Training center - OEA - Tripoli

𝐅𝐨𝐮𝐧𝐝𝐚𝐭𝐢𝐨𝐧𝐬 𝐨𝐟 𝐃𝐞𝐯𝐎𝐩𝐬 Online course
15 hrs, 50 $
TUESDAY & THURSDAY from 6 to 8 pm
Instructed by Eng. JOE FEGHALY
Starting NOV/DEC 2024
(The start date of the course depends on the number of trainees)

for more info & REGISTRATION wp-cal 70.017117 Eng. Lina Dabboussy.

Elevate Your IT Career with DevOps!
Get ready to dive into the essential skills and tools for a successful
DevOps journey.
Our DevOps Foundations course empowers IT professionals, career changers, and graduates with practical DevOps knowledge and hands-on skills, allowing you to excel confidently in a DevOps role.
Join us for an engaging, market-ready course experience designed for real-world application.

Course Outline: Key Topics Covered
• DevOps Essentials:
Understand DevOps concepts.
• Scrum in DevOps:
Using Jira and Azure DevOps.
• Version Control with Git:
Commits, Branching, and Collaboration.
• CI/CD Basics:
Build your first CI/CD pipeline.
• Infrastructure as Code (IaC):
Automate infrastructure with Terraform and Ansible.
• Monitoring & Logging:
Set up monitoring with Prometheus and Grafana.
* Hands-On Labs:
Practical exercises throughout to solidify your
DevOps skills

𝐑𝐄𝐕𝐈𝐓 𝐌𝐄𝐏 - 𝐎𝐍𝐋𝐈𝐍𝐄 𝐓𝐫𝐚𝐢𝐧𝐢𝐧𝐠 𝐜𝐨𝐮𝐫𝐬𝐞
18 hrs, 50 $
TUESDAY & THURSDAY from 6 to 8 pm
Starting NOV/DEC 2024
(The start date of the course depends on the number of trainees)
Instructed by Eng. HALIM HOUJAIRI
for more info & REGISTRATION wp-cal 70.017117 Eng. Lina Dabboussy.

About the course:
Autodesk Revit MEP is part of Autodesk's BIM (Building Information Modelling) software portfolio and is designed for mechanical, electrical and plumbing engineers working either in isolation or as part of a BIM project.
This training guide introduces the fundamental skills in learning the Autodesk Revit MEP software.
It is highly recommended that students have experience and knowledge in MEP engineering and its terminology.

OUTLINE:
# # # 1. *Introduction to Revit MEP and BIM for Engineers*
- *Overview of Building Information Modeling (BIM)*
Basic introduction to BIM concepts and why they’re important in engineering.
- *Introduction to Revit MEP Basics*
Overview of Revit MEP interface, purpose, and its common uses.
- *Opening and Navigating a Revit Project*
How to open a project, understand the workspace, and move through the model.

# # # 2. *Basic Drawing and Editing Tools*
- *Introduction to Drawing Tools*
Explanation of the basic drawing tools like lines, shapes, and snapping options.
- *Editing Elements*
Simple techniques to modify, move, and adjust elements.
- *Using Basic Modifying Tools*
Introduction to tools like copy, rotate, and align for MEP components.

# # # 3. *Starting a Revit MEP Project*
- *Creating a New Project with Templates*
Setting up a new project and choosing the right MEP template.
- *Introduction to Linking Models*
Basics of linking architectural and structural models for MEP coordination.
- *Setting Up Levels and Grids*
How to create levels and grids as a foundation for your MEP design.

# # # 4. *Working with Views and Display Settings*
- *Creating and Duplicating Views*
Overview of view types and how to duplicate them for specific tasks.
- *Adjusting View Settings*
Basic customization of display settings to improve visibility of MEP elements.
- *Using Sections and Elevations*
Introduction to sections and elevations to view MEP systems in different orientations.

