Automation & Controls

Automation & Controls

LVI Associates: Your Partner for Automation & Controls Talent

Discover LVI Associates for top-tier Automation & Controls talent in engineering and beyond. With global reach and expertise, we offer permanent, contract, and multi-hire talent solutions across the full life cycle of infrastructure projects.

If you're looking to streamline your hiring processes, gain insights on salaries, skills, and benefits, and access a global network of niche skilled Automation & Controls talent, request a call back today or submit a job specification.

Whether you're seeking top talent in Automation & Controls, or are a Building Controls Technician exploring new career opportunities, LVI Associates has you covered. Our dedicated team specializes in delivering exceptional professionals, including Electrical Controls Engineers, System Integration Managers, and Robotics.

If you're an Automation & Controls professional looking for new career opportunities, please register your CV/resume.

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If you're an organization looking for the best Automation & Controls talent, please register your vacancy or request a call back.

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​Benefits of working with LVI Associates

Automation & Controls revolves around cutting-edge technology and cybersecurity. The demand for these advancements is skyrocketing as businesses, both established and emerging, embrace robotic automation. Factors such as labor shortages, supply chain disruptions during COVID-19, and the need for sustainable and resilient operations are fueling acceleration.

Whether you require swift placements for critical automation positions or strategic talent acquisition solutions, we possess the resources and expertise to deliver outstanding results. Among the many benefits of working with LVI Associates Automation & Controls team are:

Experience

We have over a decade’s worth of experience as a leading talent partner in Automation & Controls

Network

A vast, global network of the best, in-demand professionals, working worldwide across Automation & Controls.

Knowledge

Our award-winning Automation & Controls talent specialists offer bespoke, tailored guidance on the latest hiring trends and industry news to help you achieve your goals.

Take the first step in overcoming your talent shortage by completing our form. Our dedicated team awaits the opportunity to discuss how we can effectively partner with your organization to fulfill your Automation & Controls hiring needs.

Looking to hire? Request a call back today.

Current Opportunities

Automation & Controls Engineers will be critical as technology continues to evolve. Companies are always seeking new ways to automate different tasks, so working with a talent partner who understands Automation & Controls engineering could put your career ahead of the curve. Take a look at our current live roles or submit your CV/resume and one our of consultants will be in contact when a job that matches your profile becomes available.

Regional Sales Manager - Australia

Regional Sales Manager - Australia An exciting opportunity has opened for a Regional Sales Manager to lead and expand the sales of process control valves across various sectors including Petrochemical, Oil & Gas, Mining in Australia. This permanent position is based out of Brisbane but will have regional coverage, offering vast exposure and growth opportunities within the industry. Key Responsibilities: Leverage knowledge of engineering in relation to valve solutions. Develop strategic plans to enhance market penetration, especially in major cities such as Melbourne and Sydney besides base location in Brisbane. Maintain excellent client relationships while managing regional sales operations effectively across diverse geographical locations throughout Australia. Necessary Skills: - Familiarity with Australian markets particularly those related with petrochemicals, mining or oil & gas. - Engineering: Demonstrate robust mechanical aptitude that aligns well with handling complex product specifications around industrial valves. This role requires someone who can operate strategically at both macro-level planning stages through hands-on operational implementation phases; all towards fostering significant business impacts via advanced solution selling strategies.

Negotiable
Brisbane
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Mechanical Process Engineer

Responsibilities Work directly with clients to ensure project success Effectively coordinate internal resources, such as the CAD design department and other disciplines Design mechanical systems and processes of various types Develop and manage project plans, schedules, and budgets Conduct design analysis and develop project drawing sets

US$100000 - US$140000 per annum
Idaho City
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Control Systems Engineer

Job Qualifications Key responsibilities for this position include, but are not limited to: Create control specification documentation (control narratives) based on user requirements. Participate in early-stage feasibility studies for proposed projects, leading to cost estimates and supporting project documentation. Review and mark-up Process and Instrumentation Diagrams (P&IDs) for changes related to instrumentation and controls, and provide feedback on drafts from the design team. Design low-voltage (up to 480V) electrical control drawings, panel layouts, loop sheets, I/O diagrams, and network layouts, while reviewing drafts from the design team. Develop programs for Distributed Control Systems (DCS) and Programmable Logic Controllers (PLC), or manage program development by others. Contribute to the development of Human-Machine Interface (HMI) systems and SCADA configurations. Set up historian systems for data tracking and analysis. Implement testing procedures for DCS and PLC programs, ensuring thorough testing of all program elements. Simulate and test DCS/PLC programs in accordance with the testing plans. Supervise the electrical controls construction on-site and ensure the installation aligns with design specifications, offering technical support during construction. Conduct I/O checkouts on installed control systems and document test results. Provide post-commissioning support to the client's operational, engineering, and maintenance teams. Travel to client sites as needed. Required Qualifications Degree in Engineering (Electrical, Mechanical, Chemical, or related field), Computer Science, or another relevant technical discipline. Preferred Qualifications 3-5 years of experience in a related engineering role. Proficiency with one or more of the following platforms: Allen Bradley PLC5, SLC500, MicroLogix, ControlLogix Siemens S7, PCS7 Emerson DeltaV, Ovation, Provox Novatech D/3 Honeywell Experion Foxboro I/A Experience inHMI/SCADA configuration using platforms such as: Allen Bradley/Rockwell Automation Inductive Automation Wonderware Siemens iFix Iconics Experience with historian/dataanalytics platforms like: OSIsoft PI PTC Thingworx Inductive Automation Ignition Aspentech Rockwell Automation Siemens Wonderware Knowledge of instrumentation, control valves, motors, VFDs, and coordinated drive systems. Up-to-date knowledge of the National Electric Code (NEC) and the ability to find solutions to related code questions. Certification as a Professional Engineer (PE) is a plus. Experience with electrical panel design, I/O systems, Motor/VFD/Motion/Robotic Controls, and Ethernet-based networks. Hands-on experience troubleshooting electrical controls in industrial environments. Industry experience in sectors like Food & Beverage, Chemical, Pharma, Semiconductor, Water & Wastewater, Refining, Pulp and Paper, Oil/Gas Pipeline, Power Generation, Electrical Transmission & Distribution, Material Handling, or Packaging.

