Industry: Engineering
Job Description:
A leading low current engineering firm is looking to expand its engineering team with Project Engineers / Supervisors in the field of telecom, security and audio-visual industry.
– Supervising/Handling implementation of multiple sites.
– Lead installation team in the best practice to reach a shortest execution period.
– Scheduling and evaluating progress of installation vis-à-vis set schedule.
– Visualizing concepts.
– Conveying design intentions both verbally and visually.
– Writing technical documents and presentations.
– Assessing integration and system requirements.
– Interpreting manufacturer’s specifications and systems design with functionality.
– Identifying appropriate technology.
– Interpreting manufacturer’s specifications and systems design with functionality.
– Identifying appropriate technology.
– Organizing and presenting information to clients, coworkers, vendors, etc.
– Writing a bill of materials.
– Estimating project costs.
– Applying electrical and safety illustration conventions.
– Creating schematics..
– Defining drawing and SLD layers, ., audio, video, RF, lighting, control, power, cables.
– Detailing connectors and terminations.
– Generating equipment, components, and materials details.
– Referencing schematics to wiring schedules.
– Perform needs analysis by using a formal evaluation survey in order to explore creative solutions to clients needs, establish budgets, set performance standards, and establish project parameters.
– Convert the client’s needs to project concepts by integrating the disciplines of human factors, user interface design, and aesthetics along with common technical practices in order to determine specific requirements for a finished design.
– Determine minimum materials specifications, equipment specifications, and system features by applying accepted engineering practices in order create a written documentation set.
– Choose optimal materials, equipment, and feature sets based on an engineering review and validation of manufacturers’ specifications in order to create a bill of materials, reassess room parameters, and finalize the system design.
– Generate block diagrams to show system level interconnection between components and subsystems in order to illustrate and troubleshoot signal flow.
– Communicate the exact details of the project to all relevant parties by meaningful hardware specifications, schematics, and schedules in order to ensure a final installation that complies with the design.
– Validate system functionality by executing the operational checklist in order to ensure that all equipment is present and in working order. (depends on technician specialized).
– Verify system performance by validating the calibration against the specifications and remedy any discrepancies in order to ensure the installation complies with the design. (depends on technician specialized).
Skills:
– CAD/drafting techniques.
– Project, sales and internal cycle.
– Applicable engineering codes and standards.
– Interior design techniques, Construction environment and construction materials.
– Projects installation materials and requirements.
– Appropriate project common practices.
– Emerging technologies.
– Imaging techniques systems, Control systems, Lighting design techniques, Fiber optic terminology (principle and practical), audio system, Loudspeaker placement and surround sound modes, network system and Communication protocols.
– Audio, video, control, fiber optic and electrical transmission cables.
– Equipment specifications, interpretations and live function applications.
– Customer requirement and human factors.
– Effective interview techniques.
– Accurately recording information.
– Estimation installation cost with cost reduction analyses.
– Concepts of signal flow conventions.
– Installation requirement and compliance documents.
– Cable termination types.
– Component and subsystem interconnection and interaction.
– Conduit, termination, and wire schedules.
– Control system schedules.
– Electrical, lighting and cabling fixture schedules and details.
– Equipment and device mounting methods, including back panel layouts.
– Responsibilities of associated trades.
– Schematic conventions, including symbols, grounding, voltage requirements, and safety related information.
– Configuration and programming of systems equipment.
– Reading instruction manuals.
– Common system failure modes and troubleshooting.
– Control system functionality.
– Standard test procedures.
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