Information & Electronics Materials Div.

Supporting the realization of technological innovations in electronic devices and digital home appliances.

The Information and Electronics Materials Division provides materials used in electronic devices, mobile phones and lenses to name a few. Mitsui Chemicals' material products find applications in the electronics and information materials sector, a field which demands exacting specifications.

For instance, our “APEL” cycloolefin copolymers are used in DVD player and mobile phone camera lenses. This product is a clear resin which has superior qualities to glass.

Mitsui Chemicals’ electronic and information materials enable devices to be manufactured with high performance and at low costs, thus providing the right support for cutting-edge technologies.

• Business & Products

Performance Materials Business Sector

Automotive & Industrial Materials Div.

Packaging & Engineering Materials Div.

Living & Energy Materials Div.

Information & Electronics Materials Div.

Mitsui Chemicals Polyurethanes, Inc.

Advanced Chemicals Business Sector

Basic Chemicals Business Sector

Products by Applications: Automotive materials

Products by Applications:
Electronic and IT Materials

Products by Applications:
Lifestyle, Environment, and Energy

Products by Applications:
Packaging Materials

• Contact Us

Corporate Publications

Corporate Publications In PDF Format

• Message to Our Investors
• Annual Reports
• CSR Reports
• MICS Reports

• 

List Marketplace Automotive Material:

Zhenjiang innocent Electronic Materials Engineering Co., Ltd ...

Company's products mainly to automotive, electrical equipment, ... Main Products (2009-03-01). All kinds of plastic raw materials distribution ... Business Card. Contact. Zhenjiang innocent Electronic Materials Engineering Co., Ltd. ...

Ultraviolet Light Reveals Secrets of Nanoscale Electronic Materials

Technology / Business created 57 minutes ago | popularity ... A Chinese automotive worker prepares a 4 cylinder engine for a Chery QQ car at their ... Visitors inspect Sharp's LCD displays at the 2009 Consumer Electronics Show in Las ...

MEMC Electronic Materials - Semi-Conductors - Computer industry ...

The news that appears on MEMC Electronic Materials will appear there and be constantly updated. ... Business Wire (Free subscription) | 23/02/2009 ...

Electronic Materials :: Electronic Packaging Materials Home

März 2009 von 11:00 Uhr – 17:00 Uhr auf dem vdi-recruiting Tag in Hanau ... Business Unit Automotive Catalyts in der Zeit vom 11.03.-13.03.2009 in Weimar ... Besuchen Sie unsere Business Unit Electronic Materials in der Zeit vom 17.03

. ...

Electronic Materials Division|Products|Electronic Materials ...

Electronic Materials Business Unit ... servers and routers, digital equipment such as Automotive Components, digital cameras, DVD and flat-screen

Electronic Materials - A Global Strategic Business Report

ELECTRONIC MATERIALS MCP-2905 A GLOBAL STRATEGIC BUSINESS REPORT CONTENTS I. INTRODUCTION, METHODOLOGY & PRODUCT DEFINITIONS II. EXECUTIVE SUMMARY

Silicon Carbide (SiC) Electronics - Materials, Devices and ...

SiC materials: wafer and epi-wafer business; SiC device technology:. Schottky diodes; MOSFET; JFET; BJT; PiN diodes; IGBT. SiC power electronics markets

Electra Polymers acquires inks business from Rohm and Haas ...

Electra Polymers acquires inks business from Rohm and Haas Electronic Materials. Electra Polymers Limited, a specialist manufacturer of .

Electronic Materials :: Electronic Packaging Materials Home

Besuchen Sie unsere Business Unit Automotive Catalyts in der Zeit vom 11.03. ... Besuchen Sie unsere Business Unit Electronic Materials in der Zeit vom 17.03. ... Umicore Electronic Materials is the efficient partner for the development ...

Information & Electronics Materials Div.

Supporting the realization of technological innovations in electronic devices and digital home appliances.

The Information and Electronics Materials Division provides materials used in electronic devices, mobile phones and lenses to name a few. Mitsui Chemicals' material products find applications in the electronics and information materials sector, a field which demands exacting specifications.