# # # 5. *Introduction to MEP Systems in Revit*
- *Overview of MEP System Components*
Explanation of the key components in mechanical, electrical, and plumbing systems.
- *Adding and Managing MEP Systems*
How to add and organize simple MEP systems in a model.
- *Basic Display Settings for MEP Systems*
Understanding visual settings to differentiate MEP systems.

# # # 6. *Basic HVAC (Heating, Ventilation, and Air Conditioning) Systems*
- *Introduction to HVAC Components*
Overview of basic HVAC components like ducts and diffusers.
- *Creating Basic Duct Layouts*
How to create simple duct layouts and connect them to equipment.
- *Adding Basic Equipment*
Placing fundamental HVAC equipment like fans and air handlers.

# # # 7. *Introductory Plumbing Systems*
- *Overview of Plumbing Components*
Introduction to common plumbing components like pipes and fixtures.
- *Designing Simple Water Systems*
Basics of adding pipes and connecting fixtures for water supply.
- *Working with Pipe Slope Settings*
Introduction to setting pipe slopes for gravity flow systems.

# # # 8. *Basic Electrical Systems*
- *Overview of Electrical Components*
Introduction to electrical elements like lighting fixtures and receptacles.
- *Adding Basic Lighting and Power Outlets*
Placement of lighting fixtures and outlets in the model.
- *Simple Circuiting*
Introduction to creating circuits and connecting electrical components.

# # # 9. *Creating Simple Construction Documents*
- *Setting Up Basic Sheets*
How to organize views onto sheets for documentation.
- *Adding Schedules and Legends*
Introduction to basic schedules and legends for presenting information.
- *Exporting and Printing Documents*
Basics of exporting and printing documents for review.

# # # 10. *Annotating Drawings*
- *Adding Dimensions and Text Notes*
Introduction to adding dimensions, labels, and text notes to drawings.
- *Creating Basic Symbols*
Overview of simple symbols for MEP components.
- *Introduction to Keynotes*
Using keynotes to annotate key elements in MEP systems.

# # # 11. *Using Tags and Schedules*
- *Tagging MEP Components*
How to apply simple tags for identification of MEP components.
- *Creating Basic Schedules*
Introduction to creating and organizing schedules for project management.
- *Customizing Schedule Layouts*
Basics of customizing schedules to show relevant information.

# # # 12. *Introductory Collaboration and Coordination*
- *Basics of Linked Models for Coordination*
How to link and manage basic coordination with architectural models.
- *Introduction to Worksharing Tools*
Overview of worksets and shared project environments.
- *Simple Clash Detection Techniques*
Basic methods to identify clashes with other linked models.

𝐑𝐄𝐕𝐈𝐓 𝐒𝐓𝐑𝐔𝐂𝐓𝐔𝐑𝐄 course- ONLINE
12hrs, 50 $
Starting NOV/DEC 2024
Tuesday & Thursday from 6 to 8 pm
(The start date of the course depends on the number of trainees)
Instructed by Eng. Ahmad Naji- Certified Autodesk trainer.
for REGISTRATION & more info wp-call 70.017117 Eng. Lina Dabboussy
About the courses:
Learn how to create structural shop drawing using Revit, Designed specifically for Civil Engineers
The goal is to teach the student to create, modify, analyze and document their structural parametric model.
The student will learn how to create levels, work with walls, sections, elevations and create floor framing, roofs, foundation slabs, footings, beams
The students will learn how to prepare a schedule for elements and materials
OUTLINE:
1- Introduction Autodesk Revit
2- Basic Sketching and Modify Tools
3- Starting Structural Projects
4- Structural Grids and Columns
5- Foundations
6- Structural Framing
7- Working with Views
8- Adding Structural Slabs
9- Structural Reinforcement
10- Structural Analysis
11- Creating Construction Documents
12- Annotating Construction Documents
13- Creating Details
14- Scheduling

