Senior Structural Engineer at Structural Technologies in Maryland, United States | Kablio

Role

Description

structural support

temporary design

mentor engineers

construction coordination

site inspections

calculations review

Oversee structural engineering construction support services as the primary point of contact
Design and analyze temporary structures using relevant industry standards.
Mentor junior engineers and technicians.
Collaborate closely with construction teams to integrate structural repair solutions effectively
Respond to changed conditions in the field and lead design updates
Review engineering deliverables including drawings, specifications, and written reports
Perform site visits and inspections to assess structural conditions and oversee repairs.
Prepare and review calculations and sketches using hand and software methods

Requirements

autocad

revit

ansys

pe

se

8+ years

Bachelor’s degree in civil/structural engineering
Experience with AutoCAD, Revit, or other BIM software
Strong technical writing and verbal communication skills
Knowledge of concrete degradation mechanisms
Knowledge of OSHA 1926.451 fall protection standards for scaffolding and rigging
Experience with Finite Element Analysis Software (ANSYS, SAP2000, Staad.Pro, or equivalent)
Licensed Professional Engineer (PE)
Willingness to travel for site visits – maximum 50% of time; typical trip lengths of 2-10 days
Active in professional organizations, such as ASCE, ACI, AMPP, SEI, ICRI
Eligible to obtain a TWIC and site access badges for industrial and power facilities
A love for solving problems and understanding how things work
Enthusiasm for teamwork and continuous learning
Technical accuracy and attention to detail in design
Licensed Structural Engineer (SE)
Advanced degree in civil or structural engineering
Experience with repairs to existing structures
Familiar with relevant codes and standards such as ACI, ICRI, AISC, AWS
8+ years of relevant structural engineering and construction experience
Experience with structural steel analysis, including bolted and welded connections

Benefits

Information not given or found

Training + Development

Information not given or found

Interview process

Information not given or found

Visa Sponsorship

no employment visa sponsorship will be provided for this position.

Security clearance

Information not given or found

Company

Overview

Founded with a mission to provide cutting-edge structural repair and rehabilitation services.
Known for its innovation in engineering solutions, particularly in strengthening and repairing infrastructure.
Delivers advanced services to industries including industrial, energy, infrastructure, and commercial sectors.
Specializes in critical repairs for bridges, buildings, and other large-scale infrastructure projects.
Leveraged high-tech solutions for structural assessments, repair strategies, and retrofitting techniques.
Has a history of working on some of the most challenging and large-scale infrastructure projects across the globe.
A leader in the use of advanced technologies like carbon fiber reinforcement, post-tensioning, and high-strength materials.
Offers services such as concrete repair, corrosion control, and structural strengthening for both new and aging structures.
Recently involved in high-profile projects, enhancing the safety and longevity of vital infrastructure systems worldwide.

Culture + Values

5% Annual Investment

Innovation in R&D

Dedicated to investing 5% of revenue into R&D and pilot testing of advanced structural repair technologies to stay ahead in innovation.

70+ NPS Score

Customer Satisfaction

Maintains a high Net Promoter Score (NPS) of 70+, reflecting strong customer loyalty and satisfaction.

Commitment to safety: “We believe every incident is preventable,” with training programs achieving a TRIR (Total Recordable Incident Rate) consistently below industry average.
Data-supported craftsmanship: uses non‑destructive evaluation tools and quantifiable rehabilitation metrics on every project to ensure quality and accountability.

Environment + Sustainability

Eliminate 10–25% carbon

Material Efficiency

Optimizes structural design to reduce embodied carbon through low-carbon concrete, recycled steel, and mass timber.

3.9 t CO₂e saved

Mass Timber Use

Substitutes concrete and steel with timber, avoiding significant carbon emissions per ton of wood used.

90% waste diversion

Modular Prefabrication

Reduces onsite waste and emissions through modular construction practices.

Carbon reduction commitment: participating in SE 2050 to eliminate embodied carbon in structural systems by 2050.
Net-zero alignment: targets full lifecycle net-zero in line with SE 2050 and broader industry goals before 2050.
Embedded carbon tracking: uses embodied carbon estimators and live data-reporting tools per project, publishing reductions year-over-year.

Inclusion & Diversity

40% women

Gender Workforce

Currently 40% of technical roles are held by women, with a long-term goal of achieving gender parity (50/50 split).

25% withWomen-Owned

Supplier Diversity

Target to allocate 25% of subcontractor spend to women- and minority-owned businesses.

35% Leadership

Women in Leadership

35% of mid- and senior-leadership positions are held by women, marking a 7% increase over two years.

<1% Pay Gap

Gender Pay Equity

Annual audits consistently show less than 1% gender pay gap across equivalent roles.