For instance, our “APEL” cycloolefin copolymers are used in DVD player and mobile phone camera lenses. This product is a clear resin which has superior qualities to glass.

Mitsui Chemicals’ electronic and information materials enable devices to be manufactured with high performance and at low costs, thus providing the right support for cutting-edge technologies.

• Business & Products

Performance Materials Business Sector

Automotive & Industrial Materials Div.

Packaging & Engineering Materials Div.

Living & Energy Materials Div.

Information & Electronics Materials Div.

Mitsui Chemicals Polyurethanes, Inc.

Advanced Chemicals Business Sector

Basic Chemicals Business Sector

Products by Applications: Automotive materials

Products by Applications:
Electronic and IT Materials

Products by Applications:
Lifestyle, Environment, and Energy

Products by Applications:
Packaging Materials

• Contact Us

Corporate Publications

Corporate Publications In PDF Format

• Message to Our Investors
• Annual Reports
• CSR Reports
• MICS Reports

• 

Engineering (mechanical, automotive and design)

Why mechanical, automotive and design engineering?

Because you like to know how things work and you want to make them work better – faster, more quietly, more cleanly, more efficiently. You like the challenge of real, practical problems and finding new and innovative solutions to them.

Engineering is a diverse, wide-ranging profession. Graduates from mechanical and automotive engineering have followed challenging careers in aerospace, the automotive industry, power production, robotics, project management, consultancy and investment banking. Their projects range from the small scale to the large and complex: from the design of a toy to the development and testing of a jet engine.

Why mechanical, automotive and design engineering at Sussex?

• Our Department achieved a grade 5 (recognising research of national and international excellence) in the last Research Assessment Exercise (RAE).
• The MEng and BEng programmes in Automotive Engineering and Mechanical Engineering are accredited by the professional Institution of Mechanical Engineering (IMechE) up to the 2007 intake of students. Subsequent intakes are subject to the standard reaccreditation process as part of the normal procedures of the accrediting body.
• Two final-year undergraduates won prestigious Kaufmann scholarships for entrepreneurship to fund graduate training in the US in 2007.
• The structure of our degrees is sufficiently common in the first and second years to allow the flexibility to change programmes if desired.
• Depending on performance, you can select BEng, MEng and/or MSc as your target degree.
• Over £1 million investment in a newly equipped undergraduate laboratory building provides project labs, test, measurement and manufacture facilities with disabled access and technician support on hand.
• Emphasis on career development, transferable skills and professional business management.

MEng or BEng?

The four-year MEng programmes in Automotive Engineering and Mechanical Engineering are designed to meet the full educational requirements for chartered engineer status. They are accredited as such by the IMechE up to the 2007 intake of students and reaccreditation for subsequent intakes is being processed at the time of going to press (January 2008).

The fourth year of the MEng programmes has specialist technical courses that reach a higher level than the final year of the three-year BEng, and also includes business and management courses. The MEng is for those who wish to become chartered engineers and to aim for leadership positions as early as possible in their careers.

The three-year BEng programmes are for those more enthusiastic about the technical courses than the business aspects (though they will still cover the essential basics) and who either want to get into industry as quickly as they can or to take a more technical year 4 in the form of a specialist MSc programme – which can also lead to chartered engineer status.

If you are not yet sure which you wish to follow, do not worry because you will not have to make a final decision until the end of year 2.

What sort of career could I have?

• employment in sectors such as aerospace, transport, environment, marketing, the supply chain, industrial products, power industry, health and medicine
• automotive systems development engineer
• design, technical support or installation engineer
• graduate engineer with international corporation
• government agency project officer
• business development manager
• postgraduate study or research.

Employers of our graduates include:

• Ricardo
• Rolls-Royce
• Ford
• British Nuclear Group
• ABS Technology
• Cummins
• engineering consultancies.

How will I learn?

There are many ways to acquire engineering skills, from taught sessions (such as lectures and workshops) and laboratory assignments, to independent and computer-based learning. In addition, the first-year and foundation-year timetables include frequent one-hour small-group tutorials.

In the first two years the programmes provide the broad base of the mechanical and automotive disciplines, together with design skills and an introduction to the electronic, control, computing and business techniques essential for a successful career in modern engineering.

