Leonidas Zissopulos

1. Comprehensive MEP Project Coordination:

• Overseeing all residential and commercial projects, ensuring compliance with job specifications and local codes.

2. Schedule and Resource Management:

• Creating and maintaining project schedules with milestones and deadlines, continuously monitoring progress.
• Establishing and tracking necessary resources per project, keeping material estimates up-to-date, maintaining equipment logs, scheduling manpower, and managing tools inventory.

3.Project Logistics:

• Coordinating resource logistics in collaboration with management and site teams to minimize delays, maximize production, and ensure safety procedures.
• Managing material and equipment logistics, working with vendors, freight forwarders, customs, and REC staff for the collection and handling of materials at each site.

4. Efficient Communication and Documentation:

• Proactive communication with clients, contractors, and subcontractors, documenting and following up on important actions and decisions from meetings.
• Drafting MEP projects in AutoCAD under the supervision of the Lead Designer, executing calculations as instructed, and maintaining a log of changes and revisions.

5. Inspection and Permit Management:

• Coordinating Building Control inspections and handling all permit-related matters.

6. Thorough Documentation:

• Creating and maintaining detailed documentation for each phase of the project, including summary reports, logging and tracking information, classifying changes, and ensuring that the entire REC team is up-to-date.

7. Strategic Development and Risk Mitigation:

• Developing project strategies, assessing project risks and issues, and providing solutions where applicable.
• Undertaking project-specific tasks as required.

8. Preliminary Estimates:

• Providing preliminary sketches and cost estimates for materials and services.

9. Participation in Training and Community Work:

• Actively engaging in company training programs and community activities.

10. Optimization of Project Management Processes:

• Implementing new organizational tools and software to streamline project management processes.
• Enhanced team collaboration through regular meetings, fostering a positive work environment for increased productivity.
• Improved MEP system efficiency by designing and implementing energy-saving solutions.
• Enhanced building performance through the development of sustainable MEP designs.
• Optimized HVAC systems for increased comfort and reduced energy consumption.
• Collaborated with architects and other engineers for seamless integration of MEP systems into building design.
• Review blueprints using BlueBeam

1. Mechanical Design Achievements:

• Designed innovative mechanical components, leading to increased customer satisfaction and repeat business.
• Increased production efficiency through the design and implementation of process improvement strategies in mechanical operations.
• Streamlined assembly lines for optimal performance, resulting in reduced downtime and increased output.
  Improved product quality with the development of robust testing procedures and the implementation of corrective actions.
• Improved HVAC system performance through thorough evaluations and the implementation of design changes.
• Optimized energy efficiency for client projects through the development of innovative solutions and designs.
• Led the calculation of live load, dead load, and wind load for rooftop equipment to ensure structural integrity.
  

2. Project Management and Collaboration:

• Managed multiple HVAC projects simultaneously, ensuring timely completion and adherence to budget constraints.
• Collaborated with architects and construction teams to seamlessly integrate HVAC systems into building designs.
• Collaborated with multi-discipline team members and contractors, coordinating electrical, mechanical, and plumbing equipment requirements with other disciplines involved in building design projects.
  

3. Design and Engineering Responsibilities:

• Reviewed Field Survey reports, site reviews, and studies to ensure designs align with location specifications.
• Performed mechanical load calculations, created mechanical HVAC system layouts, calculated duct sizing, and utilized software such as ACCUCOM, AUTO-CAD, HAP, and TRANE software for Mechanical load Analysis in Construction Documents (Blueprints).
• Designed commercial plumbing systems in accordance with IPC and UPC standards, ensuring compliance with industry regulations.
• Performed plumbing calculations and created plumbing layout designs. Sized, selected, scheduled, and designed plumbing system components, including fixtures, specialties, and equipment.
• Managed new construction and building remodel construction designs, including construction administration tasks such as RFI’s, submittals, and field observations.
• Review blueprints using BlueBeam
  

4. Commissioning and Evaluation:

• Evaluated Mechanical systems and developed site-specific commission plans for cooling/heating CRAC units, Ventilation systems, AHUs, plumbing, fire, fuel oil, and BMS systems in various environments for commissioning events.
  

1. Thermal Load Calculation:

• Proficient in calculating thermal loads using specialized programs such as HAP and Xpower.
• Expertise in determining pressure drops within duct systems.
  

2. Chilled Water System Design:

• Design and dimensioning of water pipes based on the required flow for both water and air-cooled chiller systems.
• Extensive experience in designing 2D and 3D mechanical drawings (Autocad & Revit) for ventilation and air supply ducts, pipes for chilled water systems, and copper pipe routes for VRF systems, adhering to international and national regulations (ASHRAE).
• Utilized exclusive programs from Carrier and LG for precise system calculations.
  

3. Field Visits and System Optimization:

• Conducted multiple on-site visits to evaluate, enhance, or troubleshoot existing HVAC systems.
• Detected and resolved mechanical failures, implementing effective solutions for system improvement.
  

4. Project Management and Negotiation:

• Successfully managed the preparation and submission of bids, securing projects through effective negotiation strategies.
• Engaged in negotiations with clients, ensuring optimal project execution while meeting all requirements.
  

5. Documentation and Communication:

• Prepared detailed reports, calculation tables, and descriptive reports for project documentation.
• Proficient in communication with clients, contractors, and suppliers to ensure seamless project execution and compliance with all specifications.
  

6. Equipment Selection and Cost Estimation:

• Expertise in selecting HVAC equipment based on customer specifications.
• Prepared comprehensive cost and material estimation computations for project planning using tools such as Microsoft Excel.
  

1. Aircraft Airworthiness Control:

• Evaluate and control all airworthiness aspects, including ADs, SBs, STCs, and other directives, ensuring their applicability to the managed aircraft.
• Ensure continuous compliance with applicable airworthiness and operational directives.
  

2. Maintenance Program Oversight:

• Control the establishment and development of the maintenance program for the aircraft managed by TD EROFEY, as required by [OTRA 39,61].
• Evaluate technical records to verify compliance with approved modifications and repairs.
  

3. Regulatory Compliance and Approval:

• Present the maintenance program to BCAA for approval.
  Manage the establishment and development of the Minimum Equipment List (MEL).
  

4. Non-Mandatory Modification Management:

• Manage non-mandatory modifications following the incorporation policy.
  

5. Maintenance Program Planning and Coordination:

• Plan and coordinate maintenance programs, ensuring seamless execution.
• Develop Engineering Orders and technical work cards to meet customization requirements.
  

6. Airworthiness Directives Implementation:

• Apply airworthiness directives, including the replacement of limited-life parts and HARD TIME component inspections.