FLYERS - metminmat.orgmetminmat.org/2020flyers.pdf · INDUSTRIAL LUBRICANTS AND HYDRAULIC FLUIDS SELECTION AND APPLICATION E ngineering personnel with responsibilies for design, equipment

MODERN TRENDS IN PROJECTENGINEERING AND MANAGEMENT

OBJECTIVE:

Project Engineering and Management as

composite parts of Engineering projects

have become unprecedentedly more complex

and requiring multi disciplinary approach in

their execution. This requirement coupled

with its attendant risks and uncertainties,

have heightened the need for up-to-date

strategies and new methods. This course is

tailored to raise the participants’ capability

in understanding fundamental project

engineering principles, effective total

management and project delivery techniques

in the context of today’s best practices set in

an information age.

HIGHLIGHTS FOR WHOM?Project Managers, Team Leaders and other Project Personnel, Engineers, Geologists, Architects, Construction Managers, Policy Makers, Technical Mangers and Supervisors, Land & Quantity Surveyors, Consultants involved in Engineering Projects.

Ÿ Introduction to Project Management Principles

Ÿ Assessment of Process Variations in Engineering Projects: The Life Cycle Approach

Ÿ Project Planning and Scheduling Techniques

Ÿ Project Execution: Resource & Cost Control and Total Management

Ÿ Risk Management: Identifying Nigeria Special Risk Factors

Ÿ Key Elements in Engineering, Contract Negotiation and Administration

Ÿ Overview of Project Engineering SoftwareDATE:

VENUE:Noktel Resort Hotel,

14&16 Noktel Drive, Off Catchment Road, Ilorin GRA, Kwara State.

1st - 3rd July, 2020.

Re-run:25th - 27th Nov., 2020.

F E E :

N165,000Bank: First Bank

A/C No: 2002925664

INDUSTRIAL LUBRICANTS AND HYDRAULICFLUIDS SELECTION AND APPLICATION

ngineering personnel with responsibili�es for design, Eequipment selec�on, maintenance and procurement require adequate prac�cal knowledge and appropriate

guidance to select, specify, inspect, and approve lubricants and hydraulic fluids for a wide range of industrial applica�ons.

Emerging environmental laws have made the disposal and reuse of industrial oils issue and of grave concern.

This workshop provides the opera�on and maintenance staff with the opportuni�es to update their skills and knowledge of the state-of-the-art technologies and technologies and techniques, use and applica�ons of industrial fluids.

INTRODUCTION:

F E E :


A/C No: 2002925664

VENUE:Noktel Resort Hotel, 14&16 Noktel Drive,

Off Catchment Road, Ilorin GRA, Kwara State.

DATE: 8th - 10th April, 2020.Re-run: 5th - 7th August, 2020.

WELDING SYSTEMS SELECTION WELDING SYSTEMS SELECTION & DESIGN FOR FABRICATION & DESIGN FOR FABRICATION

AND MAINTENANCEAND MAINTENANCE

WELDING SYSTEMS SELECTION & DESIGN FOR FABRICATION

AND MAINTENANCEhis training programme seeks to build on the relevant and Tupdated knowledge areas needed for technical details and prac�cal decision steps required by various technical and

engineering personnel responsible for either managing, inspec�ng or supervising welding or fabrica�on services.

It focuses on the need to deliver high quality weld-fabricated structures, perform sound maintenance repairs in order to restore structures to their original/intended opera�ng condi�on, safe opera�on and to a�ain prolonged trouble free service life.

Mid-to top range cadres of fabrica�on, Joining and Maintenance Personnel - Supervisors, Technologists, QA/QC Personnel, Welding Inspectors/Audiotrs, Materials Selectors, Metallurgists, Mechanical and Structural Engineers.

F E E :


A/C No: 2002925664

DATE:



6th - 8th July, 2020.

Re-run:16th - 18th November, 2020.

What Participants will Gain · Six Sigma Definition and formulas

· Identification of the phases in a Six Sigma Project

· Design for Six Sigma, determination of data type

· Methods of data collection and application for varied applications

HIGHLIGHTS

Six Sigma Statistics, Processes and Methodologies

Team Building, Planning & Implementing

Six Sigma Projects

E valuation of Manufacturing Operations using Six Sigma

Evaluation of Engineering Services using Six Sigma

A pplication of Six Sigma toPlant Maintenance

Engineering and Business Managers from middle to top execu�ve cadre,

involved quality managers, produc�on planners, project managers, sec�onal heads and supervisors , officers, and

technical companies.

