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© 2007 Wiley

Bab-6

Perancangan

Produk

Program Magister Manajemen

Pascasarjana Fakultas Ekonomi

(2)

Tujuan Pembelajaran

Mendefinisikan perancangan

produk dan dampaknya terhadap

organisasi.

Menjelaskan tahapan perancanan

produk

Menggunakan analisis break-even

analysis untuk memilih alternatif

Mengidentifikasi bentuk-bentuk

(3)

© 2007 Wiley

Tujuan, cont

Menggunakan flowchart

Menggunakan metriks kinerja

Memahami pengguaan teknologi dan

dampaknya terhadap pengembangan

produk.

Memahami isu yang berkaitan dengan

(4)

Perancangan Produk

Product design – proses pendefinisian seluruh

produk dan karakteristik perusahaan. Harus

diingat

 Perancangan produk harus didukung oleh proses

pabrik. ( (cara termudah dihasilkan di pabrik)

 Perancangan produk dapat meliputi;

Appearance (pertampakan),

Materials (material),

Dimensions (dimensi),

Tolerances (toleransi), and

(5)

© 2007 Wiley

Perancangan Jasa Vs

Barang

Jasa sifatnya unik, sehingga

perancangan harus memenuhi:

Dirancang meliputi jasa dan

konsep

- Unsur fisik, estetika, dan manfaat

psikologis.

e.g. kecepatan, keakraban,

atmosphere

Produk dan jasa dirancang harus memenuhi

(6)

Akad Nikah Harus

Bersusah-susah

http://www.kapanlagi.com/foto/be

rita-foto/indonesia/26074prosesi

(7)

Diskusikan Apa Makna

Konsep dalam Pernikahan?

(8)

Perancangan Produk dan

Jasa

Perancangan produk dan proses

pemilihan mempengaruhi.

Kualitas produk

Biaya

Kepuasan pelanggan

Kemampuan pabrikasi dan

(9)

© 2007 Wiley

Proses Perancangan PRODUK

 Step 1 – Pengembangan Ide

- Someone thinks of a need and a product/service design to satisfy it e.g. customers, marketing, engineering, competitors,

benchmarking, reverse engineering

 Step 2 – Pemeriksaan Perancangan

- Every business needs a formal/structured evaluation process

e.g. fit with facility and labor skills, size of market, contribution margin,

break-even analysis, return on sales

 Step 3 – Perancangan awal dan pengujian

- Technical specifications are developed, prototypes built, testing starts

 Step 4 – Rancangan Final

- Final design based on test results, facility, equipment, material, & labor

(10)

Menggunan Break-Even

Analysis

Computes the quantity of goods

company needs to sell to cover its

costs

Q

BE

= F/ (SP - VC)

Q

BE

– Break even quantity

F – Fixed costs

(11)

© 2007 Wiley

Product Screening Tool –

Break-Even Analysis

Break-even analysis also includes

calculating

Total cost – sum of fixed and variable cost

Total cost = F + (VC)*Q

Revenue – amount of money brought in

from sales

Revenue = (SP) * Q

(12)
[image:12.720.421.688.157.487.2]

Break-Even Analysis: Pendekatan

Grafik

 Compute quantity of goods

that must be sold to break-even

 Compute total revenue at

an assumed selling price

 Compute fixed cost and

variable cost for several quantities

 Plot the total revenue line

and the total cost line

 Intersection is break-even  Sensitivity analysis can be

(13)

© 2007 Wiley

Break-even calculation: A company is planning to establish a chain of movie theaters. It estimates that each new theater will cost approximately $1 Million. The theaters will hold 500 people and will have 4 showings

each day with average ticket prices at $8. They estimate that concession sales will average $2 per patron. The variable costs in labor and material are estimated to be $6 per patron. They will be open 300 days each year. What must average occupancy be to break-even?

Break-Even Point

Total revenues = Total costs @ break-even point Q Selling price*Q = Fixed cost + variable cost*Q

($8+$2)Q= $1,000,000 + $6*Q

Q = 250,000 patrons (42% occupancy)

What is the gross profit if they sell 300,000

tickets

Profit = Total Revenue – Total Costs

P = $10*300,000 – (1,000,000 + $6*300,000) P = $200,000

If concessions only average $.50/patron, what is

break-even Q now? (sensitivity analysis)

($8.50)Q = 1,000,000 - $6*Q

(14)

Faktor yang berdampak

pada Perancangan Produk

 Kebutuhan Perancangan

Pabrik

Series of guidelines to

follow in order to produce a product easily and profitably

Minimilais bentuk

produk

Standardisasi

Design parts for

multiply applications

Rancangan yang

terintegrasi

(15)

© 2007 Wiley

Faktor Siklus Produk

Product life cycle –

series of changing product demand

Consider product

life cycle stages

IntroductionGrowth

MaturityDecline

Facility & process

(16)

Pabrikasi Simultan

Old “over-the –wall” sequential

design process should not be used

 Each function did its work and passed

it to the next function

Replace with a Concurrent

Engineering process

 All functions form a design team

working together to develop

(17)

© 2007 Wiley

Process Selection

Product design considerations

must include the process

Klasifikasi meliputi

Intermittent operations –

menghasilakan berbagai jenis

dalam jumlah kecil

Repetitive operations –

(18)

