Laboratories

Computer Networks and Sensor Laboratory

Location: Faculty of Engineering and Natural Sciences Classrooms, 2nd Floor

Room: M2-3

Usage: Employed for laboratory sessions of compulsort and elective courses within the Computer Engineering and Software Engineering curricula. These courses include:

• Computer Networks
• Computer Networks II
• Wireless Networks
• Sensors and Sensor Networks

Area:  60 m²

Capacity: 24 öğrenci

Equipment:

• 3 x CISCO 2811 Routers
• 3 x CISCO 2801 Routers
• 6 x WIC-2A/S Switches
• 1 x Cabinet

 

 

 

 

Communication Laboratory

Location: Faculty of Engineering and Natural Sciences Classrooms, 1st Floor

Room: Communication Laboratory

Usage: Utlized for compulsory and elective courses in the Electrical and Electronics Enginering curriculum. These courses include:

• Communication Theory I
• Communication Theory II
• Digital Communication
• Graduation Project

Area: 82 m²

Capacity: 20 öğrenci

Equipment:

• 15 x GDS-806C Digital Oscilloscope (60MHz)
• 15 x Digital Multimeters
• 15 x Analog ad Digital Modulation Experiment Sets
• 15 x Analog and Digital Demodulation Experiment Sets

Experiments Conducted:

Communication Theory I

• Amplitude Modulation (AM)
• Suppressed-Carrier AM (DSB-SC)
• Single-Sideband Modulation (SSB)
• Frequency Modulation (FM)
• Phase Modulation (PM)
• Demodulation of AM, DSB-SC, SSB, FM, and PM signals

Communication Theory II & Digital Communication

• Pulse Amplitude Modulation (PAM)
• Sampling
• Time-Division Multiplexing (TDM)
• Pulse Position Modulation (PPM)
• Delta Modulation (DM)
• Pulse Code Modulation (PCM)
• Amplitude / Frequency / Phase Shift Keying (ASK / FSK / PSK)

 

Hydraulics Laboratory

Location: Civil Engineering Laboratory Building

Room: Hydraulics Laboratory

Usage: Applied sessions for the Civil Engineering curriculum, including:

• Fluid Mechanics
• Hydraulics
• Graduation Project

Area: 50 m²

Capacity: 20 students

Equipment:

• 5-m Multi-Purpose Open Channel
• Bernoulli Experiment Apparatus
• Pipe Energy Loss Measurement Setup
• Local Head Loss Measurement Setup
• Hydraulic Bench
• Reynolds Apparatus
• Hydrostatic Pressure Apparatus

Experiment Scope:

• Open-Channel Experiments
• Demonstration of Bernoulli's Theorem
• Determination of Energy Losses in Pipes
• Determination of Local Head Losses in Pipes
• Reynolds Experiment
• Hydrostatic Pressure Experiment

 

 

 

Business Intelligence Laboratory 

Location: Culture Center, 3rd Floor

Rooms: 309, 310, 311, 312

Usage: Applied sessions in the Industrial Engineering curriculum, including:

• Database and Management
• Management Information Systems
• Enterprise Resource Planning
• Business Process Re-engineering
• Engineering Statistics
• Data Analysis in Engineering
• Decision Support Systems
• Special Topics in Industrial Engineering

Area: 4 classrooms x 66 m²

Capacity: 4 classrooms x 25 students

Equipment (per classroom):

• 26 Desktop Computers & Monitors (Intel Core i3/i5, 6–8 GB RAM)
• 2 Switches
• 1 Projektor
• 1 Smart Board

Software:

• IBM COGNOS
• IBM BPM
• SAS

 

 

Chemistry and Materials Laboratory 

Location: Faculty of Engineering and Natural Sciences, Ground Floor

Room: Industrial Engineering Laboratory

Usage: Applied sessions in Industrial Engineering including:

• General Chemistry
• General Chemistry Laboratory
• Materials and Manufacturing Methods

Area: 100 m²

Capacity: 24 students

Equipment:

