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Evaluation of SysML software for teaching systems engineering basicsKruus, Helena; Jervan, GertProceedings of the 25th International Conference on European Association for Education in Electrical and Information Engineering : 30 May-June 2014, Cesme, Türkiye2014 / p. 29-32 : ill

book article
2

journal article

Logistics systems engineer - interdisciplinary competence model for modern educationNiine, Tarvo; Koppel, OttInternational journal of engineering pedagogy2015 / p. 54-63 http://dx.doi.org/10.3991/ijep.v5i2.4578

journal article
3

book article EST / book article ENG

Measuring complexity of legislation. A systems engineering approachKütt, Andres; Kask, LauraProceedings of Fifth International Congress on Information and Communication Technology : ICICT 2020, Vol. 12021 / p. 75-94 https://doi.org/10.1007/978-981-15-5856-6_7 Article collection metrics at Scopus Article at Scopus

book article EST / book article ENG
4

book article

SysML in systems engineering courseKruus, Helena; Robal, Tarmo; Jervan, Gert10th European Workshop on Microelectronics Education : EWME 2014 : May 14-16, 2014, Tallinn, Estonia2014 / p. 177-181 : ill

book article
5

book article

Teaching modeling in SysML/UML and problems encounteredKruus, Helena; Robal, Tarmo; Jervan, GertProceedings of the 25th International Conference on European Association for Education in Electrical and Information Engineering : 30 May-June 2014, Cesme, Türkiye2014 / p. 33-36 : ill

