Smart Energy Systems Engineering Study Plan — Birzeit University
Loading advisory plan…
Smart Energy Systems Engineering Study Plan — Birzeit University
The Smart Energy Systems Engineering Study Plan at Birzeit University requires 138 credit hours over 4 academic years. This summary lists the plan's required path by year and semester (52 courses). Use the interactive plan above to track completed courses and their prerequisites.
First year
First semester · 17 credits
- ARAB1360 — ARABIC LANGUAGE SKILLS3
- COMP133 — COMPUTER AND PROGRAMMING3
- MATH1310 — CALCULUS FOR ENGINEERING3
- PHYS1310 — GENERAL PHYSICS FOR ENGINEERING 13
- PHYS111 — GENERAL PHYSICS LAB 11
- ENGC1400 — INTENSIVE INTERMEDIATE ENGLISH 1 "A2"4
Second semester · 15 credits
- ENCS2340 — DIGITAL SYSTEMS3
- FINN2303 — BUSINESS FINANCE AND ECONOMIC FUNDAMENTALS3
- MATH1322 — CALCULUS 23
- MATH331 — ORDINARY DIFFERENTIAL EQUATIONS3
- PHYS132 — GENERAL PHYSICS 23
Summer semester · 4 credits
- ENGC2400 — INTENSIVE INTERMEDIATE ENGLISH 24
Second year
First semester · 18 credits
- ECON2320 — ENERGY ECONOMICS3
- ECON 3372 — PROJECT MANAGEMENT AND ECONOMICS FOR ENGINEERING STUDENTS3
- ENEE 2304 — CIRCUIT ANALYSIS3
- ENEE2307 — PROBABILITY AND ENGINEERING STATISTICS3
- ENEE2312 — SIGNALS AND SYSTEMS3
- MATH2360 — LINEAR ALGEBRA AND NUMERICAL METHODS3
Second semester · 16 credits
- ENCS2110 — DIGITAL ELECTRONICS AND COMPUTER ORGANIZATION LABORATORY1
- ENCS3341 — EMBEDDED SYSTEMS3
- ENEE2360 — ANALOG ELECTRONICS3
- ENEE3305 — POWER ELECTRONICS3
- ENSE3310 — ELECTRICAL MACHINES 13
- ENSE4330 — ARTIFICIAL INTELLIGENCE FOR ENERGY SYSTEMS3
Third year
First semester · 17 credits
- ENCS4101 — EMBEDDED SYSTEMS LAB1
- ENEE2103 — CIRCUITS AND ELECTRONICS LABORATORY1
- ENEE4202 — ELECTRICAL INSTALLATION AND DRAWING2
- ENEE4302 — CONTROL SYSTEMS 13
- ENSE3320 — ELECTRICAL MACHINES 23
- ENEE4403 — POWER SYSTEMS4
- ENSE3330 — PHOTOVOLTAIC SYSTEMS3
Second semester · 16 credits
- ENCS3320 — COMPUTER NETWORKS3
- ENEE4102 — FUNDAMENTALS OF ELECTRICAL MACHINES LAB1
- ENEE4304 — INSTRUMENTATION AND MEASUREMENT3
- ENSE4320 — ENERGY PLANNING AND MANAGEMENT3
- ENSE4350 — WIND ENERGY TECHNOLOGY3
- CULS332 — MODERN AND CONTEMPORARY ARAB THOUGHT3
Summer semester · 3 credits
- ENSE4300 — PRACTICAL TRAINING3
Fourth year
First semester · 16 credits
- ENEE4105 — CONTROL AND POWER ELECTRONICS LAB1
- ENSE4110 — SCADA AND SMART SYSTEMS LAB1
- ENSE4310 — SMART GRIDS AND MICROGRIDS3
- ENSE4340 — CONTROL AND GRID INTEGRATION TECHNIQUES FOR RENEWABLE ENERGY SOURCES3
- ENSE5200 — INTRODUCTION TO GRADUATION PROJECT2
- ENSE5310 — ELECTRICITY MARKETING AND POWER SYSTEM ECONOMICS3
- CULS331 — MODERN AND CONTEMPORARY EUROPEAN CIVILIZATION3
Second semester · 16 credits
- ENEE5306 — PROTECTION AND AUTOMATION IN ELECTRICAL POWER SYSTEMS3
- ENSE5110 — RENEWABLE ENERGY INTEGRATION LAB1
- ENSE5120 — SMART GRIDS SIMULATION LAB1
- ENSE5300 — GRADUATION PROJECT3
- ENSE5320 — HIGH VOLTAGE ENGINEERING3
- OPTIONAL — OPTIONAL MAJOR3
- ELECTIVE — ELECTIVE COURSE2
To build a semester timetable from this plan use the schedule builder, track your cumulative GPA with the GPA calculator, or browse other majors in advisory plans.