US$120000 - US$140000 per annum
Phoenix
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Senior Technician

Responsibilities: Design complex electrical systems. Represent the company's electrical expertise in client-facing roles. Lead and mentor a team of electrical engineers. Oversee preparation of 2D/3D construction documents and LEED certification studies. Collaborate with in-house disciplines, architectural clients, and building owners. Plan project production processes. Perform contract administration duties including site visits and submittal reviews. Manage multi-discipline engineering projects. Knowledge, Skills, and Abilities: Strong understanding of electrical system concepts and applications. Ability to design and manage large, complex electrical building systems. Effective client interfacing to resolve design challenges. Leadership and team development skills. Strong prioritisation, follow-through, and quality control measures. Excellent written and oral communication skills. Education and Experience: Bachelor's Degree in Electrical Engineering or Electrical Engineering Technology. Licensed Professional Engineer (PE). Minimum of 8 years in electrical consulting. Experience in designing large electrical building systems.

Negotiable
Raleigh
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Control Engineer

Key Responsibilities: Design, program, and troubleshoot Allen Bradley and Siemens PLCs and HMIs. Develop and implement control strategies to optimize production processes. Collaborate with cross-functional teams to ensure seamless integration of control systems. Perform regular maintenance and updates on control systems to ensure reliability and performance. Diagnose and resolve technical issues related to control systems in a timely manner. Provide training and support to production staff on control system operations. Ensure compliance with safety and regulatory standards.

US$130000 - US$170000 per annum
Sacramento
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Sr. Flow Assurance Engineer