• Sterilizer (Oven)
• Distilled Water Unit
• Magnetic Stirrer with Heater
• Fume Hood
• Precision Balance
• Voltmeter
• Digital Power Supply
• pH Meter
• Centrifuge
• Various Laboratory Chemicals
• Chemical Consumables

 

 

 

Optimization Laboratory 

Location: Culture Center, 3rd Floor

Room: 309, 310, 311, 312

Usage: Courses within Industral Engineering, including:

• Operations Research I
• Operations Research II
• Production Planning and Control I
• Production Planning and Control II
• Production Planning Models
• Container Port Optimization
• Stochastic Models
• Supply Chain Optimization
• Reverse Logistics

Area: 4 classrooms x 66 m²

Capacity: 4 classrooms x 25 students

Equipment (per classroom): 

• 26 Desktop Computers & Monitors (Intel Core i3/i5, 6–8 GB RAM)
• 2 Switches
• 1 Projektor
• 1 Smart Board

Software:

• CPLEX
• TORA
• LINDO
• LINGO
• GAMS

 

 

Digital Electronics and Microprocessors Laboratory 

Location: Faculty of Engineering and Natural Sciences Classrooms, 1st Floor

Room: Digital Electronics and Microprocessors Laboratory

Usage: Practical sessions for Electrical and Electronics Engineering courses:

• Logic Circuits
• Logic Circuit Design
• Microprocessors
• Industrial Electronics
• Graduation Project

Area: 89 m²

Capacity: 20 students

Equipment:

• Logic Circuits Trainer Sets:

- 15 × BL-3000 Main Units

- 15 × Each of BL-3001, BL-3002, BL-3003, BL-3004 Modules

• Industrial Electronics & Microprocessors Trainer Sets and Software:

-    15 × END-7000 Industrial Electronics Training Sets (7 modules)

-    15 × PLC-05 PLC Training Sets (with TD-200 operator panel)

-    1 × Micro C PIC Programming Software

-    15 × Logic Probes

 

Experiments Conducted:

Logic Circuits:

• Boolean Algebra and Logic Gates; Implementation of Universal NAND/NOR Gates
• Adders, Subtractors, Code Conversion
• Decoders and Encoders
• Multiplexer (MUX) and Demultiplexer (DEMUX)
• Flip-Flop Triggering, Synchronous/Asynchronous Applications
• Registers and Memory Units

Logic Circuit Design (with Verilog HDL):

• Gate-level Modeling of Combinational Circuits
• Data-flow Level Modeling of Combinational Circuits
• Behavioral Modeling of Combinational Circuits
• Decoder/Encoder and MUX/DEMUX Design
• Sequential Circuit Simulation
• Finite State Machine Simulation
• Bus Design
• FPGA-based Designs
• Register-Transfer Level (RTL) Design
• Optimization and Trade-offs

Microprocessors:

• Input/Output Unit Usage
• DAC/ADC with I/O Units
• Port I/O Instructions
• Arithmetic/Logic Instructions
• Bit, Data Transfer, and Branch Instructions
• Timer Application
• Interrupt Application

Industrial Electronics:

• Thyristor Operation under AC Voltage
• Thyristor Turn-Off via Series/Parallel/Capacitive Switch (DC)
• UJT-Triggered Thyristors
• TRIAC Operation under DC/AC
• DIAC Characteristics and Oscillator Use
• TRIAC Triggering with DIAC
• Experiments with Various Sensor Types

 

 

Digital Systems Laboratory

Location: Faculty of Engineering and Natural Sciences Classrooms, 2nd Floor

Room: M2-3

Usage: Laboratory sessions for Computer Engineering courses: 

• Computer Organization
• Logic Circuit Design
• Programmable Digital Systems
• Programmable Digital Systems Applications
• Microcontrollers
• Embedded Systems
• Computer Architecture

Area: 66 m²

Capacity: 22 students

Equipment:

