In today’s technological society, engineers need to know their way around a field spanning from high-tech materials to unmanned aerial vehicles. We need increasingly more engineers whose knowledge is not limited to a single narrow subject, who can tie their knowledge and skills to IT, business and process management, product development, design and the digitalisation of production. All of that and much more is taught in Integrated Engineering!

TalTech’s curriculum of Integrated Engineering unites different engineering subjects to satisfy the increasing need for engineers with versatile skills and knowledge who can solve the complicated problems of today’s industry. Therefore, your studies will include programming, Computer Aided Design (CAD), Robotics and Digital Manufacturing.

The curriculum is in English, preparing the students for continued studies in the Master’s degree curricula in the field of technology and IT. With the Erasmus+ programme, you will have the opportunity to study abroad for a semester. You will also expand your sphere of influence by studying together with international students and Erasmus+ exchange students.

Why this programme?

• Connecting different fields, such as IT, business and process management, design and product development, mechatronics and the digitalisation of production can only be studied at TalTech in Estonia (and in the entire Baltic region). We have the best opportunities and high-quality laboratories for this: laboratories for 3D printing, mechatronics, wood, metal, electronics, logistics, mobile services and media, virtual and augmented reality, etc.
   
• As a student, you can join the TalTech Mektory Satellite programme team, the TalTech Robotics Club or the student formula team FS Team Tallinn to put what you have learned into practice and try out new and exciting ideas.

CURRICULUM OUTLINE (180 ECTS)

• General studies - cover mathematical analysis, entrepreneurship, chemistry, physics, metrology, measurement engineering, etc.
• Core studies - include courses about robotics, machine automation, programming, material engineering, logistics, etc.
• Special studies – consist of courses about design and engineering and integrated engineering.
• Free choice courses - students can choose from the wide variety of courses offered at the university
• Graduation thesis - an engineering project that allows to apply theoretical knowledge to solving practical problems.

Future Career

Most engineers work in international teams. You may find a job as a product developer who creates new products, machines, systems and services. Product and design managers are needed in companies that create their own products or product families or operate in product development. As a production manager or engineer, you must know the construction, uses and technological capabilities of different technical systems, such as robots, production lines, etc. Increasingly more specialists with strong IT skills as software developers or product owners are needed to take products and production further to an online platform.