Responsibilities: Conduct steady-state and transient simulations for both single-phase and multiphase flow using industry-standard software, and prepare technical reports for surface facility systems and pipeline operations. Perform integrated modeling for CO2 sequestration fields, including steady-state and transient analysis. Demonstrate a strong technical grasp of core flow assurance principles, pipeline simulation technology, and process analysis. Carry out surge analysis on proposed pipelines to assess whether surge relief systems meet operational requirements and recommend solutions for addressing potential deficiencies. Provide expert guidance on the design, development, and implementation of hydraulic analysis and surge management for liquid pipelines, pumps, and compressors. Offer consultation and support for hydraulic applications and real-time computational monitoring within operational settings. Evaluate model performance by comparing it against actual pipeline behavior and recommend improvements. Conduct feasibility studies for various flow assurance and fluid property projects, including single/multiphase flow and associated research and development. Review and provide input on hydraulic and flow assurance design specifications, project plans, and execution strategies. Train pipeline controllers to better understand hydraulic systems and operational considerations. Analyze pipeline performance to identify improvement opportunities in the control center and contribute to the development of operational philosophies. Assist in business development by modeling potential pipeline acquisitions or expansion projects, addressing hydraulic limitations and design requirements. Collaborate across departments to align project goals and ensure successful execution. Lead by example in workgroups, demonstrating expertise in hydraulic analysis and design. Review and validate designs in collaboration with engineers and other technical disciplines. Participate in discussions with management regarding the technical challenges of business development projects. Provide regular technical updates to management, assisting in the alignment of project objectives. Support Leak Detection Engineers by aligning hydraulic models for RTTM/CPM leak detection and transient modeling. Assist Field Engineering teams with surge relief design and automated shutdown settings. Work with Automation teams to refine valve timing and automated shutdown or slowdown logic. Support Integrity Engineering with inline inspection (ILI) tool runs and manage pressure reductions as they relate to throughput impact. Contribute to front-end hydraulic and flow assurance analysis for all projects. Provide peer review for various modeling efforts conducted by operations and system design engineers. Assist with Pre-FEED, FEED studies, and participate in HAZOP and HAZID reviews. Participate in incident investigations and contribute to the Management of Change (MOC) process while documenting best practices. Effectively communicate complex technical information to non-technical stakeholders and senior management. Engage with a variety of people professionally and courteously, demonstrating strong verbal and interpersonal skills. Help management define and set technical objectives. Maintain a high level of performance with regular attendance and commitment to safety and operational excellence. Perform other duties as assigned by management. Qualifications: Education: A Master's or Bachelor's degree in Engineering (Mechanical, Civil, Petroleum, or Chemical) from an accredited institution. Experience/Specific Knowledge: At least 10 years of pipeline experience with a Master's degree, or 15 years with a Bachelor's degree. Expertise in well modeling, hydrate management, corrosion studies, pipeline slugging mitigation, and transient operations like pigging, ramp-ups, blowdowns, and shutdown analysis using tools like OLGA. Advanced knowledge and hands-on experience with steady-state and transient hydraulic/flow assurance software. Experience in hydraulic modeling, flow assurance, pump/compressor performance, and field optimization for pipeline and facilities engineering evaluations. Familiarity with leak detection technologies, SCADA systems, statistical analysis, and instrumentation in a dynamic control center. Recognized as a technical expert in hydraulic simulations and design. Thorough understanding of fluid properties, thermal-fluid dynamics, and flow assurance principles. Familiarity with pipeline safety regulations such as DOT, EPA, and OSHA. Certifications, Licenses & Registrations: Valid driver's license with an acceptable driving record. Willingness to travel as required for field and project needs. Competencies, Skills & Abilities: Advanced engineering skills with the ability to successfully plan and deliver complex projects, including long-term, multi-team assignments. Ability to assess the feasibility of engineering tests or products and find practical solutions. Strong problem-solving skills with a systems-oriented approach to challenges. In-depth knowledge of pipeline facility design and operation, including the ability to collaborate effectively with multidisciplinary teams. Proven ability to work under strict deadlines and prioritize tasks effectively. Strong leadership skills, capable of de-escalating conflicts and fostering consensus within teams. Excellent communication, presentation, and interpersonal skills, with the ability to convey technical information clearly. Physical Demands: Ability to sit for extended periods, use hands for typing or handling, and communicate effectively. Ability to lift up to 25 lbs and perform fieldwork, including navigating construction sites and confined spaces when necessary. Working Conditions: Flexibility to work non-traditional hours and overtime if required. Primarily office-based, but fieldwork in varying weather conditions and remote locations may be necessary. Must adhere to established safety protocols and maintain effective communication across teams. Supervisory Responsibility: None. Preferred Qualifications: Ph.D. or Master's degree in Engineering. Professional Engineering license. Experience in CO2 pipeline and sequestration operations and design. Proficiency with hydraulic simulation software such as OLGA, Pipesim, and other industry-standard tools. Knowledge of industry standards, including DOT, API, and ASME.

US$140000 - US$192000 per annum
Lakewood
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AZ Mid level I & C Engineer

Responsibilities: Collaborates closely with project managers and clients to ensure alignment on objectives. Develops scopes of work for instrumentation and control (I&C) systems, networks, and associated projects. Leads I&C design teams for both medium and large-scale projects. Designs PLC SCADA networks for medium to large systems. Specifies and selects components for industrial fiber optic networks and systems. Creates block diagrams for SCADA networks. Chooses appropriate instrumentation for specific applications. Develops and updates P&IDs (Process and Instrumentation Diagrams). Creates control strategies for project implementation. Designs layouts for control panels. Prepares ISA data sheets and determines instrument locations. Develops and maintains input/output point lists. Reviews technical submittals for accuracy and compliance. Prepares detailed specifications for instruments, computers, networking equipment, PLCs, and other associated components. Provides preliminary and final cost estimates for I&C construction. Conducts design-related workshops with clients to discuss instrument preferences, HMI graphics design, and development of design standards. Designs radio telemetry SCADA systems, utilizing technologies such as microwave, spread spectrum, licensed MAS, and cellular networks. Mentors and trains junior instrumentation engineers. Prepares technical reports and memorandums for internal and external stakeholders. Oversees the instrumentation aspects of medium to large I&C projects in water and wastewater treatment facilities. Conducts quality reviews of instrumentation and control designs to ensure high standards. Contributes to the ongoing revision and enhancement of I&C master specifications. Develops customized specifications for unique or non-standard instrumentation applications. Effectively manages competing project priorities and conflicting requirements. Supervises and coordinates the work of other instrumentation engineers and CADD technicians to ensure high-quality and timely project completion. Assigns tasks to team members and monitors their progress, ensuring quality deliverables. Collaborates with others to find solutions for complex or challenging tasks. Actively participates in client communications and business development efforts. Evaluates alternatives, makes decisions, and determines the most effective course of action for the project. Makes clear, practical, and timely decisions to ensure project success. Simplifies technical aspects of instrumentation and control engineering for easier understanding by non-technical stakeholders. Pays close attention to detail when reviewing calculations, drawings, and specifications. Monitors project scope, schedule, and budget, ensuring adherence to the project plan. Enforces compliance with both company and client technical standards on all projects. Travels as required for project needs. Conducts site visits to observe work during construction and operation. Qualifications: Bachelor's degree in Electrical Engineering, Instrumentation and Control Engineering, Mechanical Engineering, or Chemical Engineering. 6-12 years of experience working with electrical power and control systems in water, wastewater, and petrochemical industries. Proficient in developing P&IDs, selecting instrumentation, designing control panel layouts, and understanding PLCs and SCADA HMI software. Knowledgeable in process control narratives, control system network design, radio telemetry, logic diagrams, and control schematics. Ability to assist in field construction and start-up activities for projects. Registered as a Professional Engineer or the ability to obtain registration within six months.

