We're #hiring a new Structural CAD Project Drafter in Santa Ana, California. Apply today or share this post with your network.
JMC2
Civil Engineering
San Pedro, CA 1,593 followers
JMC2 is a full-service civil engineering and structural engineering firm located in San Pedro and Santa Ana, Ca.
About us
JMC2 Engineering is a full-service firm located in San Pedro, California. Founded in 1996 , we have amassed a great deal of project experience in the public works, industrial, recreational, commercial, residential, and education market sectors. Our company is committed to providing high-quality services by offering custom projects tailored to fit each client’s unique needs. At JMC2 we ensure quality and cost effective solutions while maintaining tight schedules and remaining responsive to changing conditions.
- Website
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http://www.jmc-2.com
External link for JMC2
- Industry
- Civil Engineering
- Company size
- 11-50 employees
- Headquarters
- San Pedro, CA
- Type
- Privately Held
- Founded
- 1996
- Specialties
- Civil Engineering, Master Planning, Structural Engineering, Project Management, SWPPP, Seismic, and Vibration Testing
Locations
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Primary
411 N. Harbor Blvd.
Suite 201
San Pedro, CA 90731, US
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2700 N Main St
Ste. 300
Santa Ana, California 92705, US
Employees at JMC2
Updates
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If you need someone to provide expert, civil engineering testimony, then give John Cruikshank, PE, F.ASCE a call. He can simplify your complicated cases. www.jmc-2.com
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Drones have become invaluable tools in civil engineering, offering a range of benefits that enhance efficiency, safety, and precision in various tasks. Some key advantages include: Surveying and Mapping: Drones enable rapid and accurate surveying of construction sites, providing detailed topographic maps and 3D models. This enhances the overall planning and design process. Inspections: Drones can access hard-to-reach or hazardous areas, allowing for thorough inspections of infrastructure such as bridges, towers, and buildings. This helps identify issues early on, reducing the risk to human inspectors. Monitoring Construction Progress: Drones offer real-time monitoring of construction sites, allowing project managers to track progress, identify potential delays, and ensure that the construction adheres to plans. Cost Efficiency: The use of drones can significantly reduce costs associated with traditional surveying and inspection methods. Drones can cover large areas quickly, saving time and resources. Environmental Monitoring: Drones can be employed to monitor and assess environmental impact during construction projects. This includes tracking changes in vegetation, assessing soil erosion, and ensuring compliance with environmental regulations. Time Savings: Drones can complete tasks quickly and efficiently, reducing the time required for various engineering processes. This acceleration contributes to timely project completion and can lead to overall cost savings. In summary, the integration of drones in civil engineering processes offers a multitude of benefits, ranging from enhanced data collection and analysis to improved safety and cost efficiency. The technology continues to evolve, providing even more opportunities for innovation in the field. Please contact JMC-2 for more information
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JMC2 reposted this
It's important to involve your entire management team when strategically planning for next year. We think 2024 could be a banner year for JMC2 given the demand for infrastructure and new technologies. #sensequake #ezriserroofraising #polb #pola #civilengineering #structuralengineering
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Are you or your clients prepared for the upcoming SB326 Balcony Inspections bill deadline of 1/2/25? The deadline is approaching and licensed inspectors will be limited as we get closer. Please contact JMC-2 so we can get you started and answer any questions you may have. #sb326 #balconyinspection #hoa #hoamanagement
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SB-326 5 Quick Facts What is SB-326? The SB-326 Bill was passed on August 30, 2019, to prevent future balcony collapses, like the one in Berkeley, California, that resulted in the deaths of six students and injuries to seven others in 2015. The law is an amendment to Civil Code Section 5551 and is aimed at ensuring the structural stability of decks, balconies, and walkways in condominium complexes and HOAs with at least three attached units. Who and what’s required? The Balcony Inspection Law requires all multi-family residential buildings in California that contain three (3) or more dwelling units to arrange for inspections of all exterior elevated elements (EEEs) that are 6 or more feet off the ground and supported wholly or substantially by wood or wood-based products. Who Can Perform an SB-326 Inspection? Inspections must be carried out by qualified professionals, such as licensed architects, structural engineers, and should include an assessment of the water-proofing systems. When do the inspections need to be completed by? Inspections are required to be conducted initially by January 1, 2025, and at least once every nine years thereafter. The inspectors must visually inspect a statistically significant sample of the building's EEEs, and the exact number of EEEs inspected will depend on the size of the building. What happens if I don’t comply by Jan 1, 2025? Failure to comply with SB-326 may result in penalties imposed by the code enforcement department of your local building authority. The department can charge fees, recover enforcement expenses, and enforce liens against non-compliant properties. Furthermore, not completing the required SB-326 inspections and repairs could make you liable for any resulting damage. Non-compliance may cause condo owners to lose their liability protection provided by insurance companies for personal injury claims. This implies that if someone is harmed on the property due to an issue that should have been addressed during an SB-326 inspection, the insurance company may not cover the claim.
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We are excited to have you!
¡He empezado en un nuevo puesto de Civil Engineer 1 en JMC2!
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JMC2 reposted this
The historic Whitewater Cut-off Bridge sits in Riverside County of California, over the fast-moving Whitewater River. Sensequake and our partner JMC2 performed a temporary test using our wireless Larzé sensing system to scan the structure and evaluate the overall health and condition of the bridge. Due to rapid flow and varying water levels throughout the year, potential scour around the pier foundations is a relevant point of interest. We were able to obtain the stiffness baseline of the bridge in its current condition, to evaluate the substructural system (piers and foundations) by simply placing our Larzé sensors on the deck of the bridge. Through this test, we were able to provide the County with a successful triage of the health of each of the spans and piers. This key information will be used in their capital planning and future maintenance plans to help increase the service life of the historic bridge. Sensequake Matthew Jones Farshad Mirshafiei, Ph.D., P.Eng. Alex Darche Mehrdad Mir Shafiei, PhD #sensors #structuralengineering #structuralanalysis #sensequake
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Great time at the 2023 ASCE Orange County Golf Tournament at the Aliso Viejo Country Club. Great to get out and meet new colleagues and of course see long time partners!
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