BSI — 2026-2027

Scheme

0SV00 Sustainable development in a global context D

0SV30 Economics of innovation: introduction A

2WBB0 Calculus Variant 2 B

0SV10 Sustainable technology in society: introduction D

0SV120 Statistics for Sustainable Innovation C

3PHYS Physics for Engineers B

0SV130 Global sustainability and Innovation B

0SV20 From industrial ecology to a circular economy: mass flow based concepts A

4RA10, 7U1B10 Technical course 1 ^[1]

0LVX10 ITEC Engineering Ethics A

0SV40 Managing sustainable technology A

0SV60 Economic policy D

[1] Technical course 1 — choose 1 of 2: 4RA10 Introduction transport phenomena, 7U1B10 Systems in the City.

1ZV60 Methodology for IE research E

4EB00, 7U0B30 Technical course 2 ^[1]

Elective

0SV140 Assessment to support decision making D

4CBLB10, 7U1B30 Technical course 3 ^[2]

Elective

0SV50 Managing sustainable technology challenges in practice E

0SV70 Economic policy in practice: social cost benefit analysis C

Elective

0SV150 International development and sustainability (Bachelor level) B

4CBLW00 Multidisciplinary CBL C + D

4PB00, 7EU5B20 Technical course 4 ^[3]

[1] Technical course 2 — choose 1 of 2: 4EB00 Thermodynamics, 7U0B30 Urban planning.

[2] Technical course 3 — choose 1 of 2: 4CBLB10 Sustainable Fuels: Plan A or B?, 7U1B30 Urban projects and finance.

[3] Technical course 4 — choose 1 of 2: 4PB00 Heat and flow, 7EU5B20 Project Smart Cities.

0SV100 Economics of innovation: IPR and competition law institutions D

0SV80 Sustainable technology in society: advanced E

Elective

0SV90 Sustainable innovation: integration project E

Elective

0BEPS0 Bachelor end project Sustainable Innovation

0LVX20 ITEC Engineering for Society B

Elective

Impact of Technology