FOR WHOM

F E E :


A/C No: 2002925664

DATE:



24th - 26th June, 2020.

PERSONNEL

SIX SIGMAFOR ENGINEERING

F E E :


A/C No: 2002925664DATE:



6th - 8th April, 2020.

Re-run:19th - 21st August, 2020.

F E E :


A/C No: 2002925664

DATE:



17th - 19th June, 2020.

Re-run:21st - 23rd October, 2020.

F E E :


A/C No: 2002925664

DATE:



20th - 22nd May, 2020.

HIGHLIGHTS FOR WHOM?

INTRODUCTION

Produc�on Managers, Supervisors,Planners, Plant Engineers,

Plant Inspectors, Quality Managers etc.

Re-run7th - 9th September, 2020.

Date: 25th - 27th May, 2020. 23rd - 25th September, 2020.Re-run:

9:00am daily Time:

Noktel Resort Hotel,Venue: 14 & 16 Noktel Drive, Off Catchment Road,

Ilorin GRA, Kwara State.

F E E :


A/C No: 2002925664

F E E :


A/C No: 2002925664

Date: 15th - 17th April, 2020. 14th - 16th October, 2020.Re-run:

9:00am daily Time:

Noktel Resort Hotel,Venue: 14 & 16 Noktel Drive, Off Catchment Road,Ilorin GRA, Kwara State.

Date: 22nd - 24th July, 2020. 18th - 20th November, 2020.Re-run:

9:00am daily Time:

Noktel Resort Hotel, 14 & 16 Noktel Drive, Venue: Off Catchment Road, Ilorin GRA, Kwara State.

F E E :


A/C No: 2002925664

F E E :


A/C No: 2002925664

DATE:



20th - 22nd July, 2020

Re-run:11th - 13th November, 2020.

LUBRICATION MANAGEMENT

With hundreds of lubrication products in the market, coupled with specific requirements for application, storage and disposal of the various products, organizations have come to embrace the concept of Total Lubrication Management. This combines “Time-Based”, “Condition-Based” and “Reliability Lubrication Management” practices as the components, required for the attainment of top equipment performance and avoidance of unplanned downtime.

Given that there is no 'one size fits all' in lubrication management, this course sets out to avail participants with sound principles and practices that get the most from the field information acquired and actions based on their correct interpretation.

Client Needs Analysis

Lubrication Management

LubricationAudit

ImprovementProposal

Designand

Implementation

Optimisation

INTRODUCTION

Contents:· Overview of Lubricant Selection and Application

· Quality Control and Handling of Incoming Lubricants

· Organization and Classification of Lubricants

· Planning Lubrication Programmes and Gap Analysis

· Design and Selection for Lubrication Application

· Condition-Based Lubrication Management for

Proactive Maintenance

· Best Practices in Oil Storage and Handling

· Reliability Improvement Using Data from Oil Analysis

Participants will learn to:· Select and apply the right oil type

· Choose the best way to properly store oil, and the

preferred distribution methods

· Use different styles and types of filters and

breathers and their advantages and disadvantages

· Set ISO cleanliness standards for lubricants

· Draw up Lubrication Management Programme

· Employ Lubrication Gap Analysis tool for better

lubrication management and reliability

· Use oil analysis data for condition monitoring

For whom? Maintenance Engineers, Lubrication/Tribological Engineers; Machine operators; Process Engineers; Technologists; Reliability Engineers.

A 3-Day Workshop on

F E E :


A/C No: 2002925664

DATE:



29th June - 1st July, 2020.

Re-run:28th - 30th October, 2020.

PMP CERTIFICATION COURSECourse DescriptionThe Project Management Professional (PMP®) training equips you with in-depth knowledge and skills needed to help deliver your projects on time, budget and agreed-upon scope. The 4 days classroom training will be handled by certified Project Management Professionals and will include presentations, realistic case studies and lots of simulated sample questions to help you pass at first try.

