• No results found

DATA ANALYSIS TECHNIQUES FOR ENGINEERS & TECHNOLOGISTS

N/A
N/A
Protected

Academic year: 2021

Share "DATA ANALYSIS TECHNIQUES FOR ENGINEERS & TECHNOLOGISTS"

Copied!
5
0
0

Loading.... (view fulltext now)

Full text

(1)

DATA ANALYSIS TECHNIQUES FOR ENGINEERS &

TECHNOLOGISTS

22—24 May, 2016

Doha, Qatar

(2)

Course Introduction:

Making sound business decisions in a timely manner is a key success factor for today’s mod-ern operations managers and Entrepreneurs. Faced with large amounts of information available today, most managers would use modern tools (such as Microsoft® Excel spread-sheet program) to help them summarize, chart, and analyze data/trend in order to make accurate, fast and better decisions. Sorting, organizing and analyzing data can becomes mere activities unless one is able to gain insights into what the data is revealing and accu-rately transform that information for business decision making actions. They also need to build analytical business models to help their company increase profits, reduce costs, or just to manage their operations more efficiently.

This training program covers those important MBA-taught subjects and teaches the partici-pants to use proven data analysis tools and business modeling methods that could save them hundreds of hours in number crunching, besides providing them with new improved approaches for analyzing important business decisions and opportunities. It covers the are-as of Finance, Operations Management, Sales & Marketing, Quality Improvements and also Applied Statistics. The training approach is hands-on, practical, teach-by-examples with the focused emphasis on “real-world” business scenarios and examples.

Course Objective:

Upon completion of this course, the trainees will be aware and understanding of the fol-lowing:

 Perform real operations and business quantitative decision-making analysis using prov-en techniques in these areas:

 Data Tabulation and Analysis; Using Pivot Tables, Graphs & Statistics

 Analyzing and making Financial Decisions

 Analyzing & making Operation Management Decisions

 Analyzing and making Sales & Marketing Decisions

 Analyzing and making Quality Improvements Decisions

 Analyzing and testing data using Applied Statistics

 Efficiently utilize MS Excel to compile data, tabulate & interpret results, and present tables/charts in a fast track manner.

 Analyze data using proven methods and construct business models effectively.

 Solved real operations & business problems in a fast pace manner.

 Be able to test and make better business & per-sonal decisions for bottom-line results

Mechanical Engineer

(3)

Who Should Attend:

This course is specially designed for Entrepreneurs, Operations Managers, Business & Fi-nance Managers, Project Managers, Executives and Engineers, whose job requires analyzing daily operational data and make good decisions for improvements.

Mechanical Engineer

ing

Course Content:

Module (01) Introduction to Data Analysis (using MS Excel)

1.1 What is Data Analysis?

1.2 Introduction to Management Science & Business Operational Decision Analysis 1.3 Importance and benefits of utilizing quantitative data analysis for business decision making

1.4 Benefits of using MS Excel for data analysis

1.5 Exercises: Comparing two groups of data & Descriptive Statistics 1.6 Exercises: MS Excel Toolpak Analysis

Module (02) Transforming Data into Information for Decision-Making

2.1 Preparing data for analysis

2.2 Get new perspectives on data with subtotals 2.3 Get new perspectives on data with pivot tables

2.4 Easy & fast charting and tabling techniques for better decision making 2.5 Exercises: How is your business performing?

2.6 Exercises: How efficient are your operations?

Module (03) Analyzing & Making Financial Decisions

3.1 Preparing data for analysis

3.2 Get new perspectives on data with subtotals 3.3 Get new perspectives on data with pivot tables

3.4 Easy & fast charting and tabling techniques for better decision making 3.5 Exercises: How is your business performing?