US$120000 - US$140000 per annum
Phoenix
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Senior I & C Engineer

Responsibilities: Collaborates with project managers and clients to align on project goals. Creates scopes of work for I&C systems, networks, and related projects. Leads design teams for medium and large-scale I&C projects. Designs PLC SCADA networks for both medium and large systems. Specifies industrial fiber optic networks, components, and systems. Designs SCADA network block diagrams. Selects appropriate instrumentation for projects. Develops Process and Instrumentation Diagrams (P&IDs). Creates control strategies for project execution. Designs layouts for control panels. Prepares ISA data sheets and identifies instrument locations. Develops input/output point lists for systems. Reviews and provides feedback on submittals. Prepares detailed specifications for instrumentation, computers, PLCs, and network equipment. Estimates preliminary and final construction costs for I&C systems. Engages with clients during workshops to discuss instrumentation, HMI graphics, and design standards. Designs radio telemetry SCADA systems utilizing microwave, spread spectrum, licensed MAS, cellular, or other radio technologies. Mentors and trains junior instrumentation engineers. Prepares technical memorandums and reports for project documentation. Manages the instrumentation portion of medium to large I&C projects for water and wastewater treatment facilities. Conducts quality management reviews of I&C designs. Contributes to the ongoing development and editing of I&C master specifications. Creates project-specific specifications for unique instrumentation applications. Balances competing project demands and manages conflicting requirements effectively. Oversees and coordinates other instrumentation engineers and CADD technicians to ensure work is completed with high quality and attention to detail. Delegates tasks and monitors progress, ensuring quality standards are met. Consults with others to address complex engineering challenges and find appropriate solutions. Actively participates in client meetings and business development efforts. Evaluates project alternatives and identifies the best course of action. Makes informed and timely decisions, ensuring that solutions are practical and executable. Simplifies complex technical aspects of instrumentation and control for clear communication with non-experts. Ensures precision in calculations, drawings, and specifications. Monitors project scope, schedule, and budget to align with the project plan. Enforces adherence to technical standards set by the company and clients. Willing to travel as needed for project needs. Conducts site visits during construction and operational phases. Qualifications: Bachelor's degree in Electrical, Instrumentation and Control, Mechanical, or Chemical Engineering. 10-15 years of experience in I&C systems for water/wastewater treatment facilities, pumping stations, and associated infrastructure. Professional Engineer (PE) registration. Expertise in the design of industrial I&C systems, instrumentation selection, and specification, as well as industrial communication networks for water/wastewater systems. Proficient in interpreting and designing P&IDs and control schematics. Extensive experience in designing industrial communication control networks. Highly motivated self-starter with the ability to work independently on medium to large-scale I&C projects. Ability to understand and develop project scope, budget, and schedule at the conceptual stage. Ability to handle routine or moderately complex tasks independently. Innovative approach to solving design and construction challenges in I&C. Strong communication skills, both verbal and written, with clarity and organization. Skilled in maintaining a positive influence and motivating project teams towards common goals. Capable of managing project challenges proactively. Understanding of both technical and business aspects of I&C engineering. Strong skills in public speaking, MS Word, Access, and Excel.

US$130000 - US$160000 per annum
Phoenix
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Senior Automation Engineer - DeltaV