Why Obtain the PMP® Certification?The PMP® certification recognizes demonstrated competence in leading and directing project teams. It provides project managers with a solid foundation of experience, education and competency to successfully lead and direct projects that will have a positive impact on a company's bottom line results.Ÿ Internationally recognized credential across an array of industries that employ project managersŸ Unique competitive advantageŸ Increased marketabilityŸ Higher salaries compared with non-credentialed peers

Course OutlineŸ Introduction to Project ManagementŸ Organizational Influences and Project Life

Cycle Ÿ Project Management Processes Ÿ Project Integration Management Ÿ Project Scope Management Ÿ Project Time Management Ÿ Project Cost Management Ÿ Project Quality Management Ÿ Project Human Resource Management Ÿ Project Communication Management Ÿ Project Risk Management Ÿ Project Procurement Management Ÿ Project Stakeholder ManagementŸ Professional and Social Responsibility

Who Should Attend?Ÿ Project ManagersŸ Project LeadersŸ Project Team MembersŸ Managers (Directors, General Managers)Ÿ Professionals interested in applying for the PMP® Exam.

Course ObjectivesParticipants will be able to:Ÿ Learn the project management processes

described in the PMBOK® Guide, Six EditionŸ Understand what a project is and the best

practice approach to project managementŸ Practice simulated tests to greatly improve

their chance of passing the testŸ Discover tricks and hints on how to answer

the exam questions

DeliverablesŸ Hard and soft copies of Training ManualŸ Full assistance in membership and

examination registrationŸ A licensed copy of the PMI Guide to Project

Management Body of Knowledge (PMBOK® Guide) - 6th Edition

Ÿ Simulated PMP exam review questionsŸ Mock PMP exam at the end of the courseŸ After training support till you pass your examŸ Downloadable Project Management

Professional exam preparatory materialsŸ 35 Contact Hours required to take the PMP

certification exams

N250,000$600

TRAINING FEE:EXAM FEE:

Bank: First BankA/C No: 2002925664

A 5-Day Workshop on

DATE:

VENUE: Noktel Resort Hotel, 14&16 Noktel Drive, Off Catchment Road,

Ilorin GRA, Kwara State.

6th - 8th May, 2020

Re-run:28th - 30th September, 2020.

F E E :


A/C No: 2002925664

DATE:



15th - 17th June, 2020.Re-run

7th - 9th October, 2020.

AUTOCAD 2D & 3D22ND - 26TH JUNE, 2020.

ANSYS21ST - 25TH SEPT., 2020.

PRO-E24TH - 26TH AUGUST, 2020.

SOLID WORKS13TH - 17TH JULY, 2020.

F E E :


A/C No: 2002925664

DATE:



1st - 3rd April, 2020.Re-run

2nd - 4th September, 2020.

OBJECTIVE:

FOR WHOM:

HIGHLIGHTS:

Many industries today are confronted with the colossal challenge of economically operating their major assets and facilities – pipelines, tanks, valves and other associated equipment, owing largely to formidable corrosion issues traceable to either the material being handled or the environment or both.

This training is designed to present best practices that will holistically mitigate the corrosion menace by using diagnostic survey techniques to proactively determine and select effective solution(s) in terms of materials, protective techniques and application procedures.

Participants will learn asset integrity investigation techniques using non-invasive tools and techniques that will significantly improve the asset management process.

Asset Managers and personnel in oil and gas infrastructures, marine, power plants water supply utilities, telecoms, railroads etc. Corrosion Engineers and Scientists and other technical personnel involved in corrosion control. Maintenance and Technical Managers, Supervisors and Technologists.

· Fundamental principles of Corrosion Protection and Characteristics of buried structures· Soil and Water Survey techniques and Data Gathering for Corrosion Evaluation· Pigging Survey Technologies· Corrosion Monitoring Tools and Techniques for Buried Structures· Monitoring Submerged Structures· Remote Earth and Close Interval Ground-bed Cathodic Protection Design · Effects and Mitigation of Microbial Corrosion· Controlling Corrosion in Concrete· Maintenance and Economics of Corrosion Protection

Corrosion Survey &Integrity MonitoringFOR BURIED AND SUBMERGED STRUCTURES

A 3-Day Workshop on

BOILER OPERATION AND MAINTENANCE

Ÿ Types of Boilers and Systems AssessmentŸ Feed Water Chemistry, Management and Pumping SystemŸ Safety and Control of BoilersŸ Steam and Condensate Loop Piping, Fittings and Valve systemsŸ Operational Demand and Components Control in BoilersŸ Routine Inspection, Cleaning and Maintenance Schedules Ÿ Automation and Control Systems for BoilersŸ Boiler Maintenance Best Practices

COURSE HIGHLIGHTS

Steam system operators and maintenance personnel; professionals working with designers, contractors and operators, as well as those involved with analysis or operation of boiler plants for industrial, commercial, medical, institutional, military, or educational facilities.

