Michael Jordan, CEO, attended the National Council of Structural Engineers Associations’ (NCSEA) annual conference last weekend to accept an award for the “Left Coast Lifter,” a heavy lift floating crane currently erecting the major components of the new San Francisco-Oakland Bay Bridge self-anchored suspension span. The Outstanding Project Award is the highest honor in the NCSEA 2011 Excellence in Structural Engineering…
Liftech Welcomes Three New Owners
Liftech is a 100% employee-owned company founded in 1964. As part of our ongoing ownership transition plan, Liftech continues to expand ownership to a next generation of engineers and professionals ensuring a continuity of innovative and quality service to our clients into the future. OWNERS: Michael Jordan · Arun Bhimani · Feroze Vazifdar · Catherine Morris Erik Soderberg · Jonathan Hsieh …
ASCE Great Tohoku Earthquake/Tsunami Damage Reconnaissance
Written by Yoshi Oritatsu: As a member of the American Society of Civil Engineers (ASCE) Post Disaster Assessment Team, I recently visited Japan to investigate the damage to waterfront structures from the 2011 Tohoku earthquake and tsunami. I was fortunate to join the Coasts, Oceans, Ports, and Rivers Institute (COPRI) team, comprised of six U.S. engineers with expertise in port facility…
Oakland Chinatown Chamber of Commerce Honors Liftech and Employees
On the evening of April 20th, the Oakland Chinatown Chamber of Commerce (OCCC) held their 26th Anniversary Spring Banquet. This banquet marks the transition of the Chamber’s board president and is an opportunity to recognize organizations providing exceptional services to the community. As part of his long-term commitment to the community, our own Sugi Loni, principal structural engineer, volunteered his…
New Cranes Arrive at TECON Santa Catarina, Brazil
TECON Santa Catarina is building a new terminal in Itapúa, Brazil, and purchased four ship-to-shore (STS) cranes and eleven rubber tire gantry (RTG) cranes from ZPMC. The STS cranes are conventional single lift, rope trolley type cranes that were manufactured at ZPMC’s Changxing Island and Jiangyin facilities near Shanghai. The Liftech team provided crane procurement services to TECON SC, including…
Liftech Hosts Stuttgart University
Liftech hosted 35 engineering students from Stuttgart University in Germany on October 12, 2010. The students toured the Bay Area’s unique structures and various construction sites giving the students an introduction to a wide-range of civil engineering topics. Their tour included trips to the Golden Gate Bridge, the construction sites of the new Caldecott Tunnel and the new East Bay span…
New Crane Arrives at Dutch Harbor
High winds caused the dockside crane at the APL Dutch Harbor terminal in Alaska to collapse in December 2009 and a replacement crane was required. The best option for APL was to modify and transport a late 1980’s vintage MES post-Panamax crane with articulating boom from APL’s Kaohsiung, Taiwan, terminal to Dutch Harbor. The wharf was also modified to suit…
Liftech Softball Season Recap
Our 2010 softball team set Liftech records for wins and winning percentage! This was the first season in which we finished 0.500. We finished 4-4 and took third in our league. We also beat the eventual division champion (Parsons) in our next to last game to give them their first loss of the season. Overall, our defense struggled at times,…
Liftech Wins Award for Bay Bridge Floating Crane Project
Liftech received an Award of Excellence from the Structural Engineers Association of Northern California (SEAONC) in recognition of our engineering work on the 1700 t floating crane, also known as the Left Coast Lifter. The Left Coast Lifter is a barge-mounted crane designed to erect the major components of the San Francisco-Oakland Bay Bridge self-anchored suspension span. The crane was…
High Performance Pile Connections
A damaged pier at McNears Beach Park in Marin, California, was repaired by replacing portions with new structure. The new structure was designed to meet current seismic design criteria. This required a high performance pile-to-pile cap connection. The high performance connection was designed using a fiber reinforced bearing pad, isolating the sides of the embedded pile, and unbonding the dowels…