Job Description: We are a 100% employee-owned company committed to the success of both our employees and customers. Our strong company culture and focus on investing in our team members have led to long tenures and lasting relationships with our clients. We operate across two divisions: Process Systems and Solutions, and Technology Consulting and Implementation Services. About Process Systems and Solutions: We provide cutting-edge process equipment and services in process control, automation, safety, and reliability. Our industries of focus include Chemical, Pharmaceutical & Life Sciences, Power & Utilities, Food & Beverage, and Pulp & Paper. About Technology Consulting and Implementation Services: Our consulting division specializes in Data Enablement, Production Optimization, Operations Management, and other value-added services. We partner with technology providers to deliver tailored solutions that meet our clients' needs. What We Offer: We offer a comprehensive benefits package to all eligible associates, including: Participation in the Employee Stock Ownership Program (ESOP) Retirement plan with Safe Harbor contributions Medical, Dental, and Vision Insurance Employer-paid Life Insurance and Long-Term Disability Insurance Generous paid leave options (vacation, sick leave, personal leave, jury duty, bereavement leave) Paid Parental Leave Paid Company Holidays Career Development Program Retirement and Financial Wellness Program Employee Assistance Program (EAP) Flexible/Hybrid Work Schedules Position Overview: We are looking for an Automation Engineer to join our Project Execution Team. In this role, you will take the lead in designing, developing, and implementing automation systems during capital projects. As a key technical resource, you will provide high-quality solutions using DeltaV, Asset Management Systems (AMS), and other related technologies. You will collaborate closely with project management and account management teams to ensure projects are delivered on time, within budget, and with the quality our customers expect. Additionally, you will mentor junior engineers and provide support to sales, estimates, proposals, and project management functions. Key Responsibilities: Lead project teams to meet schedule and budget requirements Monitor project scope, identifying and evaluating potential deviations Design and implement process control strategies Configure control strategies within the DeltaV DCS system Document designs for continuous process control applications Support Factory Acceptance Tests (FAT) and Software Acceptance Tests (SAT) Assist with start-up and commissioning activities at customer sites Troubleshoot system hardware, software, network, and instrument bus technologies Contribute to company procedures and configuration standards Generate project configuration estimates and support proposal creation Develop custom reports for plant maintenance and operations personnel Configure process modeling & simulation using Mynah MiMic software and DeltaV Work independently at customer locations Qualifications: Required Skills: Strong verbal and written communication skills Ability to meet project commitments and deadlines Ability to work both independently and in a team environment Customer-focused, self-directed, and detail-oriented Organized, reliable, and demonstrates integrity U.S. citizenship and valid driver's license Required Education & Experience: B.S. in Chemical Engineering, Electrical Engineering, Mechanical Engineering, Computer Engineering, Computer Science, or a related discipline Minimum of 5 years of relevant experience Experience with the DeltaV Control System Proficiency in MS Office Preferred Skills/Experience: Familiarity with Legacy Control Systems or PLCs Knowledge of regulated or validated systems Experience in a relevant manufacturing environment Proficiency with Windows Server 2016/2019 and network troubleshooting

Negotiable
Durham
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Senior Controls Engineer

Senior Controls Engineer Location: Sterling, MA (Relocation Assistance Available) About the Company: A rapidly growing leader in automation systems integration is seeking an experienced Senior Controls Engineer to join its team in Sterling, MA. This role offers an exciting opportunity for professionals looking to contribute to innovative automation solutions. The company provides a competitive salary, quarterly bonuses, and significant potential for career advancement within its expanding organization. Key Responsibilities: PLC & HMI Programming: Designs, programs, and configures PLC (Programmable Logic Controller) and HMI (Human-Machine Interface) systems using leading platforms such as Allen-Bradley, Siemens, or Schneider Electric. System Integration: Collaborates with multidisciplinary teams to integrate control systems into existing manufacturing processes, enhancing efficiency and reliability. System Analysis & Troubleshooting: Performs detailed analysis, testing, and troubleshooting to ensure automation systems operate optimally and reliably. Technical Support & Training: Provides expert technical support and training to engineers, technicians, and customers to ensure proper system operation and maintenance. Compliance & Safety: Ensures that all projects adhere to regulatory standards and meet the highest safety requirements. Qualifications: Education: Bachelor's degree in Electrical Engineering, Mechanical Engineering, Computer Science, or a related field (preferred). Experience: A minimum of 10 years of hands-on experience in control systems engineering. Technical Expertise: Proficiency in PLC programming and configuration, with experience in platforms such as Allen-Bradley, Siemens, or Schneider Electric. Strong knowledge of motion control, sensor integration, and data acquisition systems. Industry Experience: Familiarity with robotics, advanced automation systems, and Industry 4.0 technologies (IoT, machine learning, predictive maintenance). Communication Skills: Strong ability to communicate and collaborate effectively within a team environment.

US$120000 - US$165000 per annum
Sterling
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Senior R&D Engineer

We are seeking a highly skilled Remote Controls Research & Development (R&D) Engineer with expertise in Building Automation Systems (BAS) to join our innovative team. In this role, you will focus on developing, testing, and optimizing building automation controls applications, specifically using Distech Controls and Tridium Niagara Framework (including JavaScript for Tridium development). You will work closely with cross-functional teams to design advanced automation solutions that enhance energy efficiency, system reliability, and user experience. Key Responsibilities Research, design, and develop cutting-edge building automation control applications. Program, configure, and optimize Distech Controls hardware and software solutions. Develop custom Tridium Niagara applications using JavaScript, including UI development, data analytics, and control logic. Create and implement advanced control sequences for HVAC, lighting, and energy management systems. Collaborate with product managers, engineers, and clients to refine automation strategies and enhance system performance. Perform testing, troubleshooting, and debugging of control applications. Stay up to date with industry trends, emerging technologies, and best practices in BAS, IoT, and smart building technologies. Document technical designs, workflows, and best practices for internal and external use. Required Qualifications 5+ years of experience in Building Automation Systems (BAS) programming. Expertise in Distech Controls programming, including EC-Net, ECLYPSE, and GFX programming. Strong experience with Tridium Niagara Framework, specifically developing applications using JavaScript, HTML5, and related web technologies. Proficiency in BAS communication protocols such as BACnet, Modbus, and LonWorks. Experience designing and implementing advanced HVAC and energy management control strategies.

