Entrepreneurial behaviour. Entrepreneurial impressions — reflection. Entrepreneurship — from ideas to reality. Environmental factors and organisations. Equity finance.
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Estimating the cost of equity. Exploring career mentoring and coaching. Financial accounting and reporting. First steps in innovation and entrepreneurship. Fundamentals of accounting. How teams work. How to frame a business case. Human resources: recruitment and selection. Implementing the project. Influences on accounting regulation. Influences on corporate governance. International management: An institutional perspective.
Introducing a framework for strategy. Introducing the voluntary sector. Introduction to bookkeeping and accounting. Introduction to operations management. Introduction to the context of accounting. Investment risk. Knowledge technologies in context. Liquidity management. Making creativity and innovation happen. Making decisions. Management: perspective and practice. Managing and managing people. Managing local practices in global contexts.
Managing my financial journey. Managing my investments. Managing my money. Managing my money for young adults. Managing projects through people. Managing relationships. Managing the European economy after the introduction of the Euro. Managing the software enterprise: The organisational and business context. Managing virtual project teams. Marketing communications as a strategic function. Organisations and management accounting.
Personal branding for career success. Planning a project. Preparing a project. Products, services and branding. Project management: the start of the project journey. Quantitative and qualitative research in finance. Rent or buy? The challenge of access to housing. Retail marketing. Rural entrepreneurship in Wales. Seeing institutions in different ways. Social marketing.
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Strategic view of performance. Supply chain sustainability. Sustainable innovations in enterprises. Technology, innovation and management. The business of football. The concept of innovation. The financial markets context. The importance of interpersonal skills. The life sciences industry: An introduction. The market-led organisation.
The public policy — action relationship. The role of the manager. Three principles of a coaching approach. Understanding and managing risk. Understanding different research perspectives. Understanding management: I'm managing thank you! Understanding operations management. Understanding the environment: Learning and communication. Using voluntary work to get ahead in the job market. What is strategic human resource management?
What is strategy? Working in diverse teams. Working in groups and teams. Working life and learning. Workplace learning with coaching and mentoring. You and your money. An introduction to biological systematics. An introduction to energy resources. An introduction to sustainable energy. Animals at the extremes: Hibernation and torpor.
Animals at the extremes: Polar biology. Animals at the extremes: The desert environment. Aquatic mammals. Can renewable energy sources power the world? Changing cities. Climate change. Climate change: transitions to sustainability. Earth's physical resources: petroleum. Eating for the environment. Effects of pollutants on the aquatic environment. Energy in buildings. Energy resources: Coal. Energy resources: Solar energy. Energy resources: Tidal energy.
Environment: treading lightly on the Earth. Environment: understanding atmospheric and ocean flows. Environmental management and organisations. Evolution through natural selection. Evolution: artificial selection and domestication. Extending water resources. Financial methods in environmental decisions. Fishing: can it be sustainably managed? Future energy demand and supply. Global warming. Global water resources. Introducing environmental decision making. Introducing the environment: Ecology and ecosystems.
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Life in the Palaeozoic. Living without oil. Logframe planning. Managing coastal environments. Microbes — friend or foe? Modelling pollution in the Great Lakes. Nature matters in conversation. Nature matters: caring and accountability. Nature matters: Systems thinking and experts. Neighbourhood nature.
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Operations, technology and stakeholder value. Organisations, environmental management and innovation. School activities: Evolutionary tree of mammals. Social issues and GM crops. Studying Darwin. Studying mammals: A winning design. Studying mammals: Chisellers. Studying mammals: Food for thought. Studying mammals: Life in the trees. Studying mammals: Meat eaters. Studying mammals: Plant predators. Studying mammals: Return to the water.
Studying mammals: The insect hunters. Studying mammals: The opportunists. Studying mammals: The social climbers. Surface water. Surviving the winter. Sustainable Scotland. Test kits for water analysis. The environmental impact of teaching and learning. The frozen planet. The oceans. The science of nuclear energy. Transport and sustainability. Unclear about nuclear? Understanding deep geothermal energy. Understanding the environment: A systems approach. Understanding the environment: Co-evolution. Understanding the environment: Complexity and chaos.
