Engineering Continuing Education Courses

EngineeringFlorida

4 Hour Mechanical, Electrical, and Plumbing Coordination for Building Design Professionals - Florida

4 hrsSelf-paced

Florida Board of Professional Engineers Approved Provider: 0010781.
Instant Online Access.
Study At Your Own Pace. Anytime.
On Any Device. Phone, Tablet, or Computer.
Hassle Free Navigation. Easy to Follow.
Instant certificate emailed upon completion.
Credits reported to DBPR w/in 24 Hrs.
1-800-698-2770 for any questions. ✅ 4 Hour Mechanical, Electrical, and Plumbing Coordination for Building Design Professionals – Florida Approved Florida Board of Professional Engineers CE Provider ✅ FBPE Provider #0010781 | License #906 Only $39.99 | Instant Emailed Certificate | 100% Online & Self-Paced Complete 4 hours of Florida Professional Engineer continuing education online with this course focused on Mechanical, Electrical, and Plumbing coordination for building design professionals. This Florida engineering CE course is designed for Professional Engineers who work with building systems, coordinated construction documents, interdisciplinary project coordination, Florida Building Code compliance, MEP conflicts, accessibility requirements, life-safety interfaces, and closeout documentation. The course reviews mechanical, electrical, and plumbing coordination from the perspective of the professional engineer in responsible charge. It emphasizes practical design coordination, code-related issues, and the consequences of poor coordination between disciplines. The course is 100% online and self-paced. You can log in and out without losing your progress, complete the course on your schedule, and receive an instant emailed certificate after completion. Important: Florida Professional Engineers are responsible for reporting completed continuing education through NCEES CPC Tracking. After completing this course, keep your certificate and upload or report the course in your NCEES CPC Tracking account. ✅ Course Approval Details Course Name: 4 Hour Mechanical, Electrical, and Plumbing Coordination for Building Design Professionals Approved Provider: 1st Choice CE Approved by: Florida Board of Professional Engineers FBPE Provider Number: #0010781 FBPE License Number: #906 Course Category: Area of Practice / General Engineering Course Length: 4 CE Hours Course Format: Online, self-paced Price: $39.99 Certificate: Emailed immediately after completion ✅ Who Should Take This Course? This course is designed for Florida Professional Engineers who need continuing education related to building design coordination, MEP systems, construction documents, Florida code compliance, and engineering responsibility. This course is a good fit for: ✅ Florida licensed Professional Engineers ✅ Mechanical engineers ✅ Electrical engineers ✅ Plumbing and building-system design professionals ✅ Civil or structural engineers involved in building coordination ✅ Engineers who coordinate with architects, contractors, consultants, and delegated engineers ✅ Engineers who review construction documents, shop drawings, closeout records, or field coordination issues ✅ Florida PEs who need area-of-practice or general engineering CE hours ✅ Engineers who want online, self-paced continuing education with an instant certificate This course is especially helpful for engineers whose work involves coordinated building design, MEP conflicts, access clearances, life-safety systems, fire alarms, smoke control, equipment supports, electrical rooms, mechanical rooms, duct coordination, plumbing fixture layouts, drainage, venting, storm drainage, and final project documentation. ✅ Does This Course Count Toward Florida PE Continuing Education? Yes. This course is designed as a 4-hour Area of Practice / General Engineering continuing education course for Florida Professional Engineers. Florida Professional Engineers generally need 18 continuing education hours every two-year renewal cycle. The standard requirement includes: ✅ 1 hour of Florida Laws and Rules ✅ 1 hour of professional ethics ✅ 4 hours related to the engineer’s area of practice ✅ 12 additional hours related to topics pertinent to the practice of engineering This course may be used toward the area-of-practice or general engineering portion of the CE requirement when appropriate to the engineer’s practice area. This is not the 1-hour Florida Laws and Rules course and it is not the 1-hour ethics course. Those required subjects must be completed separately if you still need them. ✅ Florida Professional Engineer Continuing Education Requirements Florida Professional Engineers must complete 18 hours of continuing education during each renewal biennium. The