miercuri, 11 noiembrie 2009
Ce înseamnă BEng ?
Licenţa în Inginerie (de obicei se utilizează abreviaţia BE sau BEng = Bachelor of Engineering) este o diplomă de licenţă academică acordată unui student după studiile de inginerie de la universităţile acreditate. (http://en.wikipedia.org/wiki/BEng)
Ce înseamnă MSyl ?
Dreptul de a utiliza literele MSyI (Member of Security Institute) după numele unei persoane, se obţine urmare a validării cererii de aderare ca membru deplin la asociaţia profesională Security Institute din Marea Britanie.
Calitatea de membru este pentru persoane fizice nu pentru companii, şi oferă o gamă largă de beneficii. Angajatorii sunt de acord, de asemenea, că statutul de membru al Security Institute oferă încredere atunci sunt aleşi candidaţii pentru funcţii de securitate în cadrul companiilor.
Toate cererile de aderare la Security Institute sunt analizate de către Consiliul de validare, al cărui membrii sunt numiţi de către Consiliul Director.
O echipă de profesionişti cu înaltă calificare în domeniul securităţii ia în considerare natura şi amploarea experienţei aplicantului şi determină validitatea calificărilor în domeniul securităţii deţinute de acesta. Consiliul de validare apoi recomandă fiecare solicitant într-o categorie adecvată de membru, pentru examinare şi aprobare de către Consiliul Director.
marți, 10 noiembrie 2009
Cursuri şi Certificări în Security & Life Safety
Septembrie 2009: ASIS International Board Certified Physical Security Professional – PSP® - Physical Security Assessment, Application, Design and Integration of Physical Security Systems, Implementation of Physical Security Measures - American Society for Industrial Security (ASIS International), Alexandria, Virginia, SUA
Mai 2009: Certificate in Security Management - Security Legislation, Fire Prevention and Control and Health and Safety, Security Management, Protection of Persons, Equipment, Information and Goods, Information Security, Practical Retail Security, Security of Corporate Assets - INTERNATIONAL INSTITUTE OF SECURITY, Devon, Marea Britanie
Octombrie 2008: Certificat de absolvire - Inginer sisteme de securitate - Ministerul Muncii, Familiei şi Egalităţii de Şanse, Ministerul Educaţiei, Cercetării şi Tineretului, ARTS, Bucureşti, România
August 2008: Design Engineer, Fire Detection & Alarm Systems for the Workplace, Simple and Complex Premises - Certificate - Legislation, Fire Science, System types, Types of detectors and principles of operation, Control and indicating equipment, Call points, Audible and visual alarms, False alarms, Remotely monitored alarms, ARC contracts, Categories L+P, Cabling, System specification, EN 54 test series, Explosives atmospheres, Large alarm zones, Voice systems, Server rooms, Code of Practice, Project co-ordination - Fire Protection Association, Moreton in Marsh, Marea Britanie
Mai 2008: CCTV System Planning - BTEC Advanced Award - Developing the Operational Requirement, Site Surveying, Video Management, Automatic Number Plate Recognition, Codes of Practice, National and International System Evaluation Criteria - EDEXCEL, Londra, Marea Britanie
Aprilie 2008: PRINCE2™ Project Manager Registered Practitioner - Metoda PRINCE2™ de Project Management dezvoltată de Guvernul Marii Britanii - ILX Group, Londra, Marea Britanie
Octombrie 2007: Certificate - Fire Alarm Fundamentals: System Functions, Power Supplies, Basic Circuit Design, Introduction to Initiating Devices, Heat Detectors, Smoke Detectors, Notification Appliances, Inspection, Testing and Maintenance - NATIONAL FIRE PROTECTION ASSOCIATION (NFPA), Quincy, Massachusetts, SUA
Octombrie 2006: Certificat de competenţă - Verificare, întreţinere şi reparaţii la sistemele, instalaţiile, aparatele şi dispozitivele de semnalizare, alarmare şi alertare în caz de incendiu - Ministerul Administraţiei şi Internelor, Inspectoratul General pentru Situaţii de Urgenţă, CENTRUL NAŢIONAL PENTRU SECURITATE LA INCENDIU ŞI PROTECŢIE CIVILĂ, Bucureşti, România
Ianuarie 2006: Certificat de competenţă - Verificare, întreţinere şi reparaţii la sistemele, instalaţiile, aparatele şi dispozitivele de limitare şi stingere a incendiilor - Ministerul Administraţiei şi Internelor, Inspectoratul General pentru Situaţii de Urgenţă, CENTRUL NAŢIONAL PENTRU SECURITATE LA INCENDIU ŞI PROTECŢIE CIVILĂ, Bucureşti, România
Noiembrie 2005 – Mai 2006: Certificat de absolvire curs postuniversitar - Siguranţa la foc a construcţiilor şi instalaţiilor - UNIVERSITATEA TEHNICĂ DE CONSTRUCŢII, Bucureşti, România
Decembrie 2004: Certificat de absolvire - Tehnician pentru sistemele de detecţie, supraveghere video şi de monitorizare, control acces şi comunicaţii (DSVCAM) - Ministerul Muncii, Solidarităţii Sociale şi Familiei, Ministerul Educaţiei, Cercetării şi Tineretului, INSTITUTUL BANCAR ROMÂN, Bucureşti, România
Septembrie 1989 – Iunie 1994: Inginer licenţiat – BEng (Hons) - Universitatea „Transilvania”, Braşov, România
Ce înseamnă Physical Security Professional PSP® ?