book article

Number of records 5, displaying 1 - 5

1. logistics and systems engineering
2. Model-Based Systems Engineering (MBSE)
3. systems engineering
4. Adaptive Neuro Fuzzy Inference Systems (ANFIS)
5. Adaptive systems
6. administrative systems
7. aerial systems: applications
8. agent-oriented software engineering
9. Agile software engineering
10. agrifood systems
11. AI systems
12. alloy systems and alloy development
13. aquaculture engineering
14. architecture, engineering, construction, and facilities management (AEC/FM)
15. assistive technology and rehabilitation engineering
16. Automated Production Systems
17. automated protocol reverse-engineering
18. automatic control systems
19. automotive engineering
20. automotive systems
21. autonomous systems
22. autonomous weapons systems
23. auxiliary vehicle systems
24. battery energy storage systems
25. battery management systems
26. bioelectronic systems
27. biomedical engineering
28. biometric systems
29. bone tissue engineering
30. boundary coupled distributed parameter systems
31. building automation and control systems
32. building service systems
33. C-engineering
34. centralized ventilation systems
35. CIP systems
36. civil engineering
37. civil engineering students
38. Clinical Decision Support Systems (CDSS)
39. closed loop systems
40. cloud-based cyber-physical systems (C2PS)
41. coastal engineering
42. cognitive system engineering
43. collaborative engineering
44. command and control systems
45. communicating hardware/software systems
46. communicating software/hardware systems
47. communication systems
48. comparative economic systems
49. complex adaptive systems
50. complex automated systems
51. complex fenestration systems
52. complex systems
53. computer engineering
54. computer systems
55. Computer systems organization
56. computer-aided engineering
57. construction engineering
58. continuous- and discrete-time systems
59. continuous time linear switched systems
60. control engineering computer applications
61. control systems
62. control systems commissioning
63. control systems design
64. cooling systems
65. cooperative distributed systems
66. corporate governance systems
67. coupled time fractional order reaction–advection–diffusion systems
68. Cyber Bio-analytical Physical Systems (CBPSs)
69. cyber physical energy systems
70. cyber physical production systems (CPPS)
71. cyber-physical energy systems
72. cyber-physical systems
73. Cyber-Physical Systems (CPS)
74. data acquisition systems
75. data engineering
76. data storage systems
77. database management systems
78. data-centric systems
79. dc distribution systems
80. decentralized ventilation systems
81. decision support systems
82. delay control systems
83. Delay systems
84. Demand side recommender systems
85. dependable embedded systems
86. design and implementation of Performance Management Systems
87. design support systems
88. detection engineering
89. DHW systems
90. digital circuits and systems
91. digital control systems
92. digital product-service systems
93. digital social systems
94. digital systems
95. discrete event systems
96. discrete time control systems
97. discrete time switched systems
98. discrete-event systems
99. discrete-time systems
100. distributed collaboration systems
101. distributed computer systems
102. distributed energy systems
103. distributed engineering
104. distributed generation systems
105. distributed parameter systems
106. distributed power systems
107. distributed systems
108. document management systems
109. domain analysis and engineering
110. domain engineering
111. donor-acceptor systems
112. donor–acceptor systems
113. driver assistance systems
114. drug delivery systems
115. dynamic hybrid switched systems
116. dynamic operation of heating systems
117. dynamic systems
118. dynamical systems
119. ecological systems theory
120. education in computer engineering
121. educational systems
122. effective teaching engineering
123. electric power systems
124. electrical engineering
125. electrical engineering computing
126. electrical engineering education
127. electrical power systems
128. electromechanical systems
129. Electronic Document and Records Management Systems (EDRMS)
130. electronic payment systems
131. electronics engineering education
132. embedded systems
133. energy and HVAC-systems in buildings
134. energy engineering
135. energy storage systems
136. energy systems
137. engineering
138. engineering ceramics
139. engineering curriculum
140. engineering design
141. engineering education
142. engineering educational competences
143. engineering educator
144. engineering ethics
145. engineering faculty pedagogical education
146. engineering graphics
147. engineering idea
148. engineering industry
149. engineering pedagogy
150. engineering pedagogy science
151. engineering reliability operational probabilities
152. engineering students
153. engineering thermodynamics
154. enterprise information systems
155. European educational systems
156. evolutionary information systems
157. expert systems
158. External Thermal Insulation Composite Systems
159. farming systems
160. fault tolerant systems
161. feature engineering
162. financial engineering
163. flexibility in power systems
164. Floating Photovoltaic (FPV) systems
165. flywheel energy storage systems (FESS)
166. fractional-order systems
167. fuel cell power systems
168. Full-scale coking wastewater engineering
169. fuzzy systems
170. general systems theory
171. Genetic engineering
172. genome engineering
173. Geographic Information Systems (GIS)
174. Global Navigation Satellite Systems (GNSS)
175. green engineering (GE)
176. health information systems
177. Healthcare information systems
178. height reference systems
179. height systems unification
180. heterogeneous systems
181. high voltage engineering
182. high-performance computer systems
183. high-performance computing systems
184. high-performance computing systems, Information processing
185. home energy management systems
186. host-guest systems
187. human machine systems
188. HVAC systems
189. Hybrid Energy Storage Systems
190. hybrid systems
191. ICT-systems
192. Indigenous knowledge systems
193. industrial control systems
194. Industrial Control Systems (ICS)
195. industrial engineering
196. industrial power systems
197. Inertial Navigation Systems (INS)
198. information systems
199. information systems development
200. Information Systems research
201. innovation in engineering education
202. innovation systems
203. integrated and networked knowledge generating systems
204. integrated energy systems
205. integrated engineering
206. integrated manufacturing management systems
207. integration of HVDC systems
208. Intelligent and autonomous systems
209. intelligent decision support systems
210. intelligent manufacturing systems
211. intelligent systems
212. intelligent transport systems
213. Intelligent Transportation Systems (ITS)
214. interoperability and evolution of healthcare models and software systems
215. interoperability and evolutionary criteria of information systems