standard CE requirement includes: ✅ 1 hour of Florida Laws and Rules ✅ 1 hour of professional ethics ✅ 4 hours related to the licensee’s area of practice ✅ 12 hours related to any topic pertinent to the practice of engineering This course provides 4 hours of engineering continuing education focused on MEP coordination, Florida code compliance, construction documents, building-system interfaces, life-safety coordination, accessibility coordination, and engineering responsibility. Florida PEs are responsible for maintaining proper documentation of completed CE courses and reporting their continuing education through the NCEES CPC Tracking system. ✅ When Do Florida Professional Engineers Renew Their Licenses? Florida PE licenses renew on a two-year cycle. The current renewal period runs from March 1, 2025, through February 28, 2027. Professional Engineers should complete and report their required continuing education before the renewal deadline. Because continuing education must be reported through NCEES CPC Tracking, it is best to complete your CE early, keep your certificate, and upload or enter the course information before the deadline. ✅ How to Renew Your Florida PE License Step 1: Confirm Your CE Requirement Review your Florida PE continuing education requirement and determine how many hours you still need for the current renewal cycle. Most Florida PEs need 18 total hours, including Florida Laws and Rules, ethics, area of practice, and additional engineering-related CE hours. Step 2: Complete This 4-Hour Course Online Take this course at your own pace. The course is fully online, and your progress is saved so you can log in and out when needed. Step 3: Complete the Required Course Time and Final Exam The course includes module checkpoints and a final examination aligned with the course learning objectives. A passing score of 70% is required. Step 4: Receive Your Instant Certificate After completing the course requirements, your certificate of completion is emailed immediately. Keep this certificate for your records and for CE reporting. Step 5: Report the Course in NCEES CPC Tracking Florida PEs must report CE using the NCEES CPC Tracking system. When entering the course, select the appropriate category based on your renewal needs and upload or retain your certificate as supporting documentation. Step 6: Complete Any Remaining CE Hours Make sure you also complete any required Florida Laws and Rules course, ethics course, additional area-of-practice hours, and remaining engineering-related hours needed for renewal. Step 7: Renew Your License After completing and reporting your CE, renew your Florida PE license before the deadline. ✅ What You Will Learn This course addresses coordination of mechanical, electrical, and plumbing systems in building design from the perspective of the professional engineer in responsible charge. By the end of the course, you should be able to: ✅ Describe the engineer’s responsibility for coordinated MEP construction documents ✅ Understand prime professional and delegated engineering coordination responsibilities ✅ Apply Florida Mechanical Code requirements to ventilation, exhaust, duct, and equipment-access decisions ✅ Coordinate electrical design with the NEC and building, fire, mechanical, and energy requirements ✅ Coordinate plumbing fixtures, water distribution, drainage, venting, and storm drainage with code and closeout requirements ✅ Course Content Overview ✅ Section 1: MEP Coordination, Construction Documents, and Engineering Responsibility – 1 Hour This section reviews the professional engineer’s responsibility for coordinated building-system documents, interdisciplinary design, delegated engineering, accessibility, and life-safety interfaces. Topics include: ✅ MEP coordination under FBC Building Sections 107.1 and 107.2.1 ✅ Construction documents showing location, nature, and extent of proposed work ✅ Engineer of Record responsibility under Rule 61G15-30.003, F.A.C. ✅ Clarity, completeness, and consistency across disciplines ✅ Prime professional coordination under Rule 61G15-30.007, F.A.C. ✅ Coordination of design segments involving multiple engineers or consultants ✅ Delegated engineering coordination under Rules 61G15-30.005 and 61G15-30.006, F.A.C. ✅ Equipment supports, specialty systems, fire protection, structural attachments, and manufacturer-designed components ✅ Accessibility and MEP interface issues ✅ FBC Accessibility Sections 205, 206, 309, 404, and 606 ✅ Operable parts, accessible routes, clearances, and plumbing fixture access ✅ Life-safety coordination ✅ FBC Building Sections 901, 903, 907, 909, 1006, and 1010 ✅ Fire alarms, smoke control, egress, door operation, and emergency