Articles

Careers

Services

Projects

Role

Description

structural support

temporary design

mentor engineers

construction coordination

site inspections

calculations review

Oversee structural engineering construction support services as the primary point of contact
Design and analyze temporary structures using relevant industry standards.
Mentor junior engineers and technicians.
Collaborate closely with construction teams to integrate structural repair solutions effectively
Respond to changed conditions in the field and lead design updates
Review engineering deliverables including drawings, specifications, and written reports
Perform site visits and inspections to assess structural conditions and oversee repairs.
Prepare and review calculations and sketches using hand and software methods

Requirements

autocad

revit

ansys

pe

se

8+ years

Bachelor’s degree in civil/structural engineering
Experience with AutoCAD, Revit, or other BIM software
Strong technical writing and verbal communication skills
Knowledge of concrete degradation mechanisms
Knowledge of OSHA 1926.451 fall protection standards for scaffolding and rigging
Experience with Finite Element Analysis Software (ANSYS, SAP2000, Staad.Pro, or equivalent)
Licensed Professional Engineer (PE)
Willingness to travel for site visits – maximum 50% of time; typical trip lengths of 2-10 days
Active in professional organizations, such as ASCE, ACI, AMPP, SEI, ICRI
Eligible to obtain a TWIC and site access badges for industrial and power facilities
A love for solving problems and understanding how things work
Enthusiasm for teamwork and continuous learning
Technical accuracy and attention to detail in design
Licensed Structural Engineer (SE)
Advanced degree in civil or structural engineering
Experience with repairs to existing structures
Familiar with relevant codes and standards such as ACI, ICRI, AISC, AWS
8+ years of relevant structural engineering and construction experience
Experience with structural steel analysis, including bolted and welded connections

Benefits

Information not given or found

Training + Development

Information not given or found

Interview process

Information not given or found

Visa Sponsorship

no employment visa sponsorship will be provided for this position.

Security clearance

Information not given or found

Company

Overview

Founded with a mission to provide cutting-edge structural repair and rehabilitation services.
Known for its innovation in engineering solutions, particularly in strengthening and repairing infrastructure.
Delivers advanced services to industries including industrial, energy, infrastructure, and commercial sectors.
Specializes in critical repairs for bridges, buildings, and other large-scale infrastructure projects.
Leveraged high-tech solutions for structural assessments, repair strategies, and retrofitting techniques.
Has a history of working on some of the most challenging and large-scale infrastructure projects across the globe.
A leader in the use of advanced technologies like carbon fiber reinforcement, post-tensioning, and high-strength materials.
Offers services such as concrete repair, corrosion control, and structural strengthening for both new and aging structures.
Recently involved in high-profile projects, enhancing the safety and longevity of vital infrastructure systems worldwide.

Culture + Values

5% Annual Investment

Innovation in R&D

Dedicated to investing 5% of revenue into R&D and pilot testing of advanced structural repair technologies to stay ahead in innovation.

70+ NPS Score

Customer Satisfaction

Maintains a high Net Promoter Score (NPS) of 70+, reflecting strong customer loyalty and satisfaction.

Commitment to safety: “We believe every incident is preventable,” with training programs achieving a TRIR (Total Recordable Incident Rate) consistently below industry average.
Data-supported craftsmanship: uses non‑destructive evaluation tools and quantifiable rehabilitation metrics on every project to ensure quality and accountability.

Environment + Sustainability

Eliminate 10–25% carbon

Material Efficiency

Optimizes structural design to reduce embodied carbon through low-carbon concrete, recycled steel, and mass timber.

3.9 t CO₂e saved

Mass Timber Use

Substitutes concrete and steel with timber, avoiding significant carbon emissions per ton of wood used.

90% waste diversion

Modular Prefabrication

Reduces onsite waste and emissions through modular construction practices.

Carbon reduction commitment: participating in SE 2050 to eliminate embodied carbon in structural systems by 2050.
Net-zero alignment: targets full lifecycle net-zero in line with SE 2050 and broader industry goals before 2050.
Embedded carbon tracking: uses embodied carbon estimators and live data-reporting tools per project, publishing reductions year-over-year.

Inclusion & Diversity

40% women

Gender Workforce

Currently 40% of technical roles are held by women, with a long-term goal of achieving gender parity (50/50 split).

25% withWomen-Owned

Supplier Diversity

Target to allocate 25% of subcontractor spend to women- and minority-owned businesses.

35% Leadership

Women in Leadership

35% of mid- and senior-leadership positions are held by women, marking a 7% increase over two years.

<1% Pay Gap

Gender Pay Equity

Annual audits consistently show less than 1% gender pay gap across equivalent roles.

Articles

Careers

Services

Projects