Individual project topics are offered in the third year, arising from the extensive industrial and scientific research at the University, from industrial contracts, and from student-led suggestions. Examples of topics include: designing a jet engine; medical ventilator design; commissioning a 300kW air compressor; and a low-cost, autonomous stair climber for the disabled. A number of national businesses sponsor prizes for the best project work.

In the final year of the MEng degree programmes, you work in a small interdisciplinary team on a group project. This gives you experience of the kind of team work that you are likely to encounter in industry. These projects are frequently performed with industrial organisations. Recent projects have included a small jet engine (60kW) for combined heat and power, and a short take-off and landing vehicle for personal transportation.

The Department encourages participation in design competitions including the Formula Student competition, which is a unique experience utilising the efforts of a joint team of specialists in mechanical engineering, product design and electronics. In 2005 the car pictured above was widely praised and performed well in its first entry. In 2004 two of our students won second prize in the Melexis Safety Trophy, an international robotics competition.

What will I achieve?

If you work hard, and hopefully play hard too, you will earn a well-respected degree opening the door to the career you want and equipping you to succeed in it.

In particular you will acquire:

• An understanding of the commercial and social factors that affect the realisation of engineering systems.
• The ability to analyse and design conceptual and practical solutions to engineering problems.
• Practical skills in measurement, instrumentation and information technology.
• Skills in communicating knowledge and ideas through the written and spoken word and through computer media.
• Interpersonal and teamworking skills and the business and management techniques you will need as you progress along your chosen career path.
• You also learn to manage your own personal professional career development in preparation for further study or the world of work, and beyond.

List Business engineering Automotive :

Automotive Engineering - 2009 entry — Oxford Brookes University

Kao Ming-Electronics (Huizhou) Co., Ltd. - Business Unit - Tonke B2B

Shenzhen City, Guangdong, Wang Meng Business Development Co., Ltd ...

Engineering (mechanical, automotive and design)

Why mechanical, automotive and design engineering?

Because you like to know how things work and you want to make them work better – faster, more quietly, more cleanly, more efficiently. You like the challenge of real, practical problems and finding new and innovative solutions to them.

Engineering is a diverse, wide-ranging profession. Graduates from mechanical and automotive engineering have followed challenging careers in aerospace, the automotive industry, power production, robotics, project management, consultancy and investment banking. Their projects range from the small scale to the large and complex: from the design of a toy to the development and testing of a jet engine.

Why mechanical, automotive and design engineering at Sussex?

• Our Department achieved a grade 5 (recognising research of national and international excellence) in the last Research Assessment Exercise (RAE).
• The MEng and BEng programmes in Automotive Engineering and Mechanical Engineering are accredited by the professional Institution of Mechanical Engineering (IMechE) up to the 2007 intake of students. Subsequent intakes are subject to the standard reaccreditation process as part of the normal procedures of the accrediting body.
• Two final-year undergraduates won prestigious Kaufmann scholarships for entrepreneurship to fund graduate training in the US in 2007.
• The structure of our degrees is sufficiently common in the first and second years to allow the flexibility to change programmes if desired.
• Depending on performance, you can select BEng, MEng and/or MSc as your target degree.
• Over £1 million investment in a newly equipped undergraduate laboratory building provides project labs, test, measurement and manufacture facilities with disabled access and technician support on hand.
• Emphasis on career development, transferable skills and professional business management.

MEng or BEng?

The four-year MEng programmes in Automotive Engineering and Mechanical Engineering are designed to meet the full educational requirements for chartered engineer status. They are accredited as such by the IMechE up to the 2007 intake of students and reaccreditation for subsequent intakes is being processed at the time of going to press (January 2008).

The fourth year of the MEng programmes has specialist technical courses that reach a higher level than the final year of the three-year BEng, and also includes business and management courses. The MEng is for those who wish to become chartered engineers and to aim for leadership positions as early as possible in their careers.

The three-year BEng programmes are for those more enthusiastic about the technical courses than the business aspects (though they will still cover the essential basics) and who either want to get into industry as quickly as they can or to take a more technical year 4 in the form of a specialist MSc programme – which can also lead to chartered engineer status.

