Engineering Search Partners, Inc.的动态

Hiring structural or forensic engineers? Unfortunately, job boards may not help you. Candidates are busy doing great work for another firm. Unless they have a reason to look for a job, they won’t know that you’re hiring. This is why growing engineering firms choose to work with niche recruiters. Through their services, they can have meaningful conversations with candidates they would not otherwise speak to. I help growing structural engineering firms hire ambitious and talented engineers, even when they become harder and harder to find. Worth a quick chat? Feel free to DM me. P.S. - I'm on a 60-day mission to help at least 3 structural/forensic engineers find a career advancement opportunity. ?? If you're a structural/forensic engineer in the USA who is looking for a career advancement opportunity, please DM me. ?? If you've ever been curious about what it's like working for yourself, read on. ???????? ?????? ???? ?????? 15 ??????????????: -- Responded to post comments, sent new connection requests, commented on industry-friends’ posts, and started new conversations with engineers.? -- Responded to DMs from structural engineers who were interested in talking about career growth opportunities.? -- Provided advice and a LinkedIn profile review to a structural engineer who was looking to a new role.? -- Researched structural engineering firms to connect with and learn more about. Will contact them today regarding the open roles they are hiring for.? -- Networked and reconnected with industry friends.? -- Wrote and prepared posts for this week.

What is Forensic Structural Engineering? Forensic structural engineering is all about determining the integrity of a building or structure. A building is being acted upon by various factors at any given time: natural forces such as wind and seismic forces, extreme weather conditions, and the weight of the building itself. Forensic structural engineers study various aspects including building code violations, water damage, design flaws, foundation issues, framing issues, soil movements such as settlement and heave, and geotechnical issues to determine the probable cause of structural failures. Structural engineering investigation is needed to determine the cause of a failure and establish a chain of causation that led to the damage. To determine this cause of failure, forensic structural engineers employ structural analysis, building science, project rehabilitation as well as the application of various building and fire codes. Forensic structural engineering is the science and profession of identifying the causes and risk factors of structural failure. It includes analyzing your structure and foundation to point out the weak spots. That way, you can fix issues before they become significant problems and cause severe damage.

To effectively address failures, a structured approach is indeed necessary. An entire niche of engineering has been formed, dedicated to the practice of investigating engineering failures, known as forensic engineering. Find in this article what constitutes an engineering failure and how a forensic engineer approaches a failure investigation #forensicengineering #structuralengineer #engineeringfailures #civilengineer #failureinvestigation #construction Forensic Engineering – Guidelines for Failure Investigation https://lnkd.in/dRFpe_QS

Question for all you smarty structural engineers. Is a periodic special inspection required for post installed wedge anchors? I read the code as requiring it. However, the amount of questioning that assumption I’ve received, on more than one project, is making me question my understanding of this code provision.

#Martinsburg is #GROWING! Know anyone who might be interested? #hiringnow #wv #wvjobs #engineers #survey #geotechnical #civil #civilengineeringjobs #surveyorjobs #surveyor #surveyorlife #cad #technician #cadtechnician #cadjobs #growth #professionaldevelopment #consulting #environmental #consultants

?? What does a field engineer do at GTA? Here’s a glimpse into their daily responsibilities: ?? Field Testing: Get certified to perform essential tests like temperature, slump, air, and unit weight for concrete, grout, and mortar. Ensure materials meet construction specifications. ?? ASTM Standards: Learn and apply a range of American Society of Testing and Materials (ASTM) standards for soils, concrete, mortar, grout, and fireproofing. ?? Material Management: Handle and test concrete and other construction material specimens, learning the detailed specifications and laboratory procedures. ?? Laboratory Operations: Prepare and test specimens for compressive strength and other critical tests, working with our experienced laboratory manager. ?? Equipment Maintenance: Manage the maintenance and calibration of field and laboratory equipment to ensure precise testing results. Interested in being part of our team? Explore your future with GTA at www.gtaeng.com/careers/ #GeoTechnologyAssociates #EnvironmentalConsulting #GeotechnicalEngineering #GeotechnicalServices #ConstructionServices #EnvironmentalServices #DrillingServices #GeoTechnical #Engineers #Construction #FieldEngineer #FieldEngineerHiring