systems ✅ Section 2: Mechanical System Design Coordination and Florida Code Compliance – 1 Hour This section focuses on mechanical-system coordination, ventilation, exhaust systems, duct construction, fire and smoke dampers, equipment access, condensate disposal, and energy-code coordination. Topics include: ✅ Mechanical ventilation requirements under FBC Mechanical Section 403 ✅ Table 403.3.1.1 outdoor air rates ✅ Occupancy classifications and architectural layout coordination ✅ Exhaust system coordination ✅ FBC Mechanical Sections 501, 502, 504, 505, and 506 ✅ Hazardous exhaust, clothes dryer exhaust, domestic kitchen exhaust, and commercial kitchen grease ducts ✅ Duct construction and installation ✅ FBC Mechanical Sections 603, 604, 605, and 606 ✅ Duct materials, insulation, air filters, and smoke detection in air distribution systems ✅ Fire and smoke damper coordination ✅ FBC Mechanical Section 607 and FBC Building Chapter 7 ✅ Penetrations through fire-resistance-rated assemblies and smoke barriers ✅ Equipment location and access ✅ FBC Mechanical Sections 304, 306, and 307 ✅ Service access, condensate disposal, attic or roof-mounted equipment, and unsafe maintenance conditions ✅ Commercial energy coordination ✅ FBC Energy Conservation Sections C403.2, C403.3, C403.4, C403.7, and C403.8 ✅ Equipment efficiency, controls, ventilation controls, commissioning, and economizer requirements ✅ Section 3: Electrical System Coordination, NEC Interface, and Building Safety – 1 Hour This section reviews electrical coordination with the NEC, building design, mechanical spaces, fire-safety requirements, energy controls, service equipment, grounding, bonding, and equipment access. Topics include: ✅ Electrical code coordination using the 2020 National Electrical Code ✅ NEC interface with the 2023 Florida Building Code ✅ Coordination with building, fire, mechanical, and energy requirements ✅ Electrical working space and equipment access under NEC 110.26 ✅ Mechanical rooms, electrical rooms, storage rooms, and architectural space planning ✅ Electrical equipment ratings and installation instructions ✅ NEC 110.3(B), 110.9, and 110.10 ✅ Listed equipment, interrupting ratings, and short-circuit current coordination ✅ Service equipment and emergency disconnect coordination ✅ NEC Article 230 ✅ Service disconnects, labeling, access, and utility service entrance coordination ✅ Grounding and bonding coordination ✅ NEC Article 250 ✅ Grounding electrode systems, metal piping, structural steel, equipment grounding conductors, and effective fault-current paths ✅ Energy and lighting control coordination ✅ FBC Energy Conservation Sections C405.1, C405.2, C405.3, C405.4, and C405.7 ✅ Lighting controls, exterior lighting power, receptacle controls, and motor efficiency ✅ Section 4: Plumbing System Coordination, Sanitation, Water, Drainage, and Closeout – 1 Hour This section focuses on plumbing fixture coordination, water distribution, drainage, venting, storm drainage, inspections, revised drawings, commissioning records, and closeout documents. Topics include: ✅ Minimum plumbing fixture requirements ✅ FBC Plumbing Section 403 and Table 403.1 ✅ Occupant load coordination, mixed occupancies, employee facilities, and public toilet requirements ✅ Water distribution design coordination ✅ FBC Plumbing Sections 604, 605, and 607 ✅ Pipe sizing, materials, pressure limitations, hot-water supply, and temperature control ✅ Sanitary drainage system coordination ✅ FBC Plumbing Sections 701, 704, 706, and 708 ✅ Slope, fittings, cleanouts, and access for maintenance ✅ Plumbing venting requirements ✅ FBC Plumbing Sections 901, 903, 904, 905, and 906 ✅ Vent terminals, stack design, horizontal venting, and roof penetration coordination ✅ Storm drainage coordination ✅ FBC Plumbing Sections 1101, 1105, 1106, and 1108 ✅ Roof drainage, secondary drainage, sizing, and overflow protection ✅ MEP closeout documentation ✅ FBC Building Sections 107.4, 110.3, and 111.1 ✅ Revised drawings, inspection records, commissioning documents, owner manuals, and final engineering responses ✅ Assessment and Completion Requirements This course includes module checkpoints and a final examination aligned with the course learning objectives. Course completion requires: ✅ Completing the full instructional time for every section ✅ Passing the final examination with a minimum score of 70% ✅ Completing all required checkpoints ✅ Meeting all course-progress requirements ✅ Completing the course before the certificate is issued The course allows up to three exam attempts. After three unsuccessful attempts, the section resets and the learner must re-study before testing again. A certificate of completion