• Xilinx Spartan-3E Starter Kit FPGA
• Altera DE2 / DE2-115 FPGA Kits
• Altera Cyclone V SoC Kit
• STM32F429DISCOVERY ARM Kits
• Texas Instruments Tiva-C Series Kits
• Texas Instruments CC3000 BoosterPack
• PSoC5 / PSoC3 Development Kits
• PIC Development Kits
• PLC Trainer Sets
• Digital Camera Module
• Touch LCD Module
• 100 MHz Digital Oscilloscope
• Function Generator
• DC Power Supply
• Handheld Multimeter
• Desktop PC & Monitor (Intel Core i3/i5, 6–8 GB RAM)
• Projector
• Smart Board

 

Simulation Laboratory

Location: Culture Center, 3rd Floor

Rooms: 309, 310, 311, 312

Usage: Industrial Engineering applied courses: 

• Simulation
• Sequencing and Scheduling
• Technical Drawing

Area: 4 classrooms x 66 m²

Capacity: 4 classrooms x 25 students

Equipment (per classroom): 

• 26 Desktop Computers & Monitors (Intel Core i3/i5, 6–8 GB RAM)
• 2 Switches
• 1 Projector
• 1 Smart Board

Software:

• ARENA
• AutoCAD

 

 

Basic Electricity and Electronics Laboratory

Location: Faculty of Engineering and Natural Sciences Classrooms, 1st Floor

Room: Basic Electricity and Electronics Laboratory

Usage: Practical sessions Electrical and Electronics Engineering courses:

• Circuit Theory
• Circuit Analysis
• Electronic Circuit Elements
• Analog Electronics
• Graduation Project

Area: 89 m²

Capacity: 20 students

Equipment:

• 4 × ATTEN ADS1102 Digital Oscilloscope (100 MHz)
• 15 × ATTEN ADS1022 Digital Oscilloscope (25 MHz)
• 10 × Analog Oscilloscope
• 11 × Adjustable DC Power Supply (10–30 V, 3 A)
• 14 × ATTEN APS-3003S-3D DC Power Supply
• 14 × Signal Generator
• 10 × Analog/Digital Multimeter
• 14 × ATTEN Digital Multimeter
• Basic Electricity and Electronics Training Sets:

-   10 × KL-21001 Main Units

-   10 × KL-13001, KL-13007, KL-13008 Modules

-   10 × KL-80001 Accessory Sets

-   10 × Each of KL-23001, KL-23003, KL-23004, KL-23005, KL-23007, KL-23008, KL-23009, KL-23010, KL-23012, KL-23013, KL-23014, KL-23015 Modules

 

Experiments Conducted:

Circuit Theory Laboratory:

• DC Current/Voltage and Resistance Measurements
• Ohm’s Law
• Kirchhoff’s Current and Voltage Laws
• Nodal-Voltage Method
• Mesh-Current Method
• Thevenin/Norton, Linearity and Superposition
• Power Measurement and Maximum Power Transfer
• Two-Port Networks
• Amplitude/Frequency/Phase Measurements with Oscilloscope
• RC Circuit Applications

Circuit Analysis Laboratory:

• AC Voltage Measurement
• AC RC and RL Circuits
• Transformer Application
• Series Resonance Circuit
• Passive Low-Pass and High-Pass Filters

 

 

Electronic Circuit Elements Laboratory:

• Resistor Codes; Current/Voltage Dividers with Multimeter
• Diode Characteristics; Zener Diodes and Applications
• Diode Rectifier Circuits; Clipper and Clamper Circuits
• BJT Characteristics; Common-Emitter/Collector Characteristics
• BJT Biasing Methods; MOSFET Amplifiers

Analog Electronics Laboratory:

• Frequency Response of Transistor Amplifiers
• Current Sources and Differential Amplifiers
• Feedback Amplifiers
• Operational Amplifier Applications
• Transistor Output Stages
• Power Amplifiers

 

 

 

Supply Chain Management Laboratory 

Location: Culture Center, 3rd Floor

Rooms: 309, 310, 311, 312

Usage: Industrial Engineering courses:

• Management Information Systems
• Enterprise Resource Planning
• Logistics and Supply Chain Management
• Supply Chain Optimization
• Reverse Logistics