Physical Security Professional (PSP®) - PSP® este o certificare pentru cei a căror responsabilitate principală este de a realiza analize de risc, de a proiecta sisteme integrate de securitate, care includ echipamente, proceduri şi persoane, precum şi de a coordona instalarea, operarea şi întreţinerea acestor sisteme.
Mai multe informaţii despre certificările ASIS International aici
Mai multe informaţii despre certificările ASIS International aici
Structura şi conţinutul examenului Physical Security Professional PSP®
Domain I: Physical Security Assessment (30%)
Task 01/01: Identify assets to determine their value loss impact and criticality.
Knowledge of:
01/01/01: Nature and types of assets (e.g., property, personnel, and information)
01/01/02: Valuing various types of assets
01/01/03: Definitions and terminology
01/01/04: Risk management principles
01/01/05: Core functions of the facility
01/01/06: Types of security programs and security management processes
01/01/07: Qualitative vs. quantitative risk assessments
Task 01/02: Assess the nature of the threats so that the scope of the problem can be determined.
Knowledge of:
01/02/01: Nature, categories, and types of threats (e.g., natural, man-made)
01/02/02 Different environmental types and severity (e.g., natural disasters, criminal events, socio-political, cultural)
01/02/03: Crime demographics
01/02/04: Critical business operations of various types of facilities
01/02/05: External organizations and their potential impact on facility's security program
01/02/06 Other external factors (legal, loss of reputation, economic, etc) and their impact of the facility's security program
Task 01/03: Conduct a physical security survey in order to identify the vulnerabilities of the organization.
Knowledge of:
01/03/01: Security survey techniques
01/03/02: Security technologies and equipment applications
01/03/03: Interpretation of building plans, drawings and schematics
01/03/04: Nature and types of data to be collected
01/03/05: Methods of collecting relevant data
01/03/06: Analysis and interpretation of relevant data
01/03/07: Different levels of vulnerability and effects on assets
01/03/08 Assess existing equipment, physical security systems, personnel and procedures
01/03/09 Ability to recover from natural disasters and business interruptions
Task 01/04: Perform a risk analysis so that appropriate countermeasures can be developed.
Knowledge of:
01/04/01: Types of risk analyses
01/04/02: Cost and loss analyses
01/04/03: Methods of evaluating criticality and probability
01/04/05: Appropriate countermeasures related to specific threats
01/04/06: Legal issues related to various countermeasures/security applications
Domain II: Application, Design and Integration of Physical Security Systems (40%)
Task 02/01: Establishing security system requirements and performance specifications
Knowledge of:
02/ 01/01: Relevant security terminology and concepts
02/01/02: Applicable codes and standards
02/01/03: Methods of setting priorities
02/01/04: Types of security measures
02/01/05: Functional requirements
02/01/06: Performance requirements
02/01/07: Materials, equipment and system compatibility
Task 02/02: Apply Physical Security Measures and Select Appropriate System Components.
Knowledge of:
02/02/01: Exterior security applications
02/02/02: Interior security applications
02/02/03: Barriers
02/02/04: Access control (physical and electronic)
02/02/05: Intrusion detection applications
02/02/06: CCTV and video recording/storage devices
02/02/07: Lighting
02/02/08: Security computer systems (hardware, software, peripherals)
02/02/09: Security communications (radio, telephone, intercom)
02/02/10: Systems monitoring, display and supervision types (field panels, multiplexers, control centers/consoles)
02/02/11: Systems redundancy alternative power sources (battery, UPS, generators, surge protection)
02/02/12 Asset tracking technologies 02/02/13 Wire/cable types and transmission methods
Task 02/03: System Design and Integration and Recommendations
Knowledge of:
02/03/01: Design phases (pre-design, schematic design, design development, construction documents and cutover plan)
02/03/02: Design elements (calculations, drawings, specifications, review of manufacturer's submittals and technical data)
02/03/03: Systems integration
02/03/04: Project management
02/03/05: Scheduling
02/03/06: Cost estimates and cost-benefit analysis
02/03/07: Value engineering
02/03/08 Passive and active designs
02/03/09: Major report elements
Domain III: Implementation of Physical Security Measures (30%)
Task 03/01: Outline criteria for pre-bid meeting to ensure comprehensiveness and appropriateness of implementation.
Knowledge of:
03/01/01: Bid package components
03/01/02: Criteria for evaluation of bids
03/01/03: Technical compliance criteria
Task 03/02: Procure system and implement recommended solutions to solve problems identified.