If you are not yet sure which you wish to follow, do not worry because you will not have to make a final decision until the end of year 2.

What sort of career could I have?

• employment in sectors such as aerospace, transport, environment, marketing, the supply chain, industrial products, power industry, health and medicine
• automotive systems development engineer
• design, technical support or installation engineer
• graduate engineer with international corporation
• government agency project officer
• business development manager
• postgraduate study or research.

Employers of our graduates include:

• Ricardo
• Rolls-Royce
• Ford
• British Nuclear Group
• ABS Technology
• Cummins
• engineering consultancies.

How will I learn?

There are many ways to acquire engineering skills, from taught sessions (such as lectures and workshops) and laboratory assignments, to independent and computer-based learning. In addition, the first-year and foundation-year timetables include frequent one-hour small-group tutorials.

In the first two years the programmes provide the broad base of the mechanical and automotive disciplines, together with design skills and an introduction to the electronic, control, computing and business techniques essential for a successful career in modern engineering.

Individual project topics are offered in the third year, arising from the extensive industrial and scientific research at the University, from industrial contracts, and from student-led suggestions. Examples of topics include: designing a jet engine; medical ventilator design; commissioning a 300kW air compressor; and a low-cost, autonomous stair climber for the disabled. A number of national businesses sponsor prizes for the best project work.

In the final year of the MEng degree programmes, you work in a small interdisciplinary team on a group project. This gives you experience of the kind of team work that you are likely to encounter in industry. These projects are frequently performed with industrial organisations. Recent projects have included a small jet engine (60kW) for combined heat and power, and a short take-off and landing vehicle for personal transportation.

The Department encourages participation in design competitions including the Formula Student competition, which is a unique experience utilising the efforts of a joint team of specialists in mechanical engineering, product design and electronics. In 2005 the car pictured above was widely praised and performed well in its first entry. In 2004 two of our students won second prize in the Melexis Safety Trophy, an international robotics competition.

What will I achieve?

If you work hard, and hopefully play hard too, you will earn a well-respected degree opening the door to the career you want and equipping you to succeed in it.

In particular you will acquire:

• An understanding of the commercial and social factors that affect the realisation of engineering systems.
• The ability to analyse and design conceptual and practical solutions to engineering problems.
• Practical skills in measurement, instrumentation and information technology.
• Skills in communicating knowledge and ideas through the written and spoken word and through computer media.
• Interpersonal and teamworking skills and the business and management techniques you will need as you progress along your chosen career path.
• You also learn to manage your own personal professional career development in preparation for further study or the world of work, and beyond.

List Business engineering Automotive :

Automotive Engineering - 2009 entry — Oxford Brookes University

Kao Ming-Electronics (Huizhou) Co., Ltd. - Business Unit - Tonke B2B

Shenzhen City, Guangdong, Wang Meng Business Development Co., Ltd ...

Automotive Systems Master (MEng) - Hochschule Esslingen

Bristol UWE - Electronic Engineering MEng

Engineering (mechanical, automotive and design)

Why mechanical, automotive and design engineering?

Because you like to know how things work and you want to make them work better – faster, more quietly, more cleanly, more efficiently. You like the challenge of real, practical problems and finding new and innovative solutions to them.

Engineering is a diverse, wide-ranging profession. Graduates from mechanical and automotive engineering have followed challenging careers in aerospace, the automotive industry, power production, robotics, project management, consultancy and investment banking. Their projects range from the small scale to the large and complex: from the design of a toy to the development and testing of a jet engine.

Why mechanical, automotive and design engineering at Sussex?

• Our Department achieved a grade 5 (recognising research of national and international excellence) in the last Research Assessment Exercise (RAE).
• The MEng and BEng programmes in Automotive Engineering and Mechanical Engineering are accredited by the professional Institution of Mechanical Engineering (IMechE) up to the 2007 intake of students. Subsequent intakes are subject to the standard reaccreditation process as part of the normal procedures of the accrediting body.
• Two final-year undergraduates won prestigious Kaufmann scholarships for entrepreneurship to fund graduate training in the US in 2007.
• The structure of our degrees is sufficiently common in the first and second years to allow the flexibility to change programmes if desired.
• Depending on performance, you can select BEng, MEng and/or MSc as your target degree.
• Over £1 million investment in a newly equipped undergraduate laboratory building provides project labs, test, measurement and manufacture facilities with disabled access and technician support on hand.
• Emphasis on career development, transferable skills and professional business management.