𝐒𝐎𝐋𝐈𝐃𝐖𝐎𝐑𝐊𝐒 𝐖𝐨𝐫𝐤𝐬𝐡𝐨𝐩 - ONLINE
15 hrs, 50 $
starting NOV/DEC 2024
(The start date of the course depends on the number of trainees)
MONDAY & WEDNESDAY from 6 pm to 8 pm
Instructed by Eng. CYNTHIA ISHAC
for more info & for registration wp-cal 𝟕𝟎-𝟎𝟏𝟕𝟏𝟏𝟕 Eng. Lina Dabbouussy
SOLIDWORKS is a very productive 3D CAD software tool, with its integrated analytical tools and design automation to help stimulate physical behavior such as kinematics, dynamics, stress, deflection, vibration, temperatures or fluid flow to suit all types of design.
OUTLINE:
1) Introducing the software
2) 2D Sketching & 2D Block Creation
3) 3D Sketching & 3D Modeling
4) Material selection, Part Evaluation, Rendering
5) Engineering Drawings
6) Assembly Mates & Assembly Evaluation
7) Introducing Motion Analysis & Animation

𝐄𝐧𝐭𝐫𝐞𝐩𝐫𝐞𝐧𝐞𝐮𝐫𝐬𝐡𝐢𝐩 𝐰𝐢𝐭𝐡 𝐌𝐚𝐧𝐚𝐠𝐞𝐦𝐞𝐧𝐭 𝐟𝐫𝐨𝐦 𝐍𝐆𝐎 - Online course
16 hrs - 50 $
starting NOVEMBER 2024
(The start date of the course depends on the number of trainees)
TUESDAY & THURSDAY from 6 to 8 pm
Instructed by Dr. Imtissal Al Akkawi
for registration & more info wp-cal 70.017117 Eng. Lina Dabboussy

OUTLINE:
- What Is Entrepreneur Management? Definition and Benefits
- What is project planning?
- Project Scheduling: Lagging, Crashing, and Activity Networks
- Project Timeline
- Cost Estimate and Budgeting - Risk management
- Resource management
- Project Closeout and Termination

CERTIFICATION OF ATTENDANCE WILL BE AWARDED FROM OEA

𝐁𝐎𝐐 𝐩𝐫𝐞𝐩𝐚𝐫𝐚𝐭𝐢𝐨𝐧 - ONLINE course
Measuring Quantity, Reading Specification, Defining Cost
starting NOVEMBER 2024
(The start date of the course depends on the number of trainees)
15 Hrs- 50 $
MONDAY - WEDNESDAY from 6 to 8 pm
Instructed by Eng. Bassam Karami
for registration & more info wp-cal 70.017117 Eng. Lina Dabboussy
This training will cover in depth how to prepare a detailed priced bill of quantity (BOQ) from scratch.
Course Objectives:
By the end of this training, participants will be able to:
• Be familiar with a bill of quantity’s components and divisions.
• Review the specification of any item (material or activity).
• Write the description of any item related to the BOQ.
• Read the design/ shop drawings (architectural, finishing, MEP, and section/ elevations)
• Define the measurement unit and the quantity of any item.
• Define the procedure to cost the items (cost breakdown).
• Develop some cost, risk management and engineering skills.
Who is this training course for?
During this course, you will have the chance to network with colleagues from a variety of industry. Previous attendees were either students or employees in the following sectors:
• Architecture
• Engineering and Consulting (Civil, Mechanical, and Electrical)
• Construction and building industry
• Entrepreneur

𝐅𝐚𝐜𝐢𝐥𝐢𝐭𝐲 𝐌𝐚𝐧𝐚𝐠𝐞𝐦𝐞𝐧𝐭 𝐓𝐫𝐚𝐢𝐧𝐢𝐧𝐠, ONLINE
12 hrs, Fees: 100 $.
MONDAY & WEDNESDAY from 6 to 8 pm
Instructed by Eng. Georges Fares, Healthcare Facilities Manager
STARTING NOVEMBER 2024
(The start date of the course depends on the number of trainees)
CERTIFICATION OF PARTICIPATION WILL BE AWARDED
for more info & REGISTRATION wtsp-call 70017117 Eng. Lina Dabboussi.