Understanding the environment: Flows and feedback. Understanding the environment: Problems with the way we think. Understanding the environment: Thinking styles and models. Understanding water quality. Waste management and environmentalism in China.
Watching the weather. Water for life. Water in the UK. Water use and the water cycle. Why sustainable energy matters. Working with our environment: an introduction. A tour of the cell. Achieving public dialogue. Addiction and neural ageing. Additive manufacturing. Alcohol and human health. An introduction to complex numbers. An introduction to data and information. An introduction to design engineering. An introduction to e-commerce and distributed applications. An introduction to electronics. An introduction to exoplanets. An introduction to geology.
An introduction to interaction design. An introduction to software development. An introduction to web applications architecture. An overview of active galaxies. Analytical science: Secrets of the Mary Rose. Approaches to software development. Assessing contemporary science. Assessing risk in engineering, work and life. Astronomy with an online telescope.
https://dredagtagabdisc.ga Babylonian mathematics. Basic science: understanding experiments. Basic science: understanding numbers. Bayesian statistics. Birth of a drug. Cell signalling. Citizen science and global biodiversity. Collisions and conservation laws. Comparing stars. Complex numbers. Computers and computer systems. Creating musical sounds. Crossing the boundary - analogue universe, digital worlds. Data and processes in computing. Describing motion along a line. Design thinking. Designing the user interface: Text, colour, images, moving images and sound.
Diabetes care. Diabetes complications. Diagramming for development 1 - Bounding realities. Diagramming for development 2 - Exploring interrelationships.
Diagrams, charts and graphs. Digital communications. Digital forensics. Discovering chemistry. Distributed paradigms. Early development. Effective ways of displaying information. Egyptian mathematics. Engineering: The challenge of temperature. Engineering: The nature of problems. Ethics in science? Experiences of learning mathematics. Exploring communications technology.
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Exploring data: Graphs and numerical summaries. Galaxies, stars and planets. Gene manipulation in plants. Gene testing. Gene therapy. General principles of cellular communication. Geological processes in the British Isles. Group theory. Groups and teamwork. Health and safety in the laboratory and field. Histology, microscopy, anatomy and disease. Icy bodies: Europa and elsewhere. In the night sky: Orion. Influenza: A case study.
Information security. Inheritance of characters. Innovation through representation. Integrated safety, health and environmental management: An introduction. Internet of everything. Interpreting data: Boxplots and tables. Intracellular transport. Introducing engineering. Introducing ICT systems. Introduction to active galaxies. Introduction to algebra. Introduction to analysis. Introduction to computational thinking. Introduction to cyber security: stay safe online. Introduction to differential equations. Introduction to differentiation. Introduction to ecosystems.
Introduction to finite element analysis. Introduction to forensic engineering. Introduction to group theory. Introduction to histology. Introduction to histopathology. Introduction to linear equations and matrices. Introduction to microscopy. Introduction to polymers.
Introduction to structural integrity. Introduction to the calculus of variations. Invention and innovation: An introduction. Iron transport and storage. IT in everyday life. IT: device to device communication. IT: e-government. IT: Information. IT: Technology news. James Clerk Maxwell. John Napier. Key skill assessment unit: Information literacy. Key skill assessment unit: Information technology. Key skills assessment unit: Application of number. Kinematics of fluids. Language, notation and formulas.
Learn to code for data analysis. Learning, thinking and doing. Linear programming — the basic ideas. Living with diabetes. Machines, minds and computers. Managing Complexity: A Systems Approach. Managing complexity: A systems approach — introduction. Mathematical language. Maths everywhere. Maths for Science. Maths for science and technology. Medical statistics. Meiosis and mitosis. Metric spaces and continuity.
Microelectronic solutions for digital photography. Microgravity: living on the International Space Station. Minerals and the crystalline state. Modelling and estimation. Modelling events in time. Modelling object-oriented software — an introduction. Models and modelling. Moons of our Solar System. More working with charts, graphs and tables. Mosquito resistance to insecticides. Motion under gravity. Mountain building in Scotland.