Process Selection

Lima Pertimbangan

Bentuk proses ; range from

intermittent to continuous

Derajat integrasi vertikal

Fleksibilitas sumberdaya

Bauran antara modal dan sumberdaya

manusia

(19)

© 2007 Wiley

Process Selection

Process types can be: chika

Project process – make a one-at-a-time

product exactly to customer specifications

Batch process – small quantities of product

in groups or batches based on customer

orders or specifications

Line process – large quantities of a standard

product

Continuous process – very high volumes of a

fully standard product

(20)

Underlying Process Relationship

Between Volume and

(21)

© 2007 Wiley

Differences between

Intermittent and Continuous

Operations

Decision Intermittent Operation Continuous Operation

Product variety Great Small Degree of standardization Low High Organization of resources Grouped by Function Line flow Path of products Varied, depends on product Line flow

Factor driving production Customer orders Forecast of demand Critical resource Labor Capital

Type of equipment General purpose Specialized Degree of automation Low High

(22)

Designing Processes

Process design tools include

Process flow analysis

Process flowchart

Design considerations include

Make-to-stock strategy

(23)

© 2007 Wiley

Process Design Tools

Process flow analysis

is a tool used to

analyze and document the sequence of steps within a total process. Usually first step in Process Reengineering.

Process

Re-engineering is a structured approach used when major business changes are required as a result of:

 Major new products  Quality

improvement needed

 Better competitors  Inadequate

(24)
(25)

© 2007 Wiley

Process Performance

Metrics

Determining if a process is

functioning properly is required

Determination requires measuring

performance

Process performance metrics

(26)
(27)

© 2007 Wiley

Linking Product Design &

Process Selection

Product design and process selection

directly linked

Type of product selected defines type of

operation required

Type of operation available defines

broader organizational aspects such as

Equipment required

Facility arrangement

(28)

Linking Design & Process

Selection

(29)

© 2007 Wiley

(30)

Product and Service

Strategy

Type of operation is directly related

to product and service strategy

Three basic strategies include

Make-to-stock; in anticipation of

demand

Assemble-to-order; built from

standard components on order

Make-to-order; produce to customer

(31)

© 2007 Wiley

(32)

Process Decisions-Vertical

Integration & Make or Buy

Vertical integration refers to the degree a firm chooses

to do processes itself- raw material to sales

 Backward Integration means moving closer to primary operations  Forward Integration means moving closer to customers

A firm’s Make-or-Buy choices should be based on the

following considerations:

 Strategic impact  Available capacity  Expertise

 Quality considerations  Speed

 Cost (fixed cost + variable cost)make = Cost (fixed cost + Variable cost)buy

Business are trending toward less backward integration, more

(33)

© 2007 Wiley

Manufacturing Technology

Decisions

Simplify first then apply appropriate technology

 Information Technology: ERP, GPS, RFID  Automation

 Automated Material Handling:

 Automated guided vehicles (AGV)

 Automated storage & retrieval systems (AS/RS)

 Flexible Manufacturing Systems (FMS)

(34)

E-manufacturing

Web-based environment creates

numerous business opportunities to

include;

Product design collaboration

Process design collaboration

Computer-aided design – uses computer

graphics to design new products

Computer-integrated manufacturing –

(35)

© 2007 Wiley

How Are Services Different

from Manufacturing

Services are different from

manufacturing as they;

Produce intangible products

Involve a high degree of customer

contact

Type of service is classified

(36)

Designing Services

Service Characteristics

 Pure services

 Quasi-Manufacturing  Mixed services

Service Package

 The physical goods  The sensual benefits  The psychological

benefits

Differing designs

 Substitute technology

for people

(37)

© 2007 Wiley

Product Design and Process

Selection Across the

Organization

Strategic and financial of product

design and process selection

mandates operations work closely

across the organization

Marketing is impacted by product that

is produced

Finance is integral to the product

(38)

Product Design and Process

Selection Across the

Organization - continued

Strategic and financial of product design

and process selection mandates

operations work closely across the

organization

Information services has to be developed to

match the needs of the production process

Human resources provides important input

(39)

© 2007 Wiley

Chapter 3 Highlights

Product design is the process of deciding on the

unique characteristics and features of a company’s

product Process selection is the development of

the process necessary to produce the product

being designed.

Steps in product include idea generation, product

screening, preliminary design and testing, and final

design

Break-even analysis is a tool used to compute the

amount of goods that have to be sold just to cover

costs.

Production processes can be divided into two broad

(40)

Chapter 3 Highlights

Product design and process selection decisions

are linked

Process flow charts is used for viewing the flow

of the processes involved in producing the

Different types of technologies can

significantly enhance product and process

design. These include automation, automated

material handling devices, CAD, NC, FMS, and

CIM

Designing services have more complexities

(41)

© 2007 Wiley

The End

 Copyright © 2007 John Wiley & Sons, Inc. All rights

reserved. Reproduction or translation of this work beyond that permitted in Section 117 of the 1976

United State Copyright Act without the express written permission of the copyright owner is unlawful. Request for further information should be addressed to the

Permissions Department, John Wiley & Sons, Inc. The purchaser may make back-up copies for his/her own use only and not for distribution or resale. The Publisher

assumes no responsibility for errors, omissions, or

Gambar

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