This course will explain the duties and responsibilities of the facility manager. It highlights the required plan, skills, tools and software needed to manage and oversee the operations and maintenance of buildings, systems and equipment’s.
The course will describe how to use the workflow process, specific performance measurements and key performance indicators to ensure clients and occupants satisfaction.
Course main topics:
• Introduction to facility management
• Facilities planning, start with a plan
• Project management and project cycle
• Facilities assets & systems assessment
• Budget and cost considerations
• Life cycle analysis
• Types of maintenance
• Maintenance management workflow
• CMMS: computerized maintenance management system
• Occupant services management
• Service level agreements, assessment and measurement
• Conflict resolution
• The importance of finance and business awareness
• Risk management, and Business continuity plan.
• Facility Management reporting

يوميات مهندس ورشة...
𝐄𝐧𝐠𝐢𝐧𝐞𝐞𝐫 𝐢𝐧 𝐟𝐢𝐞𝐥𝐝 𝐰𝐨𝐫𝐤𝐩𝐥𝐚𝐜𝐞 - Online course.
12 HRS/
50$
TUESDAY & THURSDAY from 6 to 8 pm
Starting NOVEMBER 2024.
Instructors: Arch. Samer Khalaf
for more info & REGISTRATION wtsp-call 70 017 117 Eng. Lina Dabboussi.
عندما يدخل المهندس مجال العمل، هناك معايير خاصة لتحسين نوعيه العمل في الورشة.
هذه الدورة تساهم بتطوير القدرة الاداريه و النوعية لدى المهندس و مواكبه كل مراحل البناء
* المرحلة الاولى :
- تعريف مساحات و شقلات الارض و طبيعتها
- كيفيه دراسة الخرائط التنفيذيه
1- دراسه خرائط حدود العقار
2- دراسة خرائط شقلات العقار
3- دراسة خرائط الانشائيه
4- دراسة خرائط الكهرباء و الصحية
5- دراسة الخرائط المعماريه
* المرحلة الثانيه:
- تحضيرات اللوجستية للبدء بورشة البناء
- تحضير دراسة الكميات
* المرحلة الثالثه:
-مراحل تأسيس الارض بعد الحفر
1- تأكيس حدود المبنى
2- تأكيس الاعمده
3- تاكيس نزلة الكاراج ان وجد
- كيفيه تركيب كوفراج الخشب
و تدعيمه مع وضع شقلات الباطون
- كيفيه استلام الخشب من نجار الباطون
- كيفيه طلب الباطون
- كيفيه تمديد الصحية و الكهرباء
- فحص جوده الباطون
- تحضيرات لصب الباطون
-ما هو دور الفورمن
-ما هو الدور الذي يلعبه ناطور الورشه.
* المرحلة الرابعه:
-كيفيه الاهتمام بالباطون ما بعد الصب
-كيفيه تأكيس الاعمدة
-كيفيه تدعيم الاعمده وكوفراجها الخشبي

**حملة التبرع بالدم لجرحى العدوان الإسرائيلي** 🇱🇧🤍

بالتعاون بين نقابة المهندسين في الشمال، نقابات المهن الحرة في طرابلس، والصليب الأحمر اللبناني🇱🇧⛑️

ندعوكم للمشاركة في حملة التبرع بالدم لدعم جرحى العدوان الإسرائيلي.