MEng or BEng?

The four-year MEng programmes in Automotive Engineering and Mechanical Engineering are designed to meet the full educational requirements for chartered engineer status. They are accredited as such by the IMechE up to the 2007 intake of students and reaccreditation for subsequent intakes is being processed at the time of going to press (January 2008).

The fourth year of the MEng programmes has specialist technical courses that reach a higher level than the final year of the three-year BEng, and also includes business and management courses. The MEng is for those who wish to become chartered engineers and to aim for leadership positions as early as possible in their careers.

The three-year BEng programmes are for those more enthusiastic about the technical courses than the business aspects (though they will still cover the essential basics) and who either want to get into industry as quickly as they can or to take a more technical year 4 in the form of a specialist MSc programme – which can also lead to chartered engineer status.

If you are not yet sure which you wish to follow, do not worry because you will not have to make a final decision until the end of year 2.

What sort of career could I have?

• employment in sectors such as aerospace, transport, environment, marketing, the supply chain, industrial products, power industry, health and medicine
• automotive systems development engineer
• design, technical support or installation engineer
• graduate engineer with international corporation
• government agency project officer
• business development manager
• postgraduate study or research.

Employers of our graduates include:

• Ricardo
• Rolls-Royce
• Ford
• British Nuclear Group
• ABS Technology
• Cummins
• engineering consultancies.

How will I learn?

There are many ways to acquire engineering skills, from taught sessions (such as lectures and workshops) and laboratory assignments, to independent and computer-based learning. In addition, the first-year and foundation-year timetables include frequent one-hour small-group tutorials.

In the first two years the programmes provide the broad base of the mechanical and automotive disciplines, together with design skills and an introduction to the electronic, control, computing and business techniques essential for a successful career in modern engineering.

Individual project topics are offered in the third year, arising from the extensive industrial and scientific research at the University, from industrial contracts, and from student-led suggestions. Examples of topics include: designing a jet engine; medical ventilator design; commissioning a 300kW air compressor; and a low-cost, autonomous stair climber for the disabled. A number of national businesses sponsor prizes for the best project work.

In the final year of the MEng degree programmes, you work in a small interdisciplinary team on a group project. This gives you experience of the kind of team work that you are likely to encounter in industry. These projects are frequently performed with industrial organisations. Recent projects have included a small jet engine (60kW) for combined heat and power, and a short take-off and landing vehicle for personal transportation.

The Department encourages participation in design competitions including the Formula Student competition, which is a unique experience utilising the efforts of a joint team of specialists in mechanical engineering, product design and electronics. In 2005 the car pictured above was widely praised and performed well in its first entry. In 2004 two of our students won second prize in the Melexis Safety Trophy, an international robotics competition.

What will I achieve?

If you work hard, and hopefully play hard too, you will earn a well-respected degree opening the door to the career you want and equipping you to succeed in it.

In particular you will acquire:

• An understanding of the commercial and social factors that affect the realisation of engineering systems.
• The ability to analyse and design conceptual and practical solutions to engineering problems.
• Practical skills in measurement, instrumentation and information technology.
• Skills in communicating knowledge and ideas through the written and spoken word and through computer media.
• Interpersonal and teamworking skills and the business and management techniques you will need as you progress along your chosen career path.
• You also learn to manage your own personal professional career development in preparation for further study or the world of work, and beyond.

Degrees

MEng

Automotive Engineering

Engineering Design

Mechanical Engineering

BEng

Automotive Engineering

Engineering degrees (with a Foundation Year)

Mechanical Engineering

See also

Engineering website

Engineering (mechanical, automotive and design)

Why mechanical, automotive and design engineering?

Because you like to know how things work and you want to make them work better – faster, more quietly, more cleanly, more efficiently. You like the challenge of real, practical problems and finding new and innovative solutions to them.