is issued only after all course requirements are satisfied. ✅ Important Reporting Notice for Florida PEs 1st Choice CE provides your certificate immediately after completion. Florida Professional Engineers are responsible for reporting completed continuing education through NCEES CPC Tracking. You should keep your certificate and report this course in your NCEES CPC Tracking account under the appropriate CE category. ✅ Why Choose 1st Choice CE? ✅ Approved Florida Board of Professional Engineers CE provider ✅ FBPE Provider #0010781 ✅ FBPE License #906 ✅ 4 hours of engineering continuing education ✅ Area of Practice / General Engineering course ✅ Only $39.99 ✅ 100% online and self-paced ✅ Complete from any device ✅ Log in and out without losing progress ✅ Instant emailed certificate after completion ✅ Designed for Florida Professional Engineers ✅ Focused on MEP coordination, code compliance, and building-system integration ✅ Money-back guarantee ✅ More than 10 years of continuing education experience ✅ Support by phone or text at 1-800-698-2770 ✅ Enroll Now – Only $39.99 Complete 4 hours of Florida Professional Engineer continuing education online today. This course is affordable, self-paced, and designed specifically for Florida engineers who want practical education in MEP coordination, construction documents, code compliance, building safety, and closeout documentation. ✅ Frequently Asked Questions Is this course approved for Florida Professional Engineers? Yes. 1st Choice CE is approved by the Florida Board of Professional Engineers as a continuing education provider. FBPE Provider #0010781, License #906. How many CE hours does this course provide? This course provides 4 hours of continuing education for Florida Professional Engineers. What category does this course fit under? This course is designed as an Area of Practice / General Engineering course. Depending on the engineer’s practice area and renewal needs, it may be used toward area-of-practice hours or other engineering-related continuing education hours. Who should take this course? This course is intended for Florida Professional Engineers who need continuing education related to MEP coordination, construction documents, mechanical systems, electrical systems, plumbing systems, building safety, code compliance, and project closeout. Is this course only for mechanical engineers? No. The course is highly relevant to mechanical engineers, but it is also useful for electrical engineers, plumbing design professionals, civil engineers, structural engineers, and other building design professionals involved in coordination of MEP systems. Does this course satisfy the Florida Laws and Rules requirement? No. This is not the 1-hour Florida Laws and Rules course. Florida Professional Engineers must complete that requirement separately. Does this course satisfy the ethics requirement? No. This course is not the required 1-hour ethics course. It includes engineering responsibility and coordination-risk topics, but it should not be used as the required ethics hour unless specifically categorized that way by the licensee’s renewal record. Can I complete this course online? Yes. The course is 100% online and self-paced. Can I log in and out without losing my progress? Yes. Your progress is saved, so you can return later and continue where you left off. Will I receive a certificate? Yes. Your certificate is emailed immediately after you complete the course requirements. Do you report this course to FBPE or DBPR for me? Florida Professional Engineers are responsible for reporting continuing education through NCEES CPC Tracking. We provide the certificate you need for your records and reporting. How many CE hours do Florida PEs need? Florida Professional Engineers generally need 18 hours of continuing education every two-year renewal cycle. What CE categories are required for Florida PE renewal? Florida PEs generally need 1 hour of Florida Laws and Rules, 1 hour of ethics, 4 hours related to area of practice, and 12 additional hours related to engineering practice. When is the current Florida PE renewal deadline? The current renewal period runs through February 28, 2027. PEs should complete and report their continuing education before the deadline. What score is required to pass the course? The final examination requires a minimum passing score of 70%. How long should I keep my certificate? Florida PEs should keep CE documentation for the required record-retention period in case of audit or verification. Is there a money-back guarantee? Yes. This course is backed by our money-back guarantee.
Florida Board of Professional Engineers Approved Provider: 0010781.
Instant Online Access.