Understanding the basics of support! Whether it's roller, pinned, or fixed, each type of support plays a crucial role in structural engineering. At CVL Engineers, we ensure that every beam and column is backed by the right kind of support, ensuring stability and safety in every project. #BuildCoolShit #StructuralEngineering #EngineeringEssentials #RollerSupport #PinnedSupport #FixedSupport #EngineeringBasics #SupportStructures #CivilEngineering #StructuralDesign #EngineeringLife #InnovationInEngineering #SafetyFirst #ConstructionLife #EngineeringDiagrams #EngineeringSolutions #BeamAndColumn #EngineeringConcepts #StructuralSupport #CVLEngineers #EngineeringEducation

When you are in the field of #Structural #Analysis it doesn't get much more challenging than this. #Ship #structures that have to meet demanding requirements: we have positions available with a permanent outlook as well as purely project-based roles. If you are interested, we can find out together what suits you best. #shipbuilding #navalarchitecture #navy

A closer look at Forensic Structural Engineering??? ?? Understanding the complexities of structural failures, investigation and the restoration process. Structures can fail due to various factors: #overloading, caused by climactic events, material #deterioration, or issues during design, construction, or #maintenance, is a common cause. In this video we explore the complexities of investigating structural #failures, outline the steps involved and discuss subsequent actions. Our #experts provide valuable insights into the role of forensic #engineers in ensuring the safety and integrity of our built #environment. Watch our interview with host Paul Gullekson featuring Paul Steneker, Ph.D, P.Eng, ing., and Charly Massaad, MASc, P.Eng., two forensic investigators specializing in civil and structural engineering, based in our #Ottawa office. #CEPForensic? #structuralengineering #civilengineering #CivilandStructure #expertinsights #CEPInterview #fire #claims #engineering #Forensic #insurance #investigations

Exploring the Crucial Role of Forensic Structural Engineering in Unraveling Building Failures Forensic structural engineering stands as a critical branch of civil engineering that investigates and analyzes structural failures to determine the root causes behind them. As buildings and structures age, face natural disasters, or undergo modifications, the need for forensic structural engineers becomes increasingly evident. This specialized field involves a meticulous examination of structural components, materials, and construction methods to ascertain the reasons behind structural failures. In this article, we delve into the world of forensic structural engineering, exploring its importance, methodologies, and real-world applications. Forensic Structural Engineering: An Overview Forensic structural engineering is a multidisciplinary field that combines principles from structural engineering, materials science, geotechnical engineering, and construction management. The primary objective is to investigate structural failures, ranging from minor defects to catastrophic collapses, and provide a comprehensive understanding of the events leading to the failure. These investigations are crucial not only for understanding past incidents but also for preventing similar failures in future construction projects. Importance of Forensic Structural Engineering 1. Safety Assurance: One of the foremost reasons for the existence of forensic structural engineering is the assurance of safety. When a building or structure fails, lives are at risk, and determining the cause is imperative to prevent similar occurrences. Forensic engineers play a vital role in assessing the safety of remaining structures, ensuring public safety, and providing recommendations for remedial actions. 2. Legal and Insurance Purposes: Forensic structural engineering often comes into play in legal and insurance scenarios. When a structural failure leads to litigation or insurance claims, forensic engineers are called upon to provide expert opinions and testimonies. Their in-depth analysis and findings can influence legal outcomes and insurance settlements. 3. Preventive Measures: Learning from past failures is crucial for preventing future ones. Forensic structural engineering contributes significantly to the development of better construction practices, building codes, and standards. By identifying weaknesses in design, construction, or materials, engineers can recommend improvements that enhance the overall resilience of structures. 4. Renovation and Retrofitting: As existing structures age, the need for renovations and retrofitting becomes apparent. Forensic engineers play a pivotal role in assessing the structural integrity of older buildings and providing recommendations for upgrades. ? #forensic #forensicscience #forensics #forense #crime #dog #crimescene #forensicscientist #criminology #science #pennsylvania #philadelphia #pa #newjersey #philly?