Engineering is a diverse, wide-ranging profession. Graduates from mechanical and automotive engineering have followed challenging careers in aerospace, the automotive industry, power production, robotics, project management, consultancy and investment banking. Their projects range from the small scale to the large and complex: from the design of a toy to the development and testing of a jet engine.

Why mechanical, automotive and design engineering at Sussex?

• Our Department achieved a grade 5 (recognising research of national and international excellence) in the last Research Assessment Exercise (RAE).
• The MEng and BEng programmes in Automotive Engineering and Mechanical Engineering are accredited by the professional Institution of Mechanical Engineering (IMechE) up to the 2007 intake of students. Subsequent intakes are subject to the standard reaccreditation process as part of the normal procedures of the accrediting body.
• Two final-year undergraduates won prestigious Kaufmann scholarships for entrepreneurship to fund graduate training in the US in 2007.
• The structure of our degrees is sufficiently common in the first and second years to allow the flexibility to change programmes if desired.
• Depending on performance, you can select BEng, MEng and/or MSc as your target degree.
• Over £1 million investment in a newly equipped undergraduate laboratory building provides project labs, test, measurement and manufacture facilities with disabled access and technician support on hand.
• Emphasis on career development, transferable skills and professional business management.

MEng or BEng?

The four-year MEng programmes in Automotive Engineering and Mechanical Engineering are designed to meet the full educational requirements for chartered engineer status. They are accredited as such by the IMechE up to the 2007 intake of students and reaccreditation for subsequent intakes is being processed at the time of going to press (January 2008).

The fourth year of the MEng programmes has specialist technical courses that reach a higher level than the final year of the three-year BEng, and also includes business and management courses. The MEng is for those who wish to become chartered engineers and to aim for leadership positions as early as possible in their careers.

The three-year BEng programmes are for those more enthusiastic about the technical courses than the business aspects (though they will still cover the essential basics) and who either want to get into industry as quickly as they can or to take a more technical year 4 in the form of a specialist MSc programme – which can also lead to chartered engineer status.

If you are not yet sure which you wish to follow, do not worry because you will not have to make a final decision until the end of year 2.

What sort of career could I have?

• employment in sectors such as aerospace, transport, environment, marketing, the supply chain, industrial products, power industry, health and medicine
• automotive systems development engineer
• design, technical support or installation engineer
• graduate engineer with international corporation
• government agency project officer
• business development manager
• postgraduate study or research.

Employers of our graduates include:

• Ricardo
• Rolls-Royce
• Ford
• British Nuclear Group
• ABS Technology
• Cummins
• engineering consultancies.

How will I learn?

There are many ways to acquire engineering skills, from taught sessions (such as lectures and workshops) and laboratory assignments, to independent and computer-based learning. In addition, the first-year and foundation-year timetables include frequent one-hour small-group tutorials.

In the first two years the programmes provide the broad base of the mechanical and automotive disciplines, together with design skills and an introduction to the electronic, control, computing and business techniques essential for a successful career in modern engineering.

Individual project topics are offered in the third year, arising from the extensive industrial and scientific research at the University, from industrial contracts, and from student-led suggestions. Examples of topics include: designing a jet engine; medical ventilator design; commissioning a 300kW air compressor; and a low-cost, autonomous stair climber for the disabled. A number of national businesses sponsor prizes for the best project work.

In the final year of the MEng degree programmes, you work in a small interdisciplinary team on a group project. This gives you experience of the kind of team work that you are likely to encounter in industry. These projects are frequently performed with industrial organisations. Recent projects have included a small jet engine (60kW) for combined heat and power, and a short take-off and landing vehicle for personal transportation.

The Department encourages participation in design competitions including the Formula Student competition, which is a unique experience utilising the efforts of a joint team of specialists in mechanical engineering, product design and electronics. In 2005 the car pictured above was widely praised and performed well in its first entry. In 2004 two of our students won second prize in the Melexis Safety Trophy, an international robotics competition.

What will I achieve?

If you work hard, and hopefully play hard too, you will earn a well-respected degree opening the door to the career you want and equipping you to succeed in it.