$39.99one-time

Course Details

EngineeringFlorida

4 Hour Florida Building Systems, Code Compliance, and Engineering Responsibility

4 hrsSelf-paced

Florida Board of Professional Engineers Approved Provider: 0010781.
Instant Online Access.
Study At Your Own Pace. Anytime.
On Any Device. Phone, Tablet, or Computer.
Hassle Free Navigation. Easy to Follow.
Instant certificate emailed upon completion.
Credits reported to DBPR w/in 24 Hrs.
1-800-698-2770 for any questions. ✅ 4 Hour Florida Building Systems, Code Compliance, and Engineering Responsibility Approved Florida Board of Professional Engineers CE Provider ✅ FBPE Provider #0010781 | License #906 Only $39.99 | Instant Emailed Certificate | 100% Online & Self-Paced Complete 4 hours of Florida Professional Engineer continuing education online with this course focused on Florida building systems, code compliance, construction documents, engineering coordination, and professional responsibility. This Florida engineering CE course is designed for Professional Engineers who work with building design, plan review, structural criteria, life-safety coordination, fire protection interfaces, accessibility, energy compliance, existing buildings, documentation, and project closeout. The course treats the Florida Building Code as an engineering framework rather than a contractor checklist. It emphasizes the professional engineer’s role in code compliance, interdisciplinary coordination, construction documents, delegated engineering, field changes, and final documentation. The course is 100% online and self-paced. You can log in and out without losing your progress, complete the course on your schedule, and receive an instant emailed certificate after completion. Important: Florida Professional Engineers are responsible for reporting completed continuing education through NCEES CPC Tracking. After completing this course, keep your certificate and upload or report the course in your NCEES CPC Tracking account. ✅ Course Approval Details Course Name: 4 Hour Florida Building Systems, Code Compliance, and Engineering Responsibility Approved Provider: 1st Choice CE Approved by: Florida Board of Professional Engineers FBPE Provider Number: #0010781 FBPE License Number: #906 Course Category: Area of Practice / General Engineering Course Length: 4 CE Hours Course Format: Online, self-paced Price: $39.99 Certificate: Emailed immediately after completion ✅ Who Should Take This Course? This course is designed for Florida Professional Engineers who need continuing education related to building systems, Florida Building Code compliance, construction documents, design coordination, and engineering responsibility. This course is a good fit for: ✅ Florida licensed Professional Engineers ✅ Civil engineers ✅ Structural engineers ✅ Mechanical engineers ✅ Electrical engineers ✅ Building design professionals ✅ Engineers involved in plan review, permitting, or construction administration ✅ Engineers who prepare or coordinate construction documents ✅ Engineers who work with building officials, architects, consultants, or delegated engineers ✅ Engineers who need area-of-practice or general engineering CE hours ✅ Florida PEs who want online, self-paced continuing education with an instant certificate This course is especially helpful for engineers whose work involves building occupancy, construction type, fire-resistance-rated construction, egress, accessibility, fire protection, structural design criteria, energy compliance, existing-building work, engineering documentation, or closeout responsibilities. ✅ Does This Course Count Toward Florida PE Continuing Education? Yes. This course is designed as a 4-hour Area of Practice / General Engineering continuing education course for Florida Professional Engineers. Florida Professional Engineers generally need 18 continuing education hours every two-year renewal cycle. The standard requirement includes: ✅ 1 hour of Florida Laws and Rules ✅ 1 hour of professional ethics ✅ 4 hours related to the engineer’s area of practice ✅ 12 additional hours related to topics pertinent to the practice of engineering This course may be used toward the area-of-practice or general engineering portion of the CE requirement when appropriate to the engineer’s practice area. This is not the 1-hour Florida Laws and Rules course and it is not the 1-hour ethics course. Those required subjects must be completed separately if you still need them. ✅ Florida Professional Engineer Continuing Education Requirements Florida Professional Engineers must complete 18 hours of continuing education during each renewal biennium. The standard CE requirement includes: ✅ 1 hour of Florida Laws and Rules ✅ 1 hour of professional ethics ✅ 4 hours related to the licensee’s area of practice ✅ 12 hours related to any topic pertinent to the practice of engineering This course provides 4 hours of engineering continuing education focused on Florida building systems, code compliance, construction documents, structural criteria, life-safety