FOR WHOM

The use of steam as a unique and versatile energy source in industry has been responsible for the widespread usage of Steam Boilers in most industrial operations. However, to reap the potential technical and economic benefits of boilers, being a complex multivariable and interactive device, requires sound training and understanding of the various systems that make up the whole. How they interact and interrelate.

This workshop is designed to equip both new and old operation and maintenance crews with the relevant skills to achieve safe and optimal performance.

INTRODUCTION

F E E :


A/C No: 2002925664

DATE:



13th - 15th May, 2020.

here exist a wide variety of reasons and needs for coating material surfaces. For

Tengineering service applications, coatings must be selected carefully with the understanding of their technical characteristics as well as their service environment and

economic justifications The development of specifications required for materials vis-a-vis equipment, safety procedures, and quality assurance inspections for both new and maintenance jobs shall be focused.

This course targets paints and coatings users, contracting officers, coating applicators who mandatorily should be well established in the physics and chemical guiding principles required to make informed decisions towards achieving efficient coating jobs.

PROTECTIVE

COATING

SYSTEMS AND

TECHNOLOGIESRationale:

Indicative Contents:

@Principles of Coating Characterization@Selection and application of Organic Coatings@Selection and application of Inorganic Coatings@Selection and application of Metallic Coatings@Standards and specifications of paints and coatings@Quality Assurance Provisions and Approval Procedures for

Commercial Coatings@Coating Application Procedures, Techniques and Equipment@Safety and Environmental Requirements

F E E :


A/C No: 2002925664DATE:



27th - 29th April, 2020.Re-run

12th - 14th October, 2020.

his workshop which brings together the

Ttechnical and business issues in foundry production is developed to fast-track

organisations and individuals desirous of boosting outputs from existing captive foundries or starting and successfully running commercial production facilities. A team of foundry industry professionals with both local and international working experiences in the trade shall be on hand to facilitate the sessions and practicals.

FOUNDRY ENGINEERING

& PRODUCTIONINTRODUCTION

F Site, equipment selection, layout and manpower requirements for Foundries

F Foundry input materials sourcing and selection

F State of the art practices in component design and pattern development

F Foundry Production ProcessesF Foundry Ancillaries, supply chain and

logisticsF Meeting Specifications and Standards, and

quality management.F Economic and Technical Feasibility

Assessment of Foundries.F Product Marketing and Risks Assessment F Hands-On Practical Session Sand Casting

& Investment Casting

HIGHLIGHTS:@ To promote the practical operation of Foundry and

Fabrication as a necessary technical asset for organisations

and entrepreneurs

@ Creation of businesses capable of stimulating expansion in

national technical content leading to industrial and

economic growth.

@ Build capacities and teach the path to prudent investment,

equipment and site selections for foundry business

@ Develop individual technical and management

competencies to successfully manage foundry enterprises

required for national technological development.

@ To teach how to identify technical products in demand, their

production techniques and how to penetrate relevant

markets.

OBJECTIVES:

FOR WHOM:

Produc t ion and Manufac tu r ing o rgan i sa t ions , Entrepreneurs/Investors; SME Development Agencies; Local, State and Federal Governments officials responsible for projects selection/ development and assessment; Engineers; Investment/Industrial Bankers; Rural Development Agencies; Youth/Community Development Agencies; Workshop Managers; Automobile Companies, Agricultural Organisations, Staff of Commerce and Industry Ministries, Works Ministries etc.

F E E :

N150,000

Bank: First BankA/C No: 2002925664

DATE:



15th - 17th April, 2020.Re-run

19th - 21st August, 2020.

OBJECTIVE This workshop relates to large projects and the different phases in their management and execution. It seeks to provide a good understanding of the practical relationships between the phases and interaction among the component elements for the attainment of effective and successful management of projects.

All the key players are focused-owner, engineering contractor, general contractor – will learn their responsibilities and practical issues that lead to physical progress and achievement of on-scheduled deliveries.