للتسجيل، يرجى تعبئة الاستمارة عبر الرابط التالي:📌

[رابط التسجيل]
(https://docs.google.com/forms/d/e/1FAIpQLSeA91Q3QZF2nyfeeItRcZfILChVhq6sbKF6wsPmr8qpizI-ag/viewform?usp=sharing)

أو التواصل عبر الرقم📍
📞81 02 21 44


كل نقطة دم تساهم في إنقاذ حياة.🩸

𝐏𝐋𝐂, 𝐩𝐫𝐨𝐠𝐫𝐚𝐦𝐦𝐚𝐛𝐥𝐞 𝐥𝐨𝐠𝐢𝐜 𝐜𝐨𝐧𝐭𝐫𝐨𝐥𝐥𝐞𝐫 - Online course.
23 hrs, TUESDAY & THURSDAY from 6 to 8 pm
Fees: 50 $.
Instructed by ENG. TOUFIC FARAH
Starting OCTOBER 2024
recording sessions available
(The start date of the course depends on the number of trainees)
CERTIFICATION OF PARTICIPATION WILL BE AWARDED
for more info & REGISTRATION wtsp-call 70017117 Eng. Lina Dabboussi.
PLC is a control system using electronic operations. It's easy storing procedures, handy extending principles, functions of sequential/position control, timed counting and input/output control are widely applied to the field of industrial automation control.
OUTLINE:
PLC
• Introduction to plc and different type
• Digital input and output
• Sensor, relay, contactors, timer
• Analogue input/output
• Installing software (upload /download)
• Programing session 1 (input/output)
• Programing session 2 ( counter/timer)
• Programing session 3 (rising /falling )
• Programing session 4 (arithmetic operation)
• Programing session 5 ( comparison operation)
• HMI (human machine interface)
• Communication plc and HMI
• Download upload software to HMI
• Programming session 1 HMI
• Programming session 2 HMI
• Introduction to VFD
• Programing VFD
• Communication between VFD and HMI
• Communication between VFD and plc
• Temperature controller
• Programing temperature controller
• Communication temperature controller and HMI
• Remarque and question

