Budapest University of Technology and Economics, Faculty of Electrical Engineering and Informatics

Dr. Lengyel László, professor, AUT

Dr. Charaf Hassan, professor, AUT

Kötelező:

Ajánlott:
Basics of Programming 1-3, Software Techniques

The subject summarizes the software development methodologies, their application possibilities and conditions, the practices and tools required and preferred by the design and development methods. Building on the competencies learned in the bachelor's degree, the subject integrates technical aspects with business approaches. It presents the management methods and tools and business processes related to software projects. Discusses the steps involved in developing software-based services and products, and the role of the product and service manager. Software development and IT operation activities, roles and tasks are presented. The subject describes what a software architect can do, how someone becomes an architect, and what their responsibilities are.

The specifics, development and operation of software companies, the organizational structure of software companies, negotiation with the customer, pricing methods, contract signing issues for software projects, and exit issues of software companies are explained.

The goal is for students to have a comprehensive insight into the operation of the software industry, the organization and management of software projects, the operation of software companies, and the details of several prominent software roles, such as the software architect and the product manager.

Lectures:

1. Repetition and summary

Software development methodologies

Agile development methods

2-3-4. Software project management

Business processes, business modeling, business estimation

Software project management methods and tools, project life cycle, processes, time frames, resources, strategy and organizational forms

Aspects and methods of developing and introducing services and applications: how to build a product/service, how to bring it to market, the role of an innovation manager as a product manager, knowledge-skills-attitude matrix

5-6-7-8. Software development and IT operation, cooperation between development and IT teams

Version management, Continuous Integration/Deployment/Monitoring/Testing/Delivery/Business Planning

How to monitor software progress

Roles and tasks: product owner, process manager, process stakeholder, IT security professional, project manager, software engineer, IT engineer, release manager, software tester

Software engineer (software architect)

What does a software architect know, how does someone become an architect, what are their tasks, knowledge-skills-attitude matrix

How to estimate a software system

Clean Code

9-10. Software companies

What does a software company do: consult, design, develop, operate, optimize

How we negotiate with the customer, how we negotiate the price

Contract conclusion

Management methods of software companies, construction and organization of software companies, everyday life of software companies, exit questions

11. NoSQL databases, architectures of data-driven applications

12-13. Client-side techniques and solutions

 

Exercises/labs:

1. Software project management

2. Software development and IT operation

3. Software architect, estimate

4. Management of software companies 1

5. Management of software companies 2

6. (Midterm test)

7. Software and copyright, intellectual property

Lecture and seminar

Homework

Processing selected written material

During the semester

1 midterm exam

1 homework

The condition for obtaining the signature is the successful completion of the midterm exam and the homework separately. In the case of both the midterm exam and the homework, a minimum of 40% of the maximum possible score must be achieved for successful completion.

A maximum of 25 points can be obtained with midterm exam. A maximum of 25 points can be obtained from the homework. In order to complete them, it is therefore necessary to obtain a minimum of 10-10 points. The points earned count towards the end-of-semester grade.

 

During exam period

Written exam

To pass the exam, a minimum of 40% of the maximum possible score must be achieved. A maximum of 50 points can be obtained on the exam, so a minimum of 20 points is required to pass the exam.

The score obtained in the subject: P = V + Z + HF, where V is the score obtained in the exam, Z is the score obtained in midterm exam, and HF is the score obtained in the homework.

Calculation of the end-of-semester ticket:

excellent (5) – if P >= 85 points

good (4) – if P >= 70 points

medium (3) – if P >= 55 points

sufficient (2) – if P >= 40 points

insufficient (1) – if P < 40 points