coordination, energy requirements, existing buildings, documentation, and engineering closeout. Florida PEs are responsible for maintaining proper documentation of completed CE courses and reporting their continuing education through the NCEES CPC Tracking system. ✅ When Do Florida Professional Engineers Renew Their Licenses? Florida PE licenses renew on a two-year cycle. The current renewal period runs from March 1, 2025, through February 28, 2027. Professional Engineers should complete and report their required continuing education before the renewal deadline. Because continuing education must be reported through NCEES CPC Tracking, it is best to complete your CE early, keep your certificate, and upload or enter the course information before the deadline. ✅ How to Renew Your Florida PE License Step 1: Confirm Your CE Requirement Review your Florida PE continuing education requirement and determine how many hours you still need for the current renewal cycle. Most Florida PEs need 18 total hours, including Florida Laws and Rules, ethics, area of practice, and additional engineering-related CE hours. Step 2: Complete This 4-Hour Course Online Take this course at your own pace. The course is fully online, and your progress is saved so you can log in and out when needed. Step 3: Complete the Required Course Time and Final Exam The course includes module checkpoints and a final examination aligned with the course learning objectives. A passing score of 70% is required. Step 4: Receive Your Instant Certificate After completing the course requirements, your certificate of completion is emailed immediately. Keep this certificate for your records and for CE reporting. Step 5: Report the Course in NCEES CPC Tracking Florida PEs must report CE using the NCEES CPC Tracking system. When entering the course, select the appropriate category based on your renewal needs and upload or retain your certificate as supporting documentation. Step 6: Complete Any Remaining CE Hours Make sure you also complete any required Florida Laws and Rules course, ethics course, additional area-of-practice hours, and remaining engineering-related hours needed for renewal. Step 7: Renew Your License After completing and reporting your CE, renew your Florida PE license before the deadline. ✅ What You Will Learn This course addresses the professional engineer’s role in building-system code compliance, plan review, engineering documentation, coordination, and project closeout under the Florida Building Code. By the end of the course, you should be able to: ✅ Explain the engineer’s responsibility for construction documents and code compliance under the Florida Building Code and Chapter 471, Florida Statutes ✅ Coordinate occupancy, construction type, fire-resistance, egress, and fire-protection requirements across disciplines ✅ Apply structural design criteria, load combinations, and risk categories to coordinated engineering documents ✅ Address energy compliance, existing-building work, documentation, and closeout responsibilities with appropriate engineering judgment ✅ Course Content Overview ✅ Section 1: Florida Building Code Framework and Engineering Responsibility – 1 Hour This section introduces the Florida Building Code as a framework for engineering responsibility, public safety, construction documents, permitting, design loads, building official coordination, and revised documents. Topics include: ✅ Florida Building Code purpose under FBC Building Section 101.3 ✅ Public safety, structural strength, sanitation, energy conservation, and general welfare ✅ Engineer responsibility for construction documents ✅ FBC Building Sections 107.1 and 107.2.1 ✅ When documents must be prepared by a registered design professional ✅ Chapter 471, Florida Statutes ✅ Permit applications and document review ✅ FBC Building Sections 105.1 and 107.3 ✅ How incomplete engineering documents create plan-review delays ✅ Design loads under FBC Building Chapter 16 ✅ FBC Building Sections 1603, 1604, and 1605 ✅ Coordination of load information across architectural, structural, mechanical, electrical, and specialty documents ✅ Engineer of Record responsibility under Rule 61G15-30.003, F.A.C. ✅ Minimum engineering document content ✅ Drawings and specifications that clearly communicate engineering intent ✅ Building official, design professional, and Authority Having Jurisdiction roles ✅ FBC Building Sections 104.1, 104.10, and 107.4 ✅ Interpretations, modifications, revised documents, and code-compliance communication ✅ Section 2: Occupancy, Construction Type, Fire-Resistance, and Life-Safety Coordination – 1 Hour This section reviews how occupancy classification, construction type, fire-resistance, egress, accessibility, and fire protection affect engineering coordination across the building design team. Topics include: ✅ Occupancy classification under FBC Building Chapter 3 ✅ FBC Building Sections 302 and 303 through 312 ✅ How occupancy affects structural, fire-protection, egress, plumbing, and mechanical