Knowledge of:
03/02/01: Project management functions and processes
03/02/02: System integration
03/02/03: Qualifying vendor factors
03/02/04: Change order reviews
03/02/05: Procurement process
Task 03/03: Conduct final acceptance testing and implement/provide procedures for ongoing monitoring and evaluation of the measures.
Knowledge of:
03/03/01: Installation/maintenance inspection techniques
03/03/02: Establishing test criteria
03/03/03: End-user training requirements
03/03/04: Maintenance needs of design
03/03/05: Loss prevention techniques
03/03/06: System programming techniques
03/03/07 Commissioning and installation problem resolution (punchlists)
Task 01/01: Identify assets to determine their value loss impact and criticality.
Knowledge of:
01/01/01: Nature and types of assets (e.g., property, personnel, and information)
01/01/02: Valuing various types of assets
01/01/03: Definitions and terminology
01/01/04: Risk management principles
01/01/05: Core functions of the facility
01/01/06: Types of security programs and security management processes
01/01/07: Qualitative vs. quantitative risk assessments
Task 01/02: Assess the nature of the threats so that the scope of the problem can be determined.
Knowledge of:
01/02/01: Nature, categories, and types of threats (e.g., natural, man-made)
01/02/02 Different environmental types and severity (e.g., natural disasters, criminal events, socio-political, cultural)
01/02/03: Crime demographics
01/02/04: Critical business operations of various types of facilities
01/02/05: External organizations and their potential impact on facility's security program
01/02/06 Other external factors (legal, loss of reputation, economic, etc) and their impact of the facility's security program
Task 01/03: Conduct a physical security survey in order to identify the vulnerabilities of the organization.
Knowledge of:
01/03/01: Security survey techniques
01/03/02: Security technologies and equipment applications
01/03/03: Interpretation of building plans, drawings and schematics
01/03/04: Nature and types of data to be collected
01/03/05: Methods of collecting relevant data
01/03/06: Analysis and interpretation of relevant data
01/03/07: Different levels of vulnerability and effects on assets
01/03/08 Assess existing equipment, physical security systems, personnel and procedures
01/03/09 Ability to recover from natural disasters and business interruptions
Task 01/04: Perform a risk analysis so that appropriate countermeasures can be developed.
Knowledge of:
01/04/01: Types of risk analyses
01/04/02: Cost and loss analyses
01/04/03: Methods of evaluating criticality and probability
01/04/05: Appropriate countermeasures related to specific threats
01/04/06: Legal issues related to various countermeasures/security applications
Domain II: Application, Design and Integration of Physical Security Systems (40%)
Task 02/01: Establishing security system requirements and performance specifications
Knowledge of:
02/ 01/01: Relevant security terminology and concepts
02/01/02: Applicable codes and standards
02/01/03: Methods of setting priorities
02/01/04: Types of security measures
02/01/05: Functional requirements
02/01/06: Performance requirements
02/01/07: Materials, equipment and system compatibility
Task 02/02: Apply Physical Security Measures and Select Appropriate System Components.
Knowledge of:
02/02/01: Exterior security applications
02/02/02: Interior security applications
02/02/03: Barriers
02/02/04: Access control (physical and electronic)
02/02/05: Intrusion detection applications
02/02/06: CCTV and video recording/storage devices
02/02/07: Lighting
02/02/08: Security computer systems (hardware, software, peripherals)
02/02/09: Security communications (radio, telephone, intercom)
02/02/10: Systems monitoring, display and supervision types (field panels, multiplexers, control centers/consoles)
02/02/11: Systems redundancy alternative power sources (battery, UPS, generators, surge protection)
02/02/12 Asset tracking technologies 02/02/13 Wire/cable types and transmission methods
Task 02/03: System Design and Integration and Recommendations
Knowledge of:
02/03/01: Design phases (pre-design, schematic design, design development, construction documents and cutover plan)
02/03/02: Design elements (calculations, drawings, specifications, review of manufacturer's submittals and technical data)
02/03/03: Systems integration
02/03/04: Project management
02/03/05: Scheduling
02/03/06: Cost estimates and cost-benefit analysis
02/03/07: Value engineering
02/03/08 Passive and active designs
02/03/09: Major report elements
Domain III: Implementation of Physical Security Measures (30%)
Task 03/01: Outline criteria for pre-bid meeting to ensure comprehensiveness and appropriateness of implementation.
Knowledge of:
03/01/01: Bid package components
03/01/02: Criteria for evaluation of bids
03/01/03: Technical compliance criteria
Task 03/02: Procure system and implement recommended solutions to solve problems identified.
Knowledge of:
03/02/01: Project management functions and processes
03/02/02: System integration
03/02/03: Qualifying vendor factors
03/02/04: Change order reviews
03/02/05: Procurement process
Task 03/03: Conduct final acceptance testing and implement/provide procedures for ongoing monitoring and evaluation of the measures.
Knowledge of:
03/03/01: Installation/maintenance inspection techniques
03/03/02: Establishing test criteria
03/03/03: End-user training requirements
03/03/04: Maintenance needs of design
03/03/05: Loss prevention techniques
03/03/06: System programming techniques
03/03/07 Commissioning and installation problem resolution (punchlists)
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