Natural intelligence. Network security. Nucleic acids and chromatin. Number systems. Number theory. Numbers, units and arithmetic. Numbers: An introduction to subtraction. Numbers: Getting to grips with division. Nutrition: Proteins. Nutrition: vitamins and minerals. Pain and Aspirin. Particle physics. People-centred designing. Founded in as a U. We have recently established a dedicated Middle East and Africa program to better serve the needs emerging markets in the region. The audience for our trainings ranges from electrical, mechanical and civil engineers, to members of academia and educators, and to distribution company employees, electricians and technicians.
Visit the Shams Oman website for current course listings. Visit our training schedule to learn more. SEI is able to provide private trainings at your facility on a contract basis where we will develop a custom course based on your needs and send SEI instructors to lead the classes. If you are interested in a contract training, please fill out the Contract Training Questionnaire.
We typically recommend contract trainings for groups of fifteen or more, but we can work to accommodate your individual needs. SEI has experience developing PV training centers for our own facilities and with partners around the world. We are currently consulting on facilities in both Costa Rica and Oman.
If you would like assistance with your technical facilities we can put together a proposal based on your needs. Our team has over years of combined solar and battery storage experience with residential, commercial, utility, and industrial solar energy project development. We have a passion for solar power and invite you to partner with us for your next project! Required courses for Economics students are offered fall and spring semesters.
Select elective courses are offered during fall and spring, as well. Courses range from 1 to 3 units, and are subject to change. Societal and Institutional Systems - The study of the interactions of individuals and societies from the viewpoint of economics. We will study the ethics and the economics of such phenomena as market competition, institutions of private and public property, trade restrictions, globalization, and corporate welfare. How do people create wealth?
How do societies enable people to create wealth? Are some ways more ethical than others? Why do some societies grow rich while neighboring societies remain poor? People have various ways of creating wealth. Which are ethical and which are not? Contact the Philosophy Department with enrollment inquiries. Relationship between man and use of natural resources and environmental systems, with emphasis on the economic implications of alternative environmental, energy and land-use policies.
Specialized work on an individual basis, consisting of instruction and practice in actual service in a department, program, or discipline. Teaching formats may include seminars, in-depth studies, laboratory work and patient study. Qualified students working on an individual basis with professors who have agreed to supervise such work. Examination of industrial structure; theory of prices under varying market conditions; applications to business problems. Not available to students who are enrolled in or have completed ECON The objective of this course is to familiarize you with core microeconomic foundations that will allow you to understand how various economic forces and phenomena emerge, how alternative economic institutions functions to allocate resources, how individuals and enterprises can best position themselves in various types of economic environments, and how government policy and external factors affect economic outcomes and welfare.
Economic history of the United States from the colonial era to the present and what affected the changes in the U. The purpose of the class is to provide students with a firm understanding of the historical development of the economies of different parts of the world and the economy of the world as a whole. The purpose of the class is to provide students with a firm understanding of the historical development of economic thought.
Commodity and financial futures market participants, evolution, functions, performance, price determination, and regulation with hedging and speculative applications of futures and futures-options contracts. Historical development of securities markets. Topics include financial scandals, early origins of Wall Street, the Robber Barons, the Crash of , up to the Enron crisis.
The study of how the macroeconomy is affected by institutions, technology and other forces, and governmental policy. The purpose of the class is to provide students with a firm understanding of the structure and workings of the macro-economy; how macroeconomic variables such as national income, the price level, the unemployment rate, and interest rates are determined in various macroeconomic environments; and how government policies and the financial system can impact macroeconomic performance.
Note: This class is only open to non- Eller students and Economic Minors. Analysis of output, employment, interest rates, and the price level; the effects of these on changes in monetary and fiscal variables. This course uses economic analysis to analyze the basic common law areas of property, contract, tort, and criminal law. Economic tools are used both to understand the basic structure of the law, and to suggest how the law might be made more efficient.