Team members currently with IS-CEM joined the Office of Emergency Services in California and expanded their parctice in forensic engineering, recovery and reconstruction. Leadership in this area of expertise is exercised by professional engineers licensed in Arkansas, California, Florida, Georgia, Hawaii, Idaho, Illinois, Kentucky, Louisiana, Minnesota, Missouri, New York, North Carolina, Ohio, Oklahoma, Oregon, South Carolina, Texas, and Washington. The IS-CEM team also operates in damage assessment and recovery in other regions including the Mediterranean Basin countries and the Middle East.
IS-CEM offers civil-structural engineering design, inspection, peer review and value engineering, with expertise in dynamics, seismic design and irregular structures. Our solutions are rooted in research including base isolation and energy dissipation techniques. While IS-CEM specializes in advanced facilities, it also serves local communities in housing design, repair and inspection.
Learn MoreIn our support services to Program Management, we assist our clients in decision-making by developing and evaluating alternatives in relation to design, constructability, quality, cost, schedule, and public safety. Through net present value risk analysis techniques, our Program Management support philosophy is to translate client requirements and design concepts into tangible results.
Learn MoreIn our culture of social responsibility, we believe that successful projects minimize perturbation to the natural environment, and the most attractive facilities blend harmoniously with native terrains. We offer Environmental and Social Impact Assessment services as independent reviewers. Our water resources practice caters to community needs while meeting ecosystems preservation conditions.
Learn MoreOperating in regions where heritage quarters, monuments, and structures contribute invaluable character, history, and culture, IS-CEM provides expertise in preservation, restoration and rehabilitation. We renovated heritage structures built with natural stone, timber, and other materials, addressing strength and serviceability while preserving architectural character.
