Muut / Others - LAB

The students can utilize their studies on various business areas in running an international company via a strategy & business management simulation (Cesim Global Challenge). The target of the course is that the students gain comprehensive understanding on how strategic business decisions in areas like marketing, pricing, investments etc. affect the success of the company operating in global markets. Introduction to the course via practice rounds and result analysis. Virtually played decision-making rounds in student teams. Final seminar with results and analysis. The course materials can be found on Moodle, and the course lectures and coaching are done via Zoom. The company's various stakeholders, owners and investors emphasize the importance of ESG. The course takes into account that management's requirements towards companies' responsible business operations are increasing. ESG factors (Environmental, Social and Governance) refer to issues related to companies' environmental and social responsibility and governance.

Understanding entrepreneurship as a career option vs. employment. Prerequisites and requirements for entrepreneurship. Testing and analyzing one's own entrepreneurial qualities. Prerequisites for starting a company: the path from innovation into a business idea. Planning the practical steps for starting a company, such as - conditions for profitability - identifying risks and managing them - considering revenue streams and the cost structure - increasing awareness through marketing

The course on the basic concepts and fundamentals of marketing has been co-produced by several marketing teachers, using other marketing experts as specialists, so you are sure to get a comprehensive and varied introduction to the secrets of marketing basics. The topics covered in this course include: What is marketing, buying and consumption behaviour, competitors, partners and business environments, segmentation and targeting, brands and branding, marketing mix, online/digital marketing, customer service and sales.

In this practical 'hands-on' course, you will learn to model and develop office and information work processes. In the course, basic information is learned using micro-learning methods (also possible on mobile), for practical exercises you need a computer. Learning is divided into five sections, which are displayed on their own tabs: 1. Process development: You will learn to model, analyze and optimize the work phases of information work. 2. Data and process mining: You will learn the basics of digital data and the data economy. In addition, you will learn how to measure and analyze log data using process mining methods. 3. Artificial intelligence (AI): You will learn what artificial intelligence means and what it can be used for. You will learn to make your own artificial intelligence applications. 4. Robotic process automation (RPA): You will learn how to automate the repetitive tasks of office work. 5. Hyperautomation: You will learn how RPA and AI can be combined.

1. Stress 2. Strain 3. Mechanical properties of materials 4. Axial load 5. Torsion 6. Bending 7. Transverse shear 8. Combined loading 9. Stress transformation 10. Strain transformation 11. Design of beams and shafts 12. Deflection of beams and shafts 13. Buckling of columns 14. Energy methods

- SI unit system and unit conversions - kinematics, mechanics and thermodynamics - vector calculus in mechanics phenomena - basics of hydrostatics & hydrodynamics

Kurssi tarjoaa vahvan matemaattisen perustan, joka tukee teknisiä ja analyyttisiä taitoja kestävän suunnittelun ja insinööritieteiden sovelluksissa. Opiskelija oppii keskeiset laskennan, algebran ja geometrian menetelmät sekä niiden käytännön merkityksen ongelmanratkaisussa. Laskennan perusteet - Laskujärjestys, murtolukujen laskutoimitukset ja potenssilausekkeet. Yksikkömuunnokset Algebra ja yhtälöt - Polynomilausekkeet, polynomin jakaminen tekijöihin, ensimmäisen ja toisen asteen yhtälöt, yhtälöparit, suureyhtälöt sekä murtoyhtälöt. Geometria ja trigonometria - Kolmiot ja kulmat, Pythagoraan lause, mittakaava ja yhdenmuotoisuus. Terävän kulman trigonometriset funktiot sekä sini- ja kosinilause yksikköympyrän avulla. - Nelikulmiot, ympyrä, monikulmiot - avaruusgeometrian perusteet . Vektorit ja sovellukset - Vektoreiden peruskäsitteet, voimakolmio ja soveltavia tehtäviä, tason vektorin komponenttiesitys ja vaihekulma.

Murtopotenssi ja juurilausekkeet Juuriyhtälö Korkeamman asteen yhtälö Yhtälöryhmä Matriisien peruskäsitteet ja laskutoimitukset Käänteismatriisi ja yhtälöryhmän ratkaiseminen matriisien avulla Funktio ja sen arvo 1.asteen polynomifunktio Suuntakulma 2.asteen polynomifunktio Korkeamman asteen polynomifunktio 1. ja 2. asteen epäyhtälöt Potenssifunktio Rationaalifunktio Eksponentti- ja logaritmifunktio Eksponentti- ja logaritmiyhtälöt Trigonometriset funktiot ja yksikköympyrä Trigonometriset lausekkeet Trigonometriset yhtälöt Trigonometriset käyrät

Sisältö: - Kolmio ja kulmat - Pythagoraan lause - Mittakaava ja yhdenmuotoisuus - Suorakulmaisen kolmion trigonometria - Sini- ja kosinilause (yksikköympyrä) - Vektoreiden peruskäsitteet - Tason vektorin komponenttiesitys - Tason vektorin vaihekulma - Voimakolmio ja soveltavia tehtäviä - Avaruuden vektorin komponenttiesitys - Pistetulo - Projektio - Ristitulo - Nelikulmio ja monikulmiot - Ympyrä - Avaruusgeometria

1. Basis of design 2. Structural analysis 3. Design of members 4. Elastic design of steel structures 5. Plastic design of steel structures 6. Connection design

1. Properties of reinforce concrete 2. Limit state design 3. analysis of the structure at the ultimate limit state 4. Analysis of the section 5. Shear, bond and torsion 6. Serviceability, durability and stability requirements 7. Design of reinforce contrete beams 8. Design of reinforce concrete slabs 9. Column design 10. Foundations and retaining walls 11. Prestressed concrete 12. Composite construction

1. Introduction to design and design process 2. Structural properties of engineered wood procucts 3. Design according to the ultimate limit state 4. Design of timber joints 5. Composite timber elements 6. Horizontal stabilization 7. Design for serviceability 8. Bending 9. Axial loading 10. Cross section subjected to shear

Basics on Building Information modelling principles, The concept of openBIM. Basic guidelines and international standards of openBIM. Basics of Infra Modelling and City Modelling. Creating architectural model with Revit and Structural Model with Tekla Structures Most used tools to handle IFC-models.

Tietokoneavusteisen suunnittelun perusperiaateiden ymmärtäminen sekä Autocad ohjelmiston peruskäyttö kaupunki-/yhdyskuntasuunnittelussa.