ENSIB Training

Goals

---

ENSI Bourges training programs take into account the needs of the engineer responsible for risk prevention and management (MRI program), as well as the needs of the engineer responsible for analysis and development of present and future IT systems (STI program).

These needs can be summed up in seven points:

• General scientific training
• Risk management training,
• Methods and tools expertise,
• Human, social and linguistic training,
• Entrepreneurial and managerial training,
• Training in project execution,
• The ability to evolve in an international context.

The educational organisation is based on the following model:

• The 1^st year is dedicated to the core curriculum (TC).
• The 2^nd year progressively introduces specialised teaching through further studies (EA).
• The third year is dedicated to teaching options (EO).

We must not forget the importance of foreign languages, as well human and social sciences (SHS), in engineering training. Furthermore, these subjects are continued throughout the three-year curriculum.

> Curriculum of the engineering student

Industrial Risk Management engineer program (MRI)

---

> Definition

The MRI program at ENSI Bourges trains general engineers highly qualified in industrial risk management engineering.

The ENSI engineer in the MRI program provides training courses adapted to a systemic approach to industrial risks.

The curriculum covers the study of different types of risk, preventive and corrective actions, environmental safety and respect, corporate responsibility, business law and insurance, while taking into account major natural disasters and the management of external risks.

The diplomas for the ENSI Bourges MRI program are as follows:

> Core program: Welcome to Cindynics*! “*the school of risk management”

From time to time, a new catastrophe reminds man that the unthinkable can happen. With continuous societal change, danger and its manifestations have increased both in scale and type and concern everyone in all human activity fields.

Fatalism, an attractive zero-risk utopia, blind confidence in technology, responsibility and sustainable development, etc.: perceiving, understanding and managing danger have evolved in tandem and have led to the emergence, in the 1990s, of the science of danger: Cindynics.

A complete break with the past, Cindynics approaches danger and risk through a global approach and rigorous systemics.

It therefore associates methodologies for representing danger, its assessment, and its prevention to enable the implementation of all the organizational processes required: decision-making, management, communication, manufacturing, analysis, alerts; etc.

Baptised the “School of Risk Management”, ENSI Bourges is, as of 1997, the first school of engineering to promote this new science and has placed it directly within the core of its MRI programs.

As a result, MRI engineers at ENSI Bourges are specifically training in taking into account all the factors explaining the different risk mechanisms and their consequences, and determining their occurrence and specifying their inter-relationships.

> Opportunities

The MRI engineer is trained in the following types of risk:

• Preventive actions,
• Corrective actions,
• The safety of goods and people,
• Impact on the environment,
• Corporate responsibility,
• Major and external risks.

Engineering training in IT and Safety (STI program)

---

> Definition

The STI program at ENSI Bourges trains IT engineers who are highly specialised in the safety and development of IT systems.

Engineers in the ENSI STI program receives IT training covering all the scientific, technical and human components enabling them to design and develop all types of IT systems and software and ensure their security. STI diploma holders have access to a highly positive professional environment at the national and international levels.

> Core Program

With technological and technical progress, professional and retail growth in digital technologies and globalization and extended communications, IT now inhabits almost all spheres of human activity.

IT systems have become the nerve centres for state, enterprise and humans.

With this increasing importance, system and network security has emerged as overriding and strategic issues in terms of reliability, quality, availability, continuity, protection and integrity.

• Confidentiality and respect for rights;
• Integrity and protection of data;
• Availability and continuity to ensure optimal operation of the entire organization.
• Reliability and quality of data gathering and processing tools.

Information Technology is at the core of the present world; it must also be at its service!

ENSI Bourges views risk in its entirety. Our establishment was committed, as early as 2002, to a training program satisfying these new needs and issues with respect to the security of IT systems.

Ensuring global security and managing IT risk means being able to act on the different components in the system: from needs analysis to design, from implementation to maintenance.

STI engineers at ENSI Bourges also have all the skills required to audit, design, install and ensure optimal operation of all IT system security solutions.

> Opportunities

• Security Engineers are in charge of corporate software and infrastructure. They hold in particular the following positions:

• Security consultant
• System administrator
• Network engineer

• IT systems engineers: They are architects, responsible for the development and maintenance of the IT system for the enterprise. The main positions held by the IT systems engineer are:

• Systems integrator
• Engineer in the deployment of IT systems
• Database administrator
• Web architect
• Quality engineer
• Software project leader

• Engineers for ubiquitous systems: They are at the leading edge of new technologies in terms of communications, system virtualization and corporate nomadic systems. Responsibilities include designing, deployment and maintaining applications on heterogeneous systems. The main positions held by Engineers for ubiquitous systems are:

• Network infrastructure engineer
• Virtualisation engineer
• Security engineer for mobile systems
• Safety engineer for "cloud computing"