US$140000 - US$175000 per annum
United States of America
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Electrical Design Engineer

Company Overview A leading provider of innovative water and wastewater treatment solutions, this organization is dedicated to improving water quality and safeguarding the environment. The company works with public utilities, industrial clients, and community organizations to deliver reliable and sustainable purification systems. Join their mission to transform the world's water resources by developing cutting-edge technologies that ensure safe and clean water for everyone. Position Summary They are seeking a skilled and motivated Electrical Design Engineer with a strong background in industrial systems. In this role, you will be responsible for designing electrical systems for water and wastewater treatment facilities and equipment. You will collaborate closely with multidisciplinary teams-including mechanical, civil, and process engineers-to develop cost-effective, reliable, and efficient electrical solutions. Key Responsibilities Electrical System Design: Develop detailed electrical layouts, schematics, and wiring diagrams for wastewater and water treatment facilities. Specify equipment such as motors, drives, transformers, and switchgear to meet project requirements and industry standards. Technical Documentation: Prepare technical specifications, drawings, and design documents for procurement and construction. Maintain thorough documentation in compliance with company standards and regulatory requirements. Project Coordination: Collaborate with project managers, contractors, and other engineering disciplines to ensure cohesive project execution. Participate in design reviews, risk assessments, and value engineering efforts. Compliance & Standards: Ensure designs meet relevant codes, standards, and regulations (e.g., NEC, IEEE, IEC). Incorporate health, safety, and environmental guidelines in all electrical system designs. Testing & Commissioning Support: Provide technical support during equipment installation, commissioning, and troubleshooting. Conduct or coordinate site inspections to verify correct installation and performance of electrical systems. Continuous Improvement: Stay updated on emerging electrical technologies and industry best practices. Evaluate and recommend system upgrades for performance optimization and cost savings. Qualifications & Skills Education: Bachelor's degree in Electrical Engineering or related field (Master's degree is a plus). Experience: 3-5 years of experience in electrical design or related engineering fields. Experience in water/wastewater treatment or industrial process environments is highly desirable. Technical Proficiency: Working knowledge of AutoCAD Electrical, Revit, or similar design software. Familiarity with PLCs, SCADA systems, and industrial networking protocols. Understanding of electrical codes, standards, and best practices (NEC, IEEE, IEC). Soft Skills: Excellent communication and interpersonal skills to work effectively with cross-functional teams. Strong organizational skills and attention to detail. Ability to manage multiple projects and meet tight deadlines.

US$100000 - US$110000 per annum
Knoxville
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News & Insights