𝐑𝐄𝐕𝐈𝐓 𝐂𝐇𝐈𝐋𝐋𝐄𝐑 /𝐂𝐎𝐎𝐋𝐈𝐍𝐆 & 𝐇𝐕𝐀𝐂 Online
12 HRS / 50 $
TUESDAY & THURSDAY from 6 to 8 pm
Starting OCTOBER 2024
Instructor: ENG. HALIM HOUJAIRI
For registration and more info. please wp/call 70.017117 Eng. Lina Dabboussy
Purpose of Course:
• Understanding the main parts of a chiller system and its circuit
• Small Hourly Analysis Program (HAP) recall for cooling load calculation
• Refrigeration Cycle
• DX Systems and Chilled Water Systems
• Explaining the main components of fan coil units (FCU) and air handling units (AHU)
• Temperature of water and air supply and return according to code
• Selecting a FCU/AHU according to the required parameters from catalogue
• Ducts and how to size them using duct sizer according to the required code
• Diffusers and how to size and select them from catalogue according to code
• Different return duct system methods
• Different kinds of pipe and duct accessories used
• Manifold and how to size them using pipe sizer
• Pipe/Duct annotation and tags (Detailing)
• BOQ report
• Legend report
• Full sheet report
• Application of a full chiller system project
Details:
Understanding the main parts of a chiller system and its circuit:
Main parts:
• Fan coil unit / air handling unit
• Ducts and pipes
• Pump
• Chiller
• Diffuser
• Valves and accessories
Chiller Circuit:
• Chiller (Extraction of additional heat from zone)
• Terminal Unit (Transfers cooled air to zones)
• Pump (Stabilizes system pressure)
Chiller Components:
• Compressor
• Condenser Coil
• Condenser Fan
• Evaporator (Shell-and-tube)
• Expansion Valve
• Filter Drier
Small Hourly Analysis Program (HAP) recall for cooling load calculation:
Cooling load calculation according to area, u-value, windows, lightning, equipment, people, sunlight direction, etc.
Detailed explanation of the refrigeration cycle:
• Compressor
• Condenser
• Expansion valve
• Evaporator
Direction Expansion Systems and Chilled Water Systems:
Chilled water systems:
• Fan coil unit
• Air handling unit
DX system:
• Split unit (central and mini split)
• Package unit (window and central package)
Explaining the main components of fan coil units (FCU) and air handling units (AHU):
FCU:
• Centrifugal Fan (1 or 2 fans)
• Motor
• Heat Exchanger (Cooling coil)
• Drain Pan
AHU:
• Centrifugal fan
• Preheat / Reheat coil
• Precool coil
Temperature of water and air supply and return according to code:
• Hydronic Supply (Chilled Water Supply) = 7º C
• Hydronic Return (Chilled Water Return) = 12º C
• Supply Air (Cooling Air) = 13º C to 15º C
• Return Air (Room Air) = According to room temp.
Selecting a FCU/AHU according to the required parameters from catalogue:
• Model Name
• Cooling Capacity
• Size (WxDxH)
• Noise Criteria
• Water Flow
• Water Drop
• Connection
• Air Volume
Ducts and how to size them using duct sizer according to the required code:
• Rectangular
• Circular
• Oval
• Flexible Duct
Sizing of ducts is done using duct sizer using the following parameters:
• Flow (CFM)
• Velocity (FPM) / code for supply and return duct (main or branch)
• Head Loss (Pa/m) or (WC/100ft)
Diffusers and how to size and select them from catalogue according to code:
• One-way / Two-way / Three-way / Four-way types
• Sizing according to NC and flow code table
• Neck and Face
• Plenum box
Different return duct system methods:
• Free air flow due to difference in pressure without a return duct for short distances
• Installment of a return duct for long distances
Different kinds of valves and accessories used:
• Insulating valves (gate, globe, ball, butterfly)
• Strainer
• Check valve also known as one-way valve or non-return valve
• Double regulating valve (DRV)
• Flexible pipe connector
• Pressure and Temperature Gauges
• Pressure and Temperature Sensors
• Flow Switch
Manifold and how to size them using pipe sizer:
• Sizing of manifold using flow and velocity (code table)
• Used in both pumps and chillers
Pipe/Duct annotation and tags:
• The ability to assign instant project parameters as annotations, also adding new shared instant parameters to any tag (such as location and direction)
BOQ report:
• Forming a BOQ report for any project with total summations, and then exporting them to an excel sheet
Maintenance report:
• Create chiller system maintenance schedule including Mech. equipment and accessories
Legend report:
• Tabulating each element in the project with respect to name, abbreviation, floor plan view, front and back views, and 3D view
Full sheet report:
• Forming a full project sheet containing the legend, different views, project name, project location, sections, company logo, etc.
Application of a full chiller system project:
• Having the ability to implement all what was taught in a well-designed and well-drawn project according to the required codes and standards
CERTIFICATIN OF ATTENDANCE WILL BE AWARDED FROM OEA

𝐑𝐄𝐕𝐈𝐓 𝐀𝐑𝐂𝐇𝐈𝐓𝐄𝐂𝐓𝐔𝐑𝐀𝐋, BIM Building Information Modeling- online course
Starting OCT/NOV 2024
24 hours, 50 $
MONDAY & WEDNESDAY, from 6pm to 8 pm
Instructed by Architect Georges Sessine, BIM specialist.
For registration and more info Please contact:
Eng. Lina Dabboussy, Manager of training center 70/017117
Arch. Georges Sessine (LEED architect and pioneer BIM specialist)
71/558726
You will learn how to design and model with Revit, the industry's top BIM software.
This course will be taught by a Master's student who has worked in three offshore architectural firms where REVIT is the only design and documentation tool. You will be able to follow along as you are taught the required skills and confidence needed to utilize the program effectively in a professional context. This 24-hour course will get you on the fast road to learning how to design and model in Revit at a professional level.
Course content:
-The skills to design and model confidently
-Basic & advanced tools of architectural design
-Import, scale and work off reference images such as floor plans and elevations
-The best practices of professional Revit users and build good habits
-Create and control levels
-Manage "phasing" in Revit
-Create and control custom materials and patterns
-Create and control floor, stair, wall, ceiling, roof... and their properties
-Create and control families and load others
-How to create sections, floor plans and elevations from your Revit model
-Overview about all the involved parties and their data and how to control it
in Revit (Mechanical, electrical, structural…)
-Optimizing ‘’BOQ’’ Data
-Presenting your final project and exporting data.
Certification of participation will be awarded from OEA TRIPOLI