design ✅ Construction type and allowable building limitations ✅ FBC Building Chapters 5 and 6 ✅ FBC Building Sections 503, 504, 506, and 602 ✅ Fire-resistance-rated construction under FBC Building Chapter 7 ✅ FBC Building Sections 703, 704, 705, 706, 707, and 708 ✅ Coordination between structural, architectural, and MEP penetrations ✅ Means of egress coordination under FBC Building Chapter 10 ✅ FBC Building Sections 1004, 1005, 1006, 1010, 1011, and 1020 ✅ Occupant load, egress capacity, doors, stairs, and corridors ✅ Accessibility coordination ✅ FBC Accessibility Sections 201, 202, 206, 402, 403, 404, and 405 ✅ Site grades, ramps, accessible routes, and building-system interfaces ✅ Fire-protection system coordination ✅ FBC Building Chapter 9 ✅ FBC Building Sections 901, 903, 905, 906, 907, and 909 ✅ Coordination of structural, electrical, mechanical, and architectural documents ✅ Section 3: Structural Design Criteria and Building-System Interfaces – 1 Hour This section focuses on the engineering information that must be coordinated in building documents, including structural design criteria, load path, load combinations, risk categories, special inspection, and delegated engineering. Topics include: ✅ Structural design criteria on construction documents ✅ FBC Building Section 1603 ✅ Live loads, roof loads, wind design data, flood design data, and seismic design category ✅ General structural design responsibilities ✅ FBC Building Section 1604 ✅ Strength, serviceability, load path continuity, and structural stability ✅ Load combinations under FBC Building Section 1605 ✅ ASCE 7 references ✅ Dead, live, roof, wind, flood, and environmental load combinations ✅ Risk categories under FBC Building Section 1604.5 ✅ Table 1604.5 ✅ Hospitals, emergency facilities, schools, essential buildings, and risk-based design assumptions ✅ Special inspection and structural observation concepts ✅ FBC Building Chapter 17 ✅ FBC Building Sections 1704 and 1705 ✅ Difference between code-required inspection and general construction observation ✅ Engineering coordination with delegated systems ✅ Rule 61G15-30.006, F.A.C. ✅ Trusses, precast components, curtain walls, specialty connections, and other delegated engineering documents ✅ Section 4: Energy, Existing Buildings, Documentation, and Engineering Closeout – 1 Hour This section reviews energy-code documentation, mechanical and electrical energy coordination, existing-building work, engineering record retention, document control, inspections, approvals, and project closeout. Topics include: ✅ Energy conservation responsibilities ✅ FBC Energy Conservation Section C103 ✅ Construction documents required for commercial energy compliance review ✅ Mechanical energy design coordination ✅ FBC Energy Conservation Sections C403.1, C403.2, C403.3, C403.7, and C403.8 ✅ Equipment efficiency, controls, economizers, and system commissioning ✅ Electrical power and lighting coordination ✅ FBC Energy Conservation Sections C405.1, C405.2, C405.3, C405.4, C405.5, and C405.7 ✅ Lighting controls, exterior lighting, and electric motor efficiency ✅ Existing building work ✅ FBC Existing Building Sections 301, 302, 503, 603, 701, and 801 ✅ Repairs, alteration levels, change of occupancy, and existing conditions ✅ Engineering record retention and document control ✅ Rule 61G15-30.009, F.A.C. ✅ Final calculations, sealed drawings, revisions, correspondence, and field reports ✅ Engineering closeout documentation ✅ FBC Building Sections 110.1, 110.3, and 111.1 ✅ Inspections, approvals, certificate of occupancy, as-built information, and final professional correspondence ✅ Assessment and Completion Requirements This course includes module checkpoints and a final examination aligned with the course learning objectives. Course completion requires: ✅ Completing the full instructional time for every section ✅ Passing the final examination with a minimum score of 70% ✅ Completing all required checkpoints ✅ Meeting all course-progress requirements ✅ Completing the course before the certificate is issued The course allows up to three exam attempts. After three unsuccessful attempts, the section resets and the learner must re-study before testing again. A certificate of completion is issued only after all course requirements are satisfied. ✅ Important Reporting Notice for Florida PEs 1st Choice CE provides your certificate immediately after completion. Florida Professional Engineers are responsible for reporting completed continuing education through NCEES CPC Tracking. You should keep your certificate and report this course in your NCEES CPC Tracking account under the appropriate CE category. ✅ Why Choose 1st Choice CE? ✅ Approved Florida Board of Professional Engineers CE provider ✅ FBPE Provider #0010781 ✅ FBPE License #906 ✅ 4 hours of engineering continuing education ✅ Area of Practice / General Engineering course ✅ Only $39.99 ✅ 100% online and self-paced ✅ Complete from any device ✅ Log in and out without losing progress ✅ Instant emailed certificate