How Smart Buildings Make a Building Green Image
sustainability

How Smart Buildings Make a Building Green

In today's age, the importance of sustainable and eco-friendly infrastructure cannot be understated. As we grapple with climate change, resource depletion, and urbanization, finding innovative solutions for our built environment becomes paramount. This is where the concept of "Smart Buildings" comes into play. But how exactly does integrating smart technology make a building "green"? Let's delve into the various ways in which smart buildings contribute to a more sustainable future.1. Energy EfficiencyOne of the foremost benefits of smart buildings is the potential for significant energy savings, such as:Smart Lighting: Using sensors and advanced control systems, lighting can automatically adjust based on the amount of natural light available or the occupancy of a room.HVAC Optimization: Smart heating, ventilation, and air conditioning systems can adapt to the needs of the occupants and the external weather conditions, ensuring minimal energy wastage.Energy Monitoring: Real-time energy monitoring can provide insights into energy consumption patterns, allowing for tweaks and changes that can lead to substantial energy savings.2. Water ConservationWater scarcity is a growing concern in many parts of the world, but smart buildings can significantly contribute to water conservation by:Smart Irrigation Systems: These systems use weather forecasts and soil moisture data to water plants only when necessary.Leak Detection: Sensors can identify and alert about leaks in real-time, preventing water wastage and potential property damage.3. Waste ReductionSmart buildings also play a role in reducing waste:Smart Bins: These can signal when they're full, ensuring efficient trash collection and facilitating waste segregation.Integrated Recycling Systems: Automated systems can help sort and manage recyclable materials more effectively.4. Improved Air QualitySmart buildings can monitor and manage indoor air quality, ensuring a healthier environment for the occupants. Systems that help include:Automated Ventilation: Based on indoor air quality readings, smart systems can regulate airflow, ensuring a constant supply of fresh air.Pollution Alerts: Based on external air quality data, buildings can limit the intake of polluted air, ensuring a healthier living or working space.5. Sustainable Materials and ConstructionIn the realm of smart buildings, the materials used for construction play a significant role in enhancing their green credentials. Sustainable materials are those that have a reduced impact on the environment both in terms of their production and their disposal. These can include recycled or upcycled materials, locally-sourced materials that reduce transportation emissions, and materials that require less energy or water to produce.Furthermore, smart construction techniques can be employed to reduce waste during the building process. Prefabrication, for instance, where parts of a building are manufactured in a factory and then assembled on-site, can lead to faster construction times and reduced material wastage. Combining these methods and materials with smart technologies ensures the building starts its life cycle on a sustainable note and continues on that path.6. Integration with Renewable EnergyOne of the hallmarks of a truly smart building is its ability to seamlessly integrate with renewable energy sources, which has had a huge impact on renewable recruitment. These buildings are often equipped with solar panels, wind turbines, or even geothermal energy systems. But this isn't just about harnessing energy; it's also about managing it efficiently.Smart systems within buildings can predict energy needs based on various factors, like occupancy and weather forecasts. They can store excess energy generated during peak times using advanced battery storage solutions and then use it during periods of low energy generation. Some smart buildings even have the capability to feed excess energy back into the grid, effectively turning them into mini power plants. This not only reduces the building's carbon footprint but can also provide economic benefits in areas with feed-in tariff schemes.7. Enhancing Occupant Well-beingA green building is not just about reducing its environmental impact but also about ensuring the health and well-being of its occupants. Smart buildings come equipped with systems that constantly monitor indoor environmental factors like air quality, temperature, humidity, and light levels.For instance, biophilic design elements can be integrated, which focus on bringing natural elements indoors, leading to improved mental well-being and productivity. Smart windows can adjust their tint based on the time of day, ensuring optimal natural light without the associated heat. Air purifying systems, combined with smart ventilation, ensure that occupants are breathing clean air free from pollutants. The focus here is on creating a holistic environment that caters to both the physical and psychological well-being of its inhabitants.​​Incorporating smart technologies into buildings isn't just about advanced gadgets and automation. It's a concerted effort towards creating spaces that are more responsive to their environment and the needs of their occupants. By doing so, we're not just making our buildings smarter, but also greener, contributing to a more sustainable and harmonious future.For organizations and individuals looking to spearhead their next construction or retrofit project with sustainability in mind, the right engineering talent can make all the difference. Harnessing expertise that understands the intricate balance between technology and eco-friendly practices can set your project apart. If you're on the hunt for such expertise, request a call back today and let's collaborate on building a greener tomorrow!Looking to hire Smart Building Tech talent? Contact us.Request a call back

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The Rise of Remote Work in Automation Engineering: The Competition for Talent Image
hiring advice

The Rise of Remote Work in Automation Engineering: The Competition for Talent

The past few years have seen an unparalleled shift in the way industries operate. Amidst global challenges and the changing nature of work, both companies and professionals have found themselves adapting in previously unimaginable ways. Particularly in the Automation Engineering industry, remote work is no longer the future; it's the present. Eloise Smith, Principal Consultant at LVI Associates, sheds light on the nuances of these changes, offering insights into the competition for talent in an evolving landscape.The Shift to Remote WorkGone are the days when Automation Engineers were confined to their office cubicles. With the advent of digital tools and robust communication networks, professionals today have the liberty to work from anywhere, be it their cozy homes or a quiet cafe. This isn't merely a convenience. As the work landscape evolves, so do the dynamics of collaboration, efficiency, and productivity.The Significance of AutomationThe importance of automation and digitalization has become increasingly evident in today's world. Smith states, "This move has highlighted the importance of automation and digitalization in manufacturing and other industries. As companies aim to minimize the risk of future disruptions, automation stands out as the beacon for efficiency, cost-reduction, and enhanced flexibility." This sentiment echoes the collective realization of many industry leaders who understand that proactive adaptation separates the visionaries from the followers.The Battle for the BestThe talent landscape in Automation Engineering is both vibrant and fiercely competitive. The best engineers, equipped with both skill and market knowledge, seek workplaces that offer more than just a paycheck. Flexibility, innovation, and a harmonious work-life balance top their priority lists. Smith captures this sentiment perfectly, remarking, "To succeed in the competition for talent, companies need to provide flexibility as the best engineers understand the market and know they can find the benefits they are looking for elsewhere." It's a call to action for companies to not only understand but also cater to the evolving desires of top-tier talent.Looking To Hire?Automation Engineering is in the midst of a fascinating transformation. As remote work becomes commonplace and automation's significance grows, the race for the best talent is more heated than ever. If your company is on the hunt for an Automation Engineer or if you're keen on delving deeper into these industry trends, request a call back by completing the form below and embark on a journey towards a brighter, technologically advanced future with LVI Associates.