𝐒𝐤𝐞𝐭𝐜𝐡𝐔𝐩 𝐏𝐫𝐨 𝐰𝐢𝐭𝐡 𝐕-𝐑𝐚𝐲 online course
24 HRS - 50 $
Starting SEPTEMBER 2024
(The start date of the course depends on the number of trainees)
MONDAY & WEDNESDAY from 6 to 8 pm
Sessions will be pre-recorded to fit your time accordingly and personal assistance will be provided upon request.
INSTRUCTOR: Arch SHAZA HALAWANI
For registration and more info. please wp/call 70.017117 Eng. Lina Dabboussy
OUTLINE:
1- Get to know the Sketchup fundamentals
- How the SketchupPro works
- Geometry creation of 2D and 3D
- Modification and alterations
2- Modeling and Rendering Architecture
- Creating architectural spaces
- Apply lights and cameras
- Assign Materials and Render Setup
3- Editing and Rendering Interior
- tips to realistic interior modeling
- Material, light and camera appliance
- Rendering tips
4- Adapting Architectural Landscape with Geolocation

𝐏𝐌𝐏 𝐩𝐫𝐞𝐩𝐚𝐫𝐚𝐭𝐢𝐨𝐧 𝐞𝐱𝐚𝐦 course - online
STARTING OCTOBER 2024
50 HRS - fees: 200 $
MONDAY, WEDNESDAY & FRIDAY from 5 to 9 pm
(Recorded sessions available)
Instructor: Haitham Emam, PMP certified trainer
For more information or to register kindly contact us on 70017117 Eng. Lina Dabboussy
Planning to be PMP Certified!! Worried about the PMP Exam!! , then, this package is specifically tailored for you👌👌
Join our next PMP training course at the Training center -OEA, which exclusively offers you this incomparable & irresistible package that includes the following:
- Online live interactive sessions
- 50 Training hours
- Experienced & Accredited Instructor
- Real Case Studies
- Practice Questions & Discussions
- After Training Consultations & Support
- Mock exams to ensure your readiness for the real one
Course Contents:
LESSON 1: CREATING A HIGH-PERFORMING TEAM
The success of your project depends on the people involved. A key role of a project manager is to assemble and manage the project team and any additional stakeholders.
Topic A: Build A Team
Topic B: Define Team Ground Rules
Topic C: Negotiate Project Agreements
Topic D: Empower Team Members And Stakeholders
Topic E: Train Team Members And Stakeholders
Topic F: Engage And Support Virtual Teams
Topic G: Build Shared Understanding About A Project
LESSON 2: STARTING THE PROJECT
Now that you’ve assembled a high-performing, engaged, and empowered project team, you are ready to get started with the planning of the project. Planning includes all aspects of a project including budget, schedule, scope, quality, project activities, procurement, and closure.
Topic A: Determine Appropriate Project Methodology/Methods And Practices
Topic B: Plan And Manage Scope
Topic C: Plan And Manage Budget And Resources
Topic D: Plan And Manage Schedule
Topic E: Plan And Manage Quality Of Products And Deliverables
Topic F: Integrate Project Planning Activities
Topic G: Plan And Manage Procurement
Topic H: Establish Project Governance Structure
Topic I: Plan And Manage Project/Phase Closure
LESSON 3: DOING THE WORK
Now that you have a project plan and have determined the requirements for managing the project from initiation to closure, you are ready to execute the project.
Topic A: Assess And Manage Risks
Topic B: Execute Project To Deliver Business Value
Topic C: Manage Communications
Topic D: Engage Stakeholders
Topic E: Create Project Artifacts
Topic F: Manage Project Changes
Topic G: Manage Project Issues
Topic H: Ensure Knowledge Transfer For Project Continuity
LESSON 4: KEEPING THE TEAM ON TRACK
Now that the project team has been assembled and is doing the work of the project, you need to ensure that the team stays on track. As the project manager, you need to demonstrate the type of leadership that facilitates collaboration among the team and stakeholders, manages conflict, removes obstacles, and supports the team’s performance.
Topic A: Lead A Team
Topic B: Support Team Performance
Topic C: Address And Remove Impediments, Obstacles, And Blockers
Topic D: Manage Conflict
Topic E: Collaborate With Stakeholders
Topic F: Mentor Relevant Stakeholders
Topic G: Apply Emotional Intelligence To Promote Team
Performance
LESSON 5: KEEPING THE BUSINESS IN MIND
Keeping a handle on the changes in both the internal and external business environments is the project manager’s responsibility. Employing a continuous process improvement plan will ensure that the project’s success can be consistently repeated within your organization.
Topic A: Manage Compliance Requirements
Topic B: Evaluate And Deliver Project Benefits And Value
Topic C: Evaluate And Address Internal And External Business Environment Changes
Topic D: Support Organizational Change
Topic E: Employ Continuous Process Improvement

