, engineering, and digital systems. Hands-on labs and real-world projects prepare students for high-tech facility design. Graduates are suited for careers in smart building design, facility management, or green infrastructure development.

A technically focused program addressing the design and management of modern water systems. Students study water purification, wastewater treatment, hydraulics, and resource recovery. Emphasis is placed on sustainability, environmental regulation, and advanced water technologies. Hands-on lab work and engineering projects provide applied experience. Graduates can pursue careers in water management, environmental engineering, or infrastructure planning.

This hands-on engineering program integrates mechanics, electronics, and computer science. Students learn to design and operate smart systems and automated technologies. The curriculum covers robotics, control systems, and embedded software. With a strong focus on practical training, students gain experience in labs and industry projects. Graduates are equipped to work in sectors like automation, automotive, and industrial engineering.

This program equips students with a strong foundation in global business principles, management strategies, and intercultural communication. It focuses on practical learning through case studies and international projects. Students gain insight into finance, marketing, and operations in a global context. The course prepares graduates for dynamic careers in multinational corporations. Language and soft skills development are key components of the curriculum.

This program explores the psychological factors that influence workplace behavior and decision-making. Students study topics like organizational behavior, consumer psychology, and human resource management. The course combines theory with applied research and case-based learning. Emphasis is placed on interpersonal skills, leadership, and communication. Graduates are prepared for roles in HR, marketing, or organizational development.

This interdisciplinary program combines business strategy with creativity, enabling students to navigate and lead within sectors such as media, design, fashion, and entertainment. Students explore marketing, brand management, and entrepreneurship, while developing an understanding of the cultural and economic dynamics that drive creative markets. The course encourages innovation and strategic thinking, with real-world projects and industry collaborations. Creative leadership and digital transformation are key themes throughout the program. Graduates are equipped for roles in creative business development, project coordination, or cultural enterprise management.

This course provides the tools and techniques to turn business data into strategic decisions. Students study advanced analytics, data visualization, and predictive modeling. Emphasis is placed on using data to solve real organizational challenges. Projects and case studies support a hands-on learning approach. Graduates can work in analytics consulting, strategic planning, or data-driven business leadership roles.