(4)

Mechanical Engineer

ing

Course Content:

Module (04) Analyzing & Making Operations Decisions

4.1 Determine which product mix will yield the greatest profits 4.2 Determine optimal production loadings

4.3 Optimizing workforce scheduling

4.4 Making Production’s ‘Buy or Make’ business decisions

4.5 Solving transportation and distribution issues

Module (05) Analyzing & Making Sales & Marketing Decisions

5.1 Minimizing the cost of sales

5.2 Create best, worst, and most-likely scenarios for sales 5.3 Optimizing sales results

5.4 Interpret the effects of price and advertising on sales

5.5 Exercise: Using Simple Regressions and Multiple Regressions

Module (06) Analyzing & Making Quality Improvement Decisions

6.1 Analyzing data distribution against specification windows with Histogram. 6.2 Prioritizing vital areas to solve problems with Pareto Diagram

6.3 Analyzing correlation with Scatter Diagram

6.4 Using Control Charts to determine level of service and operation processes 6.5 Using Control Charts f

Module (07) Analyzing & Testing Data Using Applied Statistics

7.1 Statistical hypothesis testing

7.2 Comparison test (one sample and two samples): 7.3 Multiple sample comparison:

7.4 Analysis of Variance (ANOVA)

7.5 Exercises: Concluding ‘Before’ & ‘After’ tests effect

(5)

Course Fees:

The amount of 10, 900 QAR will be charged for the course fee and Full Payment is required prior to commencement of the course. This Rate Includes Participant’s Manual, Hand-outs, Buffet Lunch, Coffee/Tea on Arrival, Morning and Afternoon of each day.

Bank Name: Commercial Bank of Qatar

Account Name: Qatar Skills Academy

Account Number: 4050-200774-001

Branch: Commercial Bank Plaza Main Branch

Swift Code: CBQAQQA

IBAN: QA64CBQA000000004050200774001

Payment Methods:

Registration Methods:

Email: [email protected] Fax: +974 4416 2637 Website: www.qatarskillsacademy.com

Contact us:

Address:

Barwa Commercial Avenue

Building 39, Doha, Qatar

GPS Coordinates:

25.223682 / 51.506324

Tel:

+974 4416 1622

Fax:

+974 4416 2637

Email:

[email protected]

Course Methodology:

Course Timing:

07:30 to 08:00 Registration, Coffee / Tea 08:00 to 09:30 First Session

09:30 to 09:50 Coffee / Tea, Snacks 09:50 to 12:00 Second Session

12:00 to 13:00 Lunch Break and Prayer Break 13:00 to 14:30 Last Session

 Lectures and Power Point Presentation

 Case Studies and Self Questioner

 Concepts, Techniques and sharing Practical Experience

 Visual Aid (Video Simulation )

 Role Plays

 Individual and Group Exercises

 Pre and Post test

 Individual Assessment During the Class

References

Related documents

Therefore, while east Tennessee farmers could see greater marketing opportunities from an exogenous fuel price shock to the long distance, conventional transportation food

Hossein Borghaei reports other from Merck, during the conduct of the study; grants and personal fees from Merck, grants and personal fees from BMS, grants and personal fees from

doi:10.1371/journal.pone.0040784.g001.. At first glance, the overall spectral patterns of purified ribosomal proteins and WC-MS appeared considerably different, but there were peaks

However, even in this arbitrarily chosen short time-frame significant differences between the groups could be observed, indicat- ing that regulatory mechanisms both on the

In order to probe the link between nucleotide state, tubulin conformation, and the stability of the microtubule lattice, we have generated cryoelectron microscopy (cryo-EM)

internationalized curricular and co- curricular activities. b) Use student international fees to provide scholarships for student participating in international travel /

2002 ), and the group of the University of Tokyo started the Multicolor Active Galactic NU- clei Monitoring (MAGNUM) project (PI: Yuzuru Yoshii) in 1995 to establish the

We present a rare case of sporadic colonic desmoid tumor of the transverse mesocolon in a patient without any his- tory of FAP, abdominal surgery, trauma, or pregnancy..