HIGHLIGHTS· Overview of Project Management and reasons why Projects Fail· Cost Estimation and Project Budget Development· Tender Evaluation Procedure: Keepner Tregoe Bid

Comparison Tool & other methods· Team building, People and Issues Management · Construction Management Systems· Cost Control and Earned Value Analysis· Risk Management of Construction Projects: Nigerian Case Studies· Project Document Management· Managing Project Close Out

PARTICIPANTS WILL

LEARN

· The different types of

contracts and how to appraise

them

· Understand the relationships

between project phases and

the essential roles of all

players

· Plan, schedule, monitor and

control the components in

major projects

· Closeout projects in a

professional fashion

FOR WHOMProject personnel-Manager, Engineers, Supervisors, Technical & Facilities Managers, Engineer Contractors, Accounting & Finance Personnel, Consultant

F E E :


A/C No: 2002925664

DATE:



18th - 20th May, 2020.


fficient operation and maintenance of power generating plants and direct consequence of

Esound working knowledge of their materials of construction. Reducing materials degradation prematurely can contribute as much as 70% to reliability and operational efficiency.

The workshop will bring insights on diagnostic techniques for monitoring and improving performance of power plants, identifying plant failure modes, equipment assessment and the extension of service life for components. Industry standards and best practices shall be invoked ASTM, ASME, ISO, etc.

@ Power Plant Types and Operational Principles

@ Materials Selection & Coatings for Turbine Components

@ Identifying and Preventing Power Plant Failure Modes

@ Turbine Bore Inspection and Cleaning@ Metallurgical Examination: Damage

Evaluation & Metallography@ Components Reconditioning and Life

Extension Programmes@ Dimensional Checks and Non-destructive

Testing@ Developing Major Inspection & Preventive

Maintenance Programmes for Power Plants

INTRODUCTION:

KEY HIGHLIGHTS:

POWER PLANT METALLURGY

AND INSPECTION

WHAT PARTICIPANTS WILL GAIN:

Ø Identify materials failure modes for turbines and power plant systems

ØUnderstand Non-destructive inspection techniques to examine cr i t ical components

ØLearn Best Practices in inspecting and replacing parts and components in generating plants

ØGain OEM maintenance assessment views on inspection and materials integrity

FOR WHOMPower plant maintenance managers, engineers, plant inspectors, reliability engineers, maintenance supervisors.

F E E :


A/C No: 2002925664DATE:



22nd - 24th April, 2020.

PERSONNELS

F E E :


A/C No: 2002925664

DATE:



17th - 19th August, 2020.

PREDICTIVE &PROACTIVE MAINTENANCE MANAGEMENT

OBJECTIVE:t makes the most sense to fix a device or a machine only when it needs maintenance. This is

Ithe philosophy of Predictive Maintenance. Establishing this optimal intervention point has since remained the age-long challenge of the various maintenance methods. Neither

reactive nor preventive maintenance provides such a capability. Indeed, scheduled preventive maintenance has a major drawback in that it creates unnecessary work and downtime.

This workshop espouses the deployment of Predictive and Proactive Maintenance methods and tools. It combines modern management systems and the use of intelligent field devices to achieve lower costs, increased uptime and bottom-line.

ü Maintenance Strategiesü Maintenance automationü Predictive Maintenance: Condition & Performance Based Monitoringü Planning and Implementing a Predictive Maintenance Systemü Reliability Centered Maintenanceü Total Productivity Maintenanceü Concept of Operating Equipment Asset Management

Maintenance Personnel - Managers, Engineers, Supervisors and other personnel; Integrity and Reliability Managers, Technical Managers, and CMMS Personnel and Vendors.

HIGHLIGHTS

FOR WHOM

F E E :


A/C No: 2002925664

DATE:



4th - 6th May, 2020.

Re-run:21st - 23rd September, 2020.

CORROSION FIELD TESTING

INDICATIVE CONTENTS:

Coating Efficiency Test Procedures:Adhesion TestsSpalling TestsField Holiday Inspection

Environmental Test Procedures:pH Testing ProceduresBacterial Test ProceduresSoil Tests Procedures

CP Test Procedures:Practical Potential MeasurementRectifier Efficiency Testing ProceduresDielectric Testing ProceduresCasing Testing ProceduresTesting for a Short Between Two StructuresCurrent Requirement Testing ProceduresElectrolyte Resistivity MeasurementCalibration of IR Drop Test SpanInterference Testing Procedures

Rationale: This course is designed for corrosion engineers and scientists in searchof appropriate tests and procedures for ensuring standard corrosion protection systems practices in the field. It is necessary for both corrosion protection planning, installation as well as for maintenance checks for establishing systems reliability. Test procedures are based on harmonized industry standards - NACE, API, ISO, etc

F E E :


A/C No: 2002925664

DATE:



1st - 3rd April, 2020.

