Programs

Naval Architecture with High Performance Marine Vehicles MEng

This MEng program focuses on designing, building, and operating marine vehicles, with a specialisation in high-performance leisure and commercial craft such as yachts and fast ferries. You will gain core skills in ship design, construction, and operation, combined with advanced knowledge of materials and technology. The course covers fundamental principles of naval architecture, including buoyancy, stability, hydrodynamics, and structural analysis, progressing to sophisticated design tools and techniques. Students will have opportunities for international work placements and access to advanced facilities like a towing/wave tank and a racing yacht.

Naval Architecture with Ocean Engineering MEng

This integrated Master of Engineering (MEng) program in Naval Architecture with Ocean Engineering combines the principles of designing and constructing ships with the engineering of offshore structures and systems. You will learn to assess the stability, safety, strength, and performance of marine vehicles and floating structures, from traditional vessels to advanced offshore platforms. The course covers both the technical aspects of harnessing ocean resources, including oil and gas extraction and renewable energy, and the design of innovative marine systems. The curriculum progresses from fundamental engineering science and naval architecture in the early years to specialized topics in Years 3, 4, and 5. These advanced areas include the dynamics of offshore structures, subsea engineering, risk management, and marine renewable energy. A significant individual project in Year 4 and a group project in Year 5 allow you to apply your knowledge to design challenges and explore topical areas in depth. Graduates will be equipped to tackle complex engineering problems in the maritime and offshore industries, with opportunities for international work placements and research internships. The program benefits from state-of-the-art facilities, including a towing tank, wave tank, and engine laboratory, and is accredited by leading professional bodies.

Navigating Energy Transition Complexities

This intensive three-day executive program is designed for leaders to understand and navigate the complexities of the energy transition. It focuses on equipping participants with the skills to identify risks and opportunities, develop forward-looking energy strategies, and implement sustainable business practices. The program emphasizes practical application within participants' personalized business contexts.

Negotiation, Arbitration and Conflict Resolution Certificate Program

This certificate program offers a comprehensive understanding of the collective bargaining system and its associated dispute resolution mechanisms. It is designed for professionals in labor and employment relations, whether in the private or public sector. The program covers essential knowledge for negotiating and enforcing collective agreements, as well as exploring creative and modern conflict resolution methods. All courses are delivered remotely via Zoom, making it accessible to professionals across different locations.

Nested-Loop Join Algorithm

This program focuses on the Nested-Loop Join algorithm, a fundamental technique in database query processing. It explores various implementations, starting with the basic tuple-based approach and progressing to more optimized block-based methods. The goal is to understand the trade-offs between memory usage and disk I/O for different join strategies, crucial for efficient database operations.

Network Administrator Technician Associate Certificate

The Network Administrator Technician Associate Certificate program provides a foundational understanding of computer networking. This program is designed for individuals looking to enter the IT sector and offers hands-on experience with networking concepts and hardware. It consists of four courses totaling 24 credits, which can be taken in any order as long as prerequisites are met. A minimum pass mark of 50% is required for each course. The program must be completed within three years of enrolment.

Network Engineering Master's Program

The University of Colorado Boulder offers a Master of Science in Network Engineering designed to accelerate your career in the IT and telecommunications industries. This lab-intensive program equips you with the skills to design, build, and operate advanced communication systems. You will gain practical experience in one of the world's largest academic data center labs, working with industry-standard tools and tackling real-world challenges. The curriculum blends theoretical knowledge with hands-on application, ensuring graduates are well-prepared for high-demand roles upon completion. This program is ideal for those continuing their undergraduate studies, professionals with military experience, or individuals seeking to transition into a high-tech career. The CU Boulder program focuses on providing a strong foundation, practical expertise, and valuable professional connections to ensure success in the dynamic field of network engineering.