نظم مركز التدريب في نقابة المهندسين طرابلس محاضرة تعريفية وورشة عمل عن أهمية Bim building information modelling (نمذجة معلومات البناء ) تخلله شرح عن برنامج Revit والقيام بتمرين توضيحي
تقدمة المهندسين زاهي حلبي وحليم حجيري
Zahi Halabi
Order of Engineers and Architects of Tripoli

𝐏𝐇𝐎𝐓𝐎𝐕𝐎𝐋𝐓𝐀𝐈𝐂 𝐏𝐕 𝐒𝐎𝐋𝐀𝐑 course (ONLINE)
24 HRS - 50$
Starting SEPT/OCT 2024
(The start date of the course depends on the number of trainees)
TUESDAY & THURSDAY from 6 to 8 pm
INSTRUCTOR: ENG. MARCEL MANSOUR
(Senior Civil Engineer - PV specialist - ex. LGBC board member Lebanon Green Building Council)
For registration and more info. please wp/call 70.017117 Eng. Lina Dabboussy
PV course targets all architects, civil engineers, electric engineers and mechanical engineers who have the intention to calculate SCIENTIFICALLY the needs of a given project outside the electric perspective.
OUTLINE:
Chapter 01: introduction to PV solar systems
Chapter 02: project energy audit
Chapter 03: knowing the sun movement in the sky
Chapter 04: defining the orientation of the PV modules (direction and inclination)
Chapter 05: shading study
Chapter 06: energy needs and solar energy harvest at extreme seasons
Chapter 07: reading specifications sheets
Chapter 08: selection of the PV modules (number), inverter (size), batteries (size & number)
Chapter 09: maintenance design criteria (cleaning, protection)
Chapter 10: Wind load calculations & stability checking
Chapter 11: steel structure design (types & design)
Chapter 12: drafting the PV design (civil & electrical) – shop drawings – as built drawings
Chapter 13: Earthing system & electric protection
Chapter 14: means to optimizing PV systems
Chapter 15: energy balances
Chapter 16: training the end user
Chapter 17: BOQ preparation & pricing
Chapter 18: feasibility & comparison studies
Chapter 19: storage of solar energy
Chapter 20: wind energy – wind turbine selection
Chapter 21: solar & wind compatibility
Chapter 22: hydro power & geothermal
Chapter 23: general information 1: batteries types & specifications
Chapter 24: general information 2: inverter settings & configuration
Chapter 25: general information 3: trouble shooting tips
CALCULATION CHARTS - RAY INCIDENCE ON MODULES
SUN RISE INCLIATION ANGLE CALCULATION PROCEDURE
PV MANUAL GUIDE