Area: 4 classrooms x 66 m²

Capacity: 4 classrooms x 25 students

Equipment (per classroom): 

• 26 Desktop Computers & Monitors (Intel Core i3/i5, 6–8 GB RAM)
• 2 Switches
• 1 Projektor
• 1 Smart Board

Software:

• IFS 
• InforERP
• Workcube

 

 

Construction Materials Laboratory

Location: Civil Engineering Laboratory Building

Room: Construction Materials Laboratory

Usage: Civil Engineering courses:

• Materials Science
• Construction Materials
• Advanced Concrete Technology
• Graduation Project

Area:150 m²

Capacity: 25 students

Equipment:

• 20- and 2-ton Flexural Testing (Close-Loop)
• 200-ton Compression Testing Machine (Close-Loop)
• 60-ton Tensile Testing Machine
• Aggregate Sieve Sets
• Concrete Mixer
• Cement Mixer
• Oven
• Los Angeles Abrasion Machine
• Rebar Locator (Profometer)
• Schmidt Concrete Test Hammer (×2)

Scope of Services/Experiments:

• Tests are performed in our licensed laboratory in accordance with national and international standards by specialized and experienced personnel, within the scope of university–industry collaboration.
• In existing structures, concrete and rebar detection and the preparation of the Technical Report for Moderate-Level Material Properties in Reinforced Concrete Buildings under the 2007 Earthquake Code, Article 7.2.5 are also carried out.

 

Software Development Laboratory 

Location: Culture Center, 3rd Floor

Room: 309, 310, 311, 312

Usage: Applied sessions for Computer Engineering and Software Engineering courses, including: 

• Algorithms and Programming I, II
• Data Structures
• Object-Oriented Programming
• Database Management Systems
• Operating Systems
• Software Engineering
• Computer Networks
• System Programming I, II
• Image Processing
• Parallel and Distributed Systems
• Visual Programming
• Software Construction
• Software Verification and Testing
• Software Project Management
• Mobile Application Development
• Web Application Development
• Java-Based Application Development
• Game Programming
• Parallel Programming
• Data Mining

Area: 4 classrooms x 66 m²

Capacity: 4 classrooms x 25 students

Equipment (per classroom): 

• 26 Desktop Computers & Monitors (Intel Core i3/i5, 6–8 GB RAM)
• 2 Switches
• 1 Projector
• 1 Smart Board

 

 

Soil Mechanics Laboratory

Location: Civil Engineering Laboratory Building

Room:  Soil Mechanics Laboratory

Usage: Civil Engineering courses:

• Soil Mechanics
• Foundation Engineering
• Graduation Project

Area:100 m²

Capacity: 25 students

Equipment:

• Direct Shear (Shear Box) Apparatus
• Fully Automatic Triaxial Test System
• Falling-Head Permeability System
• Triaxial Test System
• Consolidation Apparatus
• Standard & Modified Proctor Mold and Rammer
• Fully Automatic Direct Shear System
• Oven

Experiment Scope List:

• Grain-Size Distribution (Hydrometer)
• CBR Test (Prepared Soils)
• CBR Test (Soaked CBR Percentage)
• Direct Shear (Undrained, Unconsolidated)
• Particle Unit Weight
• Relative Density (Dr)
• Rowe Cell
• Natural Water Content (wn)
• Natural Unit Weight
• Consolidation (Standard Loading–Unloading)
• Liquid and Plastic Limits (wl, wp)
• Sieve Analysis (Granulometry)
• Permeability (Falling-Head)
• Compaction (Modified Proctor)
• Plate Load Test (Field)
• Triaxial Compression (Stress-Controlled), UU
• Shrinkage Limit (ws)
• Permeability (Constant-Head)

 

 

Physics Laboratory

Usage and Capacity:

• Supports compulsory courses PHYSICS-II / FİZİK-II offered across all engineering programs. 
• Contains 9 experiment types and 16 experiment sets.
• With 2 students per set, the total capacity is 32 students.