Studies

Studies

The studies are essential for a Risk-Free System design, which will enable the implementation and delivery of solutions according to the contractual constraints with a maximized use of resources.

SSA has the skills and experience to prepare all types of studies required by the Public Sector for the installation and integration on a Turn Key Basis of new High Technology infrastructures or the upgrade of existing ones.

Commercial Off-The-Shelf (COTS) are identified and or Built-to-Order items / equipment are taken into consideration, according to cost and availability criteria. Frequently project-specific designs are required for new mechanical and electronic modules in order to adapt and integrate new equipment in existing infrastructure.

The studies are prepared to be implemented meeting prevailing legislation, applicable industry norms, and contractual obligations.

The types of studies already prepared be SSA in the past for several projects, are typically within the following categories:

A. System - Product Engineering

1 Feasibility Studies (Operational, Technical, Financial, etc)
2 System Engineering Management (MIL-STD-499)
3 Software Development and Documentation (MIL-STD-498)
4 Modelling
5 3D drawings
6 Design
7 Functional Specifications
8 Conceptual Functional Diagrams
9 System Requirements Analysis (SRA)
10 Preliminary Design Review (PDR)
11 Critical Design Review (CDR)
12 Product / System Qualification and Testing
13 Conformance Testing Procedures and Reports (STW, FAT, SIT, OAT, HAT, SAT). Operational Testing and Interoperability Testing Results to Meet the End User’s Expectations
14 Research and Development (R&D)

B. Project Management, etc

1 Establishing a coherent project design
2 Project Planning
3 Quality Assurance
4 Health and Safety Files
5 Risk Management
6 Logistic Support Analysis (LSA)
7 Integrated Logistics support (ILS)
8 Configuration Management (CM)
9 RAMT (Reliability Availability Maintainability Testability)
10 Technical Data Package Management (Documentation, As-built Drawings, IETP)
11 Training Agendas
12 Optimization Procedures for Warranty and After Sales Support for cost effective Life Cycle

C. Public Construction Projects

1 Civil Engineering Drawings and Studies
a) Architectural Studies
b) New buildings, industrial structures, renovations
c) Earthworks
d) Building insulation (Moisture, Temperature, EMI)
e) Terrain shaping, ditches, drainage
f) Land Surveying studies with accurate recording of obstacles and landmarks
2 Mechanical Engineering
a) Mechanical Construction including Masts
b) Mechanical fixture Design for Mounting equipment
c) Installation mounts to isolate noise, vibration and shock
d) Hydraulic network
e) Heat Dissipation balance sheet
f) Airconditioning works
3 Electrical Engineering
a) Grounding, Lightening, Overvoltage Protection
b) Power Distribution Diesel Generator Sets
c) UPS
d) Energy balance sheet
e) Wiring Lists
f) Cabling Management
4 Specialised Electronic Engineering
a) Hardware and Software Engineering
b) Communications
c) RF propagation studies
d) Wireless Networks (LF/HF/VHF/UHF/4G-5G/MW LOS/SATCOM)
e) Wired Networks
f) Interoperability
g) Antenna Collocation Issues
h) IT Infrastructure
i) TRANSEC / OMSEC Encryption
j) Remote Monitoring and Control (IOT)
k) Security (CCTV, Lighting, Access control, etc)
l) Electronic Module Design for Adapting Legacy Interfaces (including hardware and software)
m) ATC – Navaids, Radars
n) Data Loggers

D. Naval Marine Engineering

1 Topside Analysis
2 Room Rearrangements
3 Structural Analysis / Shock and Vibration
4 Fluid Dynamics (Compartment HVAC analysis)
5 Naval Platform Modifications
6 Cable Laying Requirements
7 EMI/EMC/RFI
8 Residual Buoyancy Studies
9 Weapon and FCS Systems
10 Communication Systems
11 Computing Systems / Project Specific Interfaces
12 Bridge Navigation Systems
13 Radar Systems
14 Sonar Systems
15 ELINT / ESM / ECM Systems
16 IPMS
17 Support files for Classification Society (Maritime)

E. Environmental Engineering

1 Environmental Studies for Product Adaptation to the Installation Constraints
2 Reduction of Acoustic Signature
3 Reduction of IR signature
4 Reduction of Magnetic Signature
5 EMI / EMC / RFI studies
6 Red / Black Isolation Tempest requirements