In particular you will acquire:

• An understanding of the commercial and social factors that affect the realisation of engineering systems.
• The ability to analyse and design conceptual and practical solutions to engineering problems.
• Practical skills in measurement, instrumentation and information technology.
• Skills in communicating knowledge and ideas through the written and spoken word and through computer media.
• Interpersonal and teamworking skills and the business and management techniques you will need as you progress along your chosen career path.
• You also learn to manage your own personal professional career development in preparation for further study or the world of work, and beyond.

Degrees

MEng

Automotive Engineering

Engineering Design

Mechanical Engineering

BEng

Automotive Engineering

Engineering degrees (with a Foundation Year)

Mechanical Engineering

See also

Engineering website

Bringing forth the future
Participate in the booming growth of
Automotive Electronics Industry (AECA 2009)

INFINITE EXPOSITIONS, with its expertise for more than 10 years in organizing Exhibitions, has planned to organize AECA 2009 an Expo on Automotive Electronics and allied products in Bangalore, India. This expo is being held between 25 - 27, June 2009 at Nimhans Convention Centre, Bangalore and approved by ITPO.

Bangalore has been selected as the place for Exhibition as being the silicon valley of India. It is flooded with fast growing Software innovations and updates in Asia where the leading Software & Hardware giant companies are busy operating to cater to the worldwide demands of Software and Hardware developments.

Supported By:

• Auto Car Professional - Official Magazine
• Auto Monitor – Official Magazine
• Top Gear – Official Magazine
• Electronics For You/ Electronics Bazaar - Official Media Partner
• INDUSTRIAL BUSINESS MART – Supporting Journal
• Auto Flash - Supporting Journal
• CIOL -- Online Media Partner
• Hotel Evoma -- Official Hotel
• Siddhartha Logistics – Official C & F Agent
• Professional Courier -- Official Courier
• Automotivedirectory.in -- Industry Media Partner
• eProcurement Technologies Pvt. Ltd. - Supporting Media

Co-Sponsors:

• Automotive Research Association of India (ARAI)
• Indian Printed Circuit Association (IPCA)
• Electronic Industries Association of Andhra Pradesh (ELIAP)
• Components Packaging & Manufacturing Technology Society India Chapter (CPMT)
• Electronic Corporation of Tamil Nadu (ELCOT)
• Indian Micro Electronics Society (IMS)
• Consortium of Electronic Industries of Karnataka (CLIK)
• Elcina Electronic Industries Association of India (ELCINA)

Visitor Profile:

Decision makers and professionals from automotive Electronics Components manufacturing industry in critical roles like Design Engineers, R & D personnel, Technical Director, Quality Control and Quality Assurance Engineers, Purchasing Managers, Distributors / Traders are the target visitors.

Car Manufacturers, Automotive components manufacturers, Electronic companies who are into manufacture of auto related products and accessories. The visitors profile also includes professionals from R&D departments, software and hardware industry and all auto related Companies.

Exhibitor's Profile:
Auto Electronics : Embedded, EMS, Semi-conductors, Electronic components, Sensors, Intelligent sensor, Modules, Rear View Cameras, Brakes parts, Electricity-control suspension, ABS Control, Recording devices and Back-draft radar.

Auto Environment-friendly

Auto Interior/Auto Exterior:Static Belts, Seat covers, Wheel covers, Door rubbers, etc.

Video and Audio: Car acoustics, Televisions, DVD Players etc.

Car Care: Waxes, Glazing Compounds, Cleaners etc.

Safety and Anti-theft: Anti-theft alarm systems, GPS anti-theft device, Cameras, Central Control Locks etc.

Auto Appliances : Refrigerators, Vacuum Cleaners, Car Washer, Maintenance Free sealed/batteries, Fans, Switches and Air-conditioners.

Telecommunications: Hands free, Car Computers, Mobile and Cell phone holders.

Auto Customization

Auto Franchising Business

Auto Inspection and Diagnostic and Tools

Custom Cars

Send online enquiry
Send enquiry for stall booking
Send enquiry for visitor registration
Send enquiry for sponsorship

Organizer:

Infinite Expositions
# 309, R. K. Apartments, Block 12, Hoysala Nagar 3rd Main, 6 Th Cross, R. M. Nagar,
Bangalore - 560 016., India.
Tel: +(91)-(80)-65605052
Fax: +(91)-(80)-41670282