Re-run:2nd - 4th September, 2020.

Plants and capital-intensive industries in this century are facing challenging times in relation to the costs incurred in the management and maintenance of machines.

Companies are under increasing pressure to reduce costs, meet tougher performance and production targets, competitions, comply with regulatory requirements, and maximize return on assets.

Visionary and strategic maintenance management approach that will square up to these challenges must be built around identification of technical opportunities to reduce the cost of maintaining assets, leading to improved performance and life extension of those assets. This will lead to incompetitive advantage by integrating with optimized business processes throughout the asset life cycle(cradle to grave).

This workshop will present participants with innovative and performance enhancing tools and techniques as well as options for organizing and implementing maintenance to attain higher plant uptime at reduced cost.

F Types of maintenance organisations and practicesF Life-cycle Asset Management and Life Extension Programmes

F Maintenance Planning and Scheduling ToolsF Lessons from Reliability Centred Maintenance Paradigm

F Operating Equipment Asset Management Tools

F Advanced Automation in Maintenance Operations

F Case studies and Syndicate session

RATIONALE

FOR WHOMHIGHLIGHTS

MAINTENANCE

MANAGEMENT

PRACTICE

Maintenance, Asset and Technical Managers, Engineers,Supervisors, Technologists and Technocrats

F E E :


A/C No: 2002925664

DATE:



11th - 13th May, 2020.

Re-run:14th - 16th September, 2020.

WHAT PARTICIPANT WILL LEARN

How forces act and distribute itself on load

How to establish the centre of gravity, effective rigging points and techniques

Select and apply appropriate rigging materials, tools and equipment

Effective crane operation, scaffold selection and use

Communication codes and signals

Procedures, Equipment Inspection and safety.

HIGHLIGHTS:

Basic Mechanics and Statics (mass, gravity, and centre of gravity, moment of force as they relate to the movement of stationary objects.)General principles of Rigging Planning, Rigging materials, Attachments, Anchor systems etc.Factor of Safety and Safe Working Load calculationsOverhead and Mobile crane fundamentals: types, uses and parts.Hand Signals for LiftingInspection of lifting equipment and Safety during lifting operationsScaffolding systems selection and application

F E E :


A/C No: 2002925664

DATE:



8th - 10th July, 2020.Re-run

23rd - 25th November, 2020.

OBJECTION: This course is a formal induction programme for both old and uninitiated personnel carrying out duties as Riggers, crane Operators, or those involved in simple lifting operations on the shop floor.Upon completion they will be suited for operation of rigging and lifting operations and competently manage the associated risks, communicate effectively and imbibe related safety and accident mitigating practices that will enhance overall productivity in the workplace.

INTRODUCTIONThe yearning by today's industry to liberate the full potentials both in terms of its physical and human assets and thereby reinvent the organization has found most of the answers in the Total Productive Maintenance (TPM) initiatives

Developed in Japan and first implemented by Toyota, Total Productive Maintenance as a plant-wide system that ties-up operational effectiveness with quality and maintenance. Creating cross-functional teams with a focus on defects elimination is a success factor for organizations that implements the TPM ideals. TPM is concerned with the fundamental rethink of business processes to achieve improvements in cost, quality and speed. The resultant effect is radical changes followed by sustained and measurable continuous improvement.

This course develops the participants understanding of the philosophies and implementation procedures that lead to desirable plant performance transformation.

CONTENTS:Introducing the Pillars of TPM“5S” and “7S” CampaignsOverall Equipment Effectiveness (OEE) MeasurementKaizen – Continuous ImprovementAutonomous MaintenanceTPM ImplementationManaging The Big SixAssessing Actual Productive Utilization

WHO MAY ATTEND?Maintenance and

Operations Personnel, Physical Asset

Management Personnel, Industrial Engineers,

Production Planners and Controllers, QA/QC and

HSE Professionals, Consultants.

F E E :


A/C No: 2002925664

DATE:



29th June - 1st July, 2020.