216. interpretability of fuzzy systems
217. intrusion detection systems
218. inverse methods for engineering applications
219. KdV related systems
220. Klagenfurt School of Engineering Pedagogy
221. knowledge engineering
222. knowledge management systems (KMS)
223. knowledge systems
224. laboratory information management systems
225. large poincare systems
226. learning management systems
227. learning systems
228. legal engineering
229. LIMS (laboratory information management systems)
230. linear discrete-time systems
231. linear parameter-varying systems
232. linear systems
233. linear systems theory
234. logistics engineering
235. low-latency systems
236. machine learning systems
237. malware reverse engineering
238. management control systems
239. man-machine systems
240. manufacturing systems
241. marine engineering
242. marine systems
243. maritime autonomous systems
244. materials engineering
245. mechanical engineering
246. mechanical engineering and energy technology
247. mechanical engineering design
248. mechanical ventilation systems
249. mechatronic systems
250. memory systems
251. metabolic engineering
252. microprocessor systems
253. MIMO systems
254. Mobile Mapping Systems (MMS)
255. model driven engineering
256. model of non-technical engineering competences
257. Model-Based Engineering (MBE)
258. money laundering detection systems
259. monlinear control systems
260. Monotone Systems
261. multi agent systems
262. multi-agent systems
263. multicore systems
264. multidimensional systems
265. multilevel systems
266. multimedia systems
267. multiprocessing systems
268. multirate systems
269. multirobot systems
270. multi-stakeholder systems
271. multivariable control systems
272. multivariable systems
273. nanoelectronic systems design
274. nano-electronic systems design
275. network protocol reverse engineering
276. Networked Automation Systems (NAS)
277. Networked control systems
278. networked control systems (NCSs)
279. networked robotic systems
280. neuro-fuzzy systems
281. Noether’s theorem in discrete systems
282. nonholonomic systems
283. nonlinear control systems
284. nonlinear discrete-time systems
285. nonlinear dynamic systems
286. nonlinear systems
287. non-technical engineering competences
288. Novel energy storage systems
289. ontologies for learning systems
290. ontology-based software engineering
291. parallel processing systems
292. patient-centric systems
293. payment systems
294. Peptide based transfection systems
295. performance management systems
296. Performance Management Systems (PMS)
297. performance of HVAC systems
298. personalized energy management systems (PEMS)
299. photovoltaic (PV) systems
300. photovoltaic power systems
301. photovoltaic systems
302. polynomial systems
303. port-Hamiltonian systems
304. power electronics applications in power systems and utilities
305. power engineering
306. power engineering computing
307. power systems
308. Power systems expansion
309. power systems flexibility
310. process modeling and information systems within the extended enterprise
311. process modeling for engineering applications
312. production engineering
313. production monitoring systems (PMS)
314. production systems performace evalution
315. programmable systems-on-chip
316. propulsion drive systems
317. protein engineering
318. prototyping systems
319. PSCAD traction systems
320. public transportation systems
321. PV systems
322. qualification of an international engineering educator
323. railway engineering
324. random dynamical systems
325. reaction-diffusion systems
326. real-time database systems
327. real-time systems
328. reasoning systems
329. recommendation systems
330. Recommender systems
331. reconfigurable systems
332. reduced order systems
333. regulatory systems
334. Reliability engineering
335. renewable energy systems
336. requirements engineering
337. residential energy storage systems
338. residential systems
339. reverse engineering
340. RF systems
341. robot sensing systems
342. rock engineering properties
343. roofing systems
344. rules-based systems
345. safety critical systems
346. safety engineering
347. safety-instrumented systems
348. security requirements engineering
349. security systems for military objects
350. self-aware systems
351. shading systems
352. singular systems
353. small and individual treatment systems
354. small ring systems
355. smart farming systems
356. smart green energy systems
357. smart perimeter fence systems
358. smart stormwater systems
359. smart urban drainage systems
360. smart urban water systems
361. social engineering
362. social systems
363. social systems theory
364. social-engineering
365. Socio-Cyber-Physical Systems
366. sociotechnical systems
367. socio-technical systems
368. software engineering
369. software engineering education
370. Software engineering methodology evaluation
371. software engineering practises
372. software/hardware systems
373. Solar thermal systems
374. Space systems
375. standardization systems
376. stereo vision systems
377. stochastic systems
378. strain engineering
379. students of engineering specialіties
380. subword systems
381. success of performance management systems (PMS)
382. supply chain engineering
383. surface engineering
384. sustainable power engineering
385. switched systems
386. system engineering
387. system of systems
388. systems failure
389. systems integrated analysis
390. systems modeling
391. systems modelling
392. systems of innovation
393. systems on time scales
394. systems perspective
395. systems simulation
396. systems simulations
397. systems theory
398. systems thinking
399. systems-theoretic process analysis (STPA)
400. tariff systems
401. teaching design and test of systems
402. teaching engineering
403. teaching engineering ethics
404. telecommunications engineering
405. The International Society For Engineering Pedagogy
406. thin-layer rendering systems
407. timber engineering
408. time delay systems
409. time-delay renewable power systems
410. time-delay systems
411. time-varying systems
412. tissue engineering
413. tracking systems
414. traction systems
415. traditional plaster systems
416. transportation engineering curriculum
417. triptych software engineering
418. ultra large-scale systems
419. uncertain systems
420. underactuated systems
421. unitary systems
422. unmanned aerial vehicle detection systems
423. urban drainage systems
424. urban water systems
425. value systems
426. waste heat recovery systems
427. water distribution systems
428. water-energy systems
429. wearable systems
430. web transport systems
431. vehicle dynamic systems
432. ventilation systems
433. Viable Systems Model
434. wireless networked control systems
435. vision systems
436. women in engineering careers
437. worker assistance systems
438. 5G mobile communication systems

1. Tallinn University of Technology, Department of Electrical Engineering

systems engineering (keyword)

types of item

keyword 438

subject term 6

TTÜ subject term 3

author 1