Master Degree of Engineering (Mg.sc.ing.)

Program Overview

The Agricultural Engineering academic master's study program provides students with a comprehensive education in engineering, preparing them for careers in research, teaching, entrepreneurship, public administration, and local government. Students can choose one of four sub-programs: "Vehicles and Service," "Agricultural Technologies and Techniques," "Energetics," and "Machine Designing and Manufacturing." The program consists of foundation courses, specialization courses, and a master's thesis, and students are assessed through a variety of methods, including exams, projects, and presentations.

Program Outline

Overview:

The Agricultural Engineering academic master's study program provides students with the opportunity to choose one of four sub-programs: “Vehicles and Service,” “Agricultural Technologies and techniques,” “Energetics,” and “Machine Designing and Manufacturing.” By studying in this program, students will broaden their horizons in related areas of engineering and gain a comprehensive education that prepares them for careers in research, teaching, entrepreneurship, public administration, and local government.

Objectives:

The aims of the Agricultural Engineering academic master's study program are to:

• Prepare comprehensively educated young scientists, pedagogues, entrepreneurs, and public administration and local government specialists.
• Provide students with the skills and knowledge necessary to continue their doctoral studies independently.
• Foster creative thinking and promote the further development of Latvian engineering sciences.

Program Description:

The Agricultural Engineering academic master's study program is designed to provide students with a solid foundation in the following areas:

• Research methods and technologies
• Engineering analysis and design
• Project management
• Communication and presentation skills
• Ethical and professional responsibilities
Students will also gain specialized knowledge and skills in one of four sub-programs:
• Vehicles and Service: This sub-program focuses on the design, operation, and maintenance of vehicles and transportation systems.
• Agricultural Technologies and Techniques: This sub-program covers the latest technologies and techniques used in agricultural production, including precision farming, automation, and environmental sustainability.
• Energetics: This sub-program explores the principles and applications of energy production, distribution, and utilization in agricultural systems.
• Machine Designing and Manufacturing: This sub-program provides students with the skills and knowledge necessary to design, develop, and manufacture agricultural machinery and equipment.

Program Structure:

The Agricultural Engineering academic master's study program consists of four semesters of full-time study. The program is divided into three stages:

• Stage 1: Foundation courses (1st and 2nd semesters)
• Stage 2: Specialization courses (3rd and 4th semesters)
• Stage 3: Master's thesis (4th semester)

Foundation Courses (1st and 2nd Semesters):

• Philosophy of Science
• English for Master Students
• Fundamentals of Logistics
• Study of Patenting
• Ergonomics and Industrial Design
• Alternative Energetics
• Energy Economics in Agriculture
• Conformity and Certification of Electrical Equipment
• Automatic Systems Simulation
• Transport Management
• Project Engineering
• Transport Engineering Service and Automarket
• Projecting in 3D CAM System
• Theory of Agricultural Machinery and Motor Vehicles
• Principles of Methodology of Design
• Embedded Programming for Engineers
• Theory of Agricultural Machinery
• Specialized Technology
• Potato and Vegetable Production
• Forage Production

Specialization Courses (3rd and 4th Semesters):

Vehicles and Service Sub-program:

• Computer-aided Measuring Systems
• Agricultural Engineering and the Environment
• Energy Carriers and Energy Resources
• Embedded Programming for Engineers
• Research in Agricultural Engineering
• Traffic Control and Modelling
• Quality Assurance Systems
• CNC Machine Tools
• Computer Aided Design of Mechanisms
• Production of Cutting Tools
• Removal and Storage of Manure
• Milking and Primary Milk Processing

Agricultural Technologies and Techniques Sub-program:

• Computer-aided Measuring Systems
• Agricultural Engineering and the Environment
• Energy Carriers and Energy Resources
• Embedded Programming for Engineers
• Research in Agricultural Engineering
• Traffic Control and Modelling
• Quality Assurance Systems
• CNC Machine Tools
• Computer Aided Design of Mechanisms
• Production of Cutting Tools
• Removal and Storage of Manure
• Milking and Primary Milk Processing

Energetics Sub-program:

• Computer-aided Measuring Systems
• Agricultural Engineering and the Environment
• Energy Carriers and Energy Resources
• Embedded Programming for Engineers
• Research in Agricultural Engineering
• Traffic Control and Modelling
• Quality Assurance Systems
• CNC Machine Tools
• Computer Aided Design of Mechanisms
• Production of Cutting Tools
• Removal and Storage of Manure
• Milking and Primary Milk Processing

Machine Designing and Manufacturing Sub-program:

• Computer-aided Measuring Systems
• Agricultural Engineering and the Environment
• Energy Carriers and Energy Resources
• Embedded Programming for Engineers
• Research in Agricultural Engineering
• Traffic Control and Modelling
• Quality Assurance Systems
• CNC Machine Tools
• Computer Aided Design of Mechanisms
• Production of Cutting Tools
• Removal and Storage of Manure
• Milking and Primary Milk Processing

Master's Thesis (4th Semester):

The master's thesis is a major research project that students complete independently. The thesis provides students with the opportunity to apply their knowledge and skills to a real-world problem.

Assessment Methods:

Students' knowledge is assessed through a variety of methods, including:

Tuition fee per year: 3000 EUR