TOTAL PRODUCTIVEMAINTENANCE

TOTAL PRODUCTIVEMAINTENANCE

RATIONALE:Rotating machineries are commonly faced with ever increasing pressure of equipment uptime and utilization as a result of the production economics emanating from losses from downtime, increased competition, cost of enhanced environmental regulations, and ageing or degrading equipment requiring the repair or replacement of costly components.

This workshop provides participants with a mix strategies and tools for achieving component life extension and ultimately higher equipment uptime and utilization.

PARTICIPANTS WILL LEARN:ü The general knowledge and technology of machines and their

auxiliariesü How the machines and their components workü The mechanical effects of a change in operating conditionsü The failure modes of each componentü How to prevent unexpected breakdowns and perform machinery

diagnosisü How to manage the machinery reliability

TARGET AUDIENCE: Production Managers, Supervisors, Planners, Plant Engineers, Plant Inspectors, Quality Managers, Military, Maintenance Manager, etc

CONTENT· Rotating Equipment Types & Components· Component Failure Modes in Rotating Equipment· Failure Diagnosis and Diagnostic Tools· Wear and Lubrication of Rotating Components· Repairs of Surface Failures· Repairs of Bulk Failures· Proactive/Design Out Maintenance· Reliability Improvement through Failure Analysis

F E E :


A/C No: 2002925664

DATE:

VENUE:Noktel Resort Hotel, 14&16 Noktel Drive, Off Catchment Road, Ilorin GRA, Kwara State.

15th - 17th July, 2020.

1. Definition of Basic Terms & Concepts2. Selection of Vessel Configuration and Design Standards3. Materials Selection and Wall Thickness Determination4. Shell and Head Designs5. Design of Supports6. Design of Nozzles and Connections 7. Guide for Welding, Bolting & Joint Efficiencies8. Production Procedure and Controls9. Testing and Inspection10. Introduction to Design Software Application: PV Elite; ANSYS

HIGHLIGHTSINTRODUCTION

Pressure Vessels as pressurized containers are potentially hazardous requiring detailed analysis, stringent designs and full-cycle regulatory monitoring from design through manufacture and operation to retirement.

This workshop sets forth design procedures of pressure vessel for industr ia l applications in accordance with standards and guidelines such as ASME code for pressure vessel designs; BS 1515 & PD 5500, along with other industry design guide sources.

PRESSURE VESSELS DESIGN, TESTING AND INSPECTION

A 3-Day Workshop on

F E E :


A/C No: 2002925664

DATE:



13th - 15th April, 2020.

Re-run:3rd - 5th August, 2020.

F E E :


A/C No: 2002925664

DATE:



15th - 17th June, 2020.


INTRODUCTION Lean Manufacturing (a.k.a. Toyota Production System) is the time-tested approach to production that

eliminates waste and increase productivity and profitability.Today’s economy requires business tools and

techniques that will enable it to remain competitive, agile and achieve lowest cost production. Lean

Thinking is one such tool that fosters streamlined business, getting rid of wastes and being highly and

consistently sustainable.

MANUFACTURING TECHNOLOGY:EVOLVING LEAN

MANUFACTURING SYSTEMS

PARTICIPANTS WILL LEARN: v What Lean System is all about

v What wastes are and how to identify them

v How to implement a 5s and Six-Sigma

within Lean context

v Planning, value stream mapping and

applying other

Lean Tools and Systems for organizational

transformation

HIGHLIGHTS:

v Historical Developments of Manufacturing Systems & Need for

Lean Thinking

v 5s-Lean-Manufacturing

v Drawing up the Lean Roadmap for Lean Projects

v Enabling Organizational Evolution of Lean Systems

v Lean Six Sigma

v Lean Manufacturing Challenges for Nigeria & Africa

v Against all Odds: Case Studies in Lean Project Implementation Mode of Delivery:

Demo 20%

Instructor-led 50%

Syndicate 30%

TARGET AUDIENCE:

Production Managers,

Supervisors, Planners,

Plant Engineers,

Plant Inspectors,

Quality Managers, etc.

F E E :


A/C No: 2002925664

DATE:



19th - 21st October, 2020.

Documents

FLYERS - metminmat.orgmetminmat.org/2020flyers.pdf · INDUSTRIAL LUBRICANTS AND HYDRAULIC FLUIDS SELECTION AND APPLICATION E ngineering personnel with responsibilies for design, equipment