The midterm exam for EEE146 will be held on 11 May 2026 at 13:30.

The exam will mainly cover functions, arrays, vectors, pointers, and references, but you are also expected to know the topics from previous lectures.

Students will take the exam according to the following groups:

AMFI – 1st Education (ABDALE - MEHMET)

D1 – 1st Education (MELIKE - SAFFET)

D2 – 1st Education (SAİT - ZEYNEP)

D6 – 2nd Education (ABDALLAH - EMİR) 

D7 – 2nd Education (EMİRCAN - MEHMET EMİN)

D8 – 2nd Education (MEHMET FURKAN - ZEYNEP)

Each student must attend the exam in their assigned group.
Students who are not listed in the specified groups will not be allowed to take the exam and will be removed from the classroom.

If you cannot find your name in the lists, you must urgently send an email to seydikacmaz@gantep.edu.tr before the exam. No exceptions will be made on the exam day.

The final exam will be held on Wednesday, May 13, 2026, at 13:30 in classroom D8.

(Please note that the exam date has been changed due to a scheduling conflict with other exams held in the same classroom during the regular course day and time.)

SAMPLE QUESTIONS

The EEE204 course will be held jointly for both first and second education at 13:30 in D6 today. The content of this lecture will not be included in the second exam.

The full project description and requirements are available via the link below:

TERM_PROJECT

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Submission: 

The required materials should be submitted by email to seydikacmaz@gantep.edu.tr by the end of May (31 May 2026).

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No additional homework/assignments will be given during the semester.

According to the previously announced assessment criteria, in-semester assignments (e.g., homework and journal implementation tasks) were planned. However, no additional in-semester assignments will be given, and the evaluation originally intended for those components will instead be conducted through this single term project. The presentation and the end-of-term written final exam will continue as planned. (Details will be explained during lecture.)

Course Book: Kochenderfer, M. J., & Wheeler, T. A. (2019). Algorithms for optimization. Mit Press.

CH1 - INTRODUCTION

CH2 - DERIVATIVES AND GRADIENT

CH3 - BRACKETING

CH4 - LOCAL DESCENT

CH5 - FIRST ORDER METHODS

CH6 - SECOND ORDER METHODS

CH7 - DIRECT METHODS (will be updated)

CH8 - STOCHASTIC METHODS (will be updated)

CH9 - POPULATION METHODS (will be updated)

CH10 - CONSTRAINTS

CH1-INTRODUCTION

CH2-IF-SWITCH STATEMENTS

CH3-LOOPS

CH4-FUNCTIONS

CH5-ARRAYS

CH6-VECTORS

CH7-POINTERS   &&   CH7-POINTERS_2

CH8-FILES

CH9-STRINGS