Network Flow

This program focuses on the fundamental concepts of network flow problems, a critical area in computer science and operations research. You will learn to model and solve problems involving the movement of a commodity through a directed graph with capacities on its edges. Key topics include the definition of a basic network with a single source and sink, the properties of flow assignments, and the conservation of flow at each node. The course also delves into the crucial distinction between saturated and unsaturated edges, and culminates in understanding the objective of the maximum flow problem: finding the largest possible flow from the source to the sink.

Network Server Administration

Network Systems Technology - Associate of Science

The Network Systems Technology Associate in Science (A.S.) degree program at St. Johns River State College is designed to equip students with the knowledge and skills needed for entry-level positions in the IT sector. This program focuses on computer networking, preparing graduates for roles such as PC support technicians, network control operators, data communications analysts, and network administrators. It covers essential aspects of implementing, managing, and supporting computer networks, including server administration, operating system installation and maintenance, and network security essentials.

Neu-Ulm University of Applied Sciences

Neu-Ulm University of Applied Sciences (HNU) is an international business school offering practice-oriented bachelor's and master's degree programs. These programs prepare students for management roles and leadership positions with various specializations. HNU emphasizes interdisciplinary learning, close collaboration with companies, and the promotion of international exchange and intercultural skills. The university is known for its modern, well-equipped campus located in a rural setting, fostering a familiar and supportive atmosphere.

Neural Engineering

The Neural Engineering program at Washington University in St. Louis focuses on the fundamental and applied study of neurons, neural systems, behavior, and neurological disease. This interdisciplinary field combines principles from engineering, neuroscience, computer science, and medicine. Research activities span a wide range, including mathematical modeling of neural processes, exploring new approaches to sensory and motor functions, understanding neural plasticity, and designing neuroprosthetic devices. The program investigates information processing at molecular, cellular, systems, and behavioral levels, preparing students for research and development roles in academia and industry.

Neural Networks for Work

This certificate program is designed for specialists, managers, analysts, marketers, and HR professionals looking to integrate Artificial Intelligence (AI) technologies into their daily work and automate business processes. The program guides participants from being proficient users of neural networks to developing customized AI solutions. You will learn to apply Large Language Models (LLMs), including Russian ones, work with APIs, build Telegram chatbots, automate tasks using no-code platforms, and create your own AI solutions for marketing, HR, and customer service. The curriculum covers a range of tools, including LLMs like DeepSeek, Gemini, Claude, GigaChat, and YandexGPT, as well as no-code platforms such as Flowise, Make, Google Apps Script, and GPTBots. It also introduces AI platforms with visual interfaces and API integration.

Neurasmus Master's in Neuroscience

Neurasmus is a two-year European Master's program focused on neuroscience, offering a blend of academic rigor, hands-on research, and international experience. It is designed for students passionate about understanding the brain from multiple perspectives, including neuroanatomy, neurophysiology, and computational neuroscience. The program emphasizes a holistic approach to education, combining study at prestigious universities across Europe and potentially Canada with cultural immersion. This program aims to equip students with advanced knowledge and skills for careers in academia, the pharmaceutical industry, or healthcare innovation. You will work with world-renowned researchers in state-of-the-art laboratories, participate in international conferences, and benefit from workshops on transdisciplinary themes. Neurasmus provides a strong foundation for a lifelong journey in neuroscience and offers opportunities for personal and professional growth within a supportive, multicultural community.

Neuroanatomy

Neuroanatomy is a specialized field within anatomy that focuses on the study of the structure and form of the nervous system. This program offers a detailed exploration of the nervous system's intricate organization, from its developmental stages to complex pathways and cranial nerve functions. Students will gain a comprehensive understanding of both the central and peripheral nervous systems, including the vegetative (autonomic) nervous system and the innervation of organs.