after completion ✅ Designed for Florida Professional Engineers ✅ Focused on Florida building systems, code compliance, and engineering responsibility ✅ Money-back guarantee ✅ More than 10 years of continuing education experience ✅ Support by phone or text at 1-800-698-2770 ✅ Enroll Now – Only $39.99 Complete 4 hours of Florida Professional Engineer continuing education online today. This course is affordable, self-paced, and designed specifically for Florida engineers who want practical education in Florida Building Code compliance, construction documents, life-safety coordination, structural design criteria, energy compliance, existing buildings, documentation, and engineering closeout. ✅ Frequently Asked Questions Is this course approved for Florida Professional Engineers? Yes. 1st Choice CE is approved by the Florida Board of Professional Engineers as a continuing education provider. FBPE Provider #0010781, License #906. How many CE hours does this course provide? This course provides 4 hours of continuing education for Florida Professional Engineers. What category does this course fit under? This course is designed as an Area of Practice / General Engineering course. Depending on the engineer’s practice area and renewal needs, it may be used toward area-of-practice hours or other engineering-related continuing education hours. Who should take this course? This course is intended for Florida Professional Engineers who need continuing education related to Florida building systems, code compliance, construction documents, structural criteria, life-safety coordination, accessibility, energy compliance, existing-building work, and engineering responsibility. Is this course only for structural engineers? No. The course is useful for structural engineers, civil engineers, mechanical engineers, electrical engineers, building design professionals, and other Florida PEs involved in building design, documentation, coordination, plan review, or project closeout. Does this course satisfy the Florida Laws and Rules requirement? No. This is not the 1-hour Florida Laws and Rules course. Florida Professional Engineers must complete that requirement separately. Does this course satisfy the ethics requirement? No. This course is not the required 1-hour ethics course. It includes engineering responsibility and documentation topics, but it should not be used as the required ethics hour unless specifically categorized that way by the licensee’s renewal record. Can I complete this course online? Yes. The course is 100% online and self-paced. Can I log in and out without losing my progress? Yes. Your progress is saved, so you can return later and continue where you left off. Will I receive a certificate? Yes. Your certificate is emailed immediately after you complete the course requirements. Do you report this course to FBPE or DBPR for me? Florida Professional Engineers are responsible for reporting continuing education through NCEES CPC Tracking. We provide the certificate you need for your records and reporting. How many CE hours do Florida PEs need? Florida Professional Engineers generally need 18 hours of continuing education every two-year renewal cycle. What CE categories are required for Florida PE renewal? Florida PEs generally need 1 hour of Florida Laws and Rules, 1 hour of ethics, 4 hours related to area of practice, and 12 additional hours related to engineering practice. When is the current Florida PE renewal deadline? The current renewal period runs through February 28, 2027. PEs should complete and report their continuing education before the deadline. What score is required to pass the course? The final examination requires a minimum passing score of 70%. How long should I keep my certificate? Florida PEs should keep CE documentation for the required record-retention period in case of audit or verification. Is there a money-back guarantee? Yes. This course is backed by our money-back guarantee.
Florida Board of Professional Engineers Approved Provider: 0010781.
Instant Online Access.

$39.99one-time

Course Details

Frequently asked questions

How do I know if these courses are approved in my state?

All our engineering courses are approved by the respective state licensing boards. You can verify the approval by checking the approval number listed on each course or by contacting your state's licensing board.

How long do I have to complete my course?

Once purchased, you have 12 months to complete your course. You can work at your own pace and log in and out as needed. Your progress is automatically saved.

How quickly will my completion be reported?

We report all course completions to the appropriate licensing board within 24 hours. You'll also receive an instant certificate via email upon completion.

Can I take these courses on my mobile device?

Yes! All our courses are mobile-friendly and can be completed on any device including smartphones, tablets, laptops, and desktop computers.

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