Neurobiology (Biomedical Sciences)

The Master's programme in Neurobiology (Biomedical Sciences) at the University of Amsterdam is an advanced course of study that explores the complexities of the human brain. This challenging program is positioned at the intersection of biology, psychology, and philosophy, offering a comprehensive understanding of neuroscience from genes to cognition. Graduates of this program are well-prepared for research careers and other professional opportunities both within academia and in various industries worldwide. Students will benefit from small class sizes and personalized guidance, fostering a supportive learning environment. The curriculum is highly interdisciplinary, integrating various fields to provide a broad and specialized education. A key feature of the program is the opportunity to conduct research projects at renowned institutes such as the Swammerdam Institute of Life Sciences, Netherlands Institute for Life Sciences, and Amsterdam UMC.

NeuroData Joint Master's Degree in Brain and Data Science

The NeuroData Joint Master's Degree in Brain and Data Science is an innovative program designed to equip students with advanced knowledge at the intersection of neuroscience and data science. As the world becomes increasingly connected, the demand for professionals who can analyze complex brain data and apply data science principles to neuroscience challenges is rapidly growing across various fields including neurotechnology, healthcare, and education. This program aims to foster a new generation of multidisciplinary researchers capable of tackling the most intricate problems related to the human brain in both health and disease.

Neuromedicine PhD Program

The Neuromedicine PhD program at the Keck School of Medicine trains future researchers to investigate complex neurological and neurodegenerative diseases like Alzheimer's. It offers a comprehensive curriculum and a strong interdisciplinary research environment, focusing on disease biology, data science, and traditional research methods. Students will explore genetic, molecular, cellular, and systems-level aspects of these conditions. The program also incorporates translational and clinical perspectives, preparing graduates to contribute to the development of new diagnostic tools and therapies for improved patient care.

Neuroscience

Neuroscience at Dartmouth is an interdisciplinary field that explores fundamental questions about the brain and its functions, such as how memories are stored, the biological basis of consciousness, and the neural underpinnings of decision-making and mental illness. The program integrates knowledge from psychology and biology with insights from computer science, chemistry, engineering, and medicine. Students in the neuroscience program gain a strong foundation through coursework and have significant opportunities to participate in research. This hands-on experience with neuroscience research methods, including laboratory work, allows students to engage in independent research projects under the mentorship of faculty members, contributing to the rapid advancements in this dynamic field.

Neuroscience (Doctoral)

The Doctor of Philosophy in Neuroscience program at the University of Arizona is designed to equip you with the foundational knowledge and research skills necessary for a career as an educator and researcher in the field. This program allows for a personalized course of study, providing a comprehensive understanding of neuroscience while allowing for specialization in chosen areas. You will benefit from the extensive expertise of faculty across numerous departments, offering opportunities to explore a wide range of topics from molecular and cellular neuroscience to behavioral, cognitive, theoretical, and clinical aspects of the field.

Neuroscience (Master)

The Master's program in Neuroscience at the University of Vienna is a 2-year, 120 ECTS credit program designed to address the rapid advancements and interdisciplinary nature of modern neuroscience. It aims to provide students with expertise at the intersection of molecular and cellular neurobiology, experimental and theoretical neuroscience, cognitive biology, and clinical aspects. The program focuses on understanding the mechanistic processes underlying behavior and cognition through a strong foundation in cellular and molecular biology, as well as advanced neuroscientific techniques. Graduates will gain expert knowledge and practical experience to analyze complex neurobiological phenomena at various levels, from molecular to organismic. This program is particularly relevant due to the societal importance of understanding cognition, the development of artificial intelligence, and the urgent medical need to address neurological diseases. The curriculum emphasizes a research-oriented education, connecting students with leading research groups both locally and internationally, making it a unique offering in Austria.

Neuroscience (PhD)

The PhD program in Neuroscience at the University of Victoria is designed for full-time students focused on conducting independent and original research. Your research will culminate in a dissertation, which you will defend orally. The program also includes a candidacy exam to prepare you for dissertation writing. Neuroscience is studied through its core areas, including learning and memory, synaptic function, developmental neuroscience, sensory motor systems, and disease and industry, emphasizing the connections between these fields.