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Interview & Hiring Guidance

​5 essential tips for employers, hiring managers, and HR on the hiring process in energy & infrastructure The interview process, from initial phone call screenings and psychometric testing, to face to face interviews with the hiring manager and onsite tours, can often be a long and laborious process. So it is imperative to keep an interview process streamlined and engaged, to ensure talent doesn’t drop out, and your organization, and yourself is represented best. Here are 5 vital top tips for employers to stick to when interviewing top talent. Be present Showing excitement to prospective candidates provides insights for them into the potential team culture and attitude. Asking them questions about themselves, on their interests, their lives, their careers, as opposed to only technical questions to vet their hard skills, goes a long way in connecting on a human level. Another way to connect is by sharing real life examples of the day to day, positive experiences about the role and team, and details about project work. These are important talking points candidates like to know, and while they understand an interview may be rigorous technically, maintaining the conversational, human aspect is important too. Being engaged may sound simple, but given how much of the interview process is over Zoom/VC/phone these days, it is easy to get distracted and check emails or open windows on your computer. Remaining attentive and interested will bring the best out of the interview process and provide a positive candidate experience. Also important is to be interesting yourself. Be in sell modeMany of the above points are indirect examples of selling your team and role. However, in a more overt way, providing exciting opportunities at present and for future career growth are always on candidates’ minds and knowing there is more to be excited about than just hands-on skills or what is in the job description on day one makes them buy into the role and organization more. As part of selling the role, explain why you took this position, and what you liked about the company and team. Be relatable to their circumstances and share with them why the position in your team, at your company, is the best move they can make.Another important aspect to highlight here is the culture. Maybe there is more to what makes the role great than just the daily tasks or responsibilities, such as company sports team, lunch clubs, charitable groups, or environmental initiatives. Highlight what else is enjoyable so that candidates are excited about this role, as well as the team and company, aside from the day to day. These days competition for top talent is so tight, that those cultural differences can distinguish you amongst the rest.Be positive Many of the above points translate to this aspect of hiring, but above all, being cordial, professional, and sharing timely feedback all contribute to a positive candidate experience. In some cases, the candidate may not be a good fit culturally, or for your position, but you should still offer them professionalism and positivity in the interview. Remember, they may have colleagues or a network of other experts that could be better suited for your role/team. You want them to have a positive experience to refer people to you, and maintain your company’s reputation in the market, as well as your own. It's also important to note that many candidates often have other processes in the mix, so if you give them any chances to doubt their experience, they could be more likely to go elsewhere. Be flexible If a professional isn’t the 100% right fit, still ask yourself if there is a place for them in the team or organization, especially if they bring something unique to the company. Keep an open mind when recruiting talent, and consider the future headcount. Potentially you can create a new role for an exceptional candidate, especially if you don’t want to lose someone good to a competitor. See the positives in a candidate’s skillset if they bring enough to the table, and find reasons to say yes, especially in this market. Outside of being flexible with the job description, can you also be flexible with the offer? Offering nuanced benefits, flexible working, and customizing offers to the individual joining can again make the difference between rejecting and accepting. Be decisive The market is still exceptionally hot, so it is vital hiring managers are mindful of how quick an interview process needs to be. “Keeping someone warm” is so important, but if you can’t commit to them you do risk them going in another direction. Therefore, be timely with your feedback, especially if it's positive, to keep the momentum up. If they are at the top of your mind, you should stay at the top of theirs. Try and push approvals quickly as well. This is often bureaucratic but affect whatever influence you can have on an interview or hiring process, and don’t allow things to slow down if you can control it.Finally, be competitive. Don’t allow back and forth negotiations to hinder a process or allow time for other processes to catch up. Put your best, most competitive offer forward so it entices them from the very start.  To hire the best candidate for your open role, get in touch with LVI Associates today. As a specialist talent partner in energy & infrastructure , we have access to industry-leading talent around the world. Find the talent you need by submitting your vacancy, or request a call back below to elevate your hiring process with the right talent partner today.

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Management & Culture

Finding a company culture that fits 

For professionals seeking a new job, it’s often factors like salary, the day-to-day of the role itself, and the company brand that are central to the decision process. But each company has its own culture, customs, and values, even if they aren’t clearly defined, and they actually have more of an influence on your productivity, success, and even earnings than might be immediately clear. The world of work has undergone some remarkable transformation over the last few years, accelerated by the pandemic and the redefining of our values that it sparked - not to mention the major shift to a candidate-driven job market. As a result, experts have been given the opportunity to rethink what’s important to them in their day-to-day work life beyond the paycheck or job spec, and in large professional sectors in particular, such as technology and finance, this has positively influenced hiring companies’ approach to culture and its pivotal role in attracting and retaining top talent, as well as quality of work. A company’s culture is essentially its personality, and while some may think of it as a buzzword that signifies lunch time yoga or wearing casual clothes to work, it plays a much greater role in how an employee shows up for work every day than any promotion, bonus, or salary could. Thankfully, businesses are catching on, and companies from trendy new start-ups to corporate powerhouses are adapting to the changing needs of professionals, investing more intentionally in developing cultures focused on collaboration, positivity, and flexibility, alongside added perks that are both useful and unusual, giving them an extra competitive edge. Business cultures are just as varied as those in societies, and there can be danger in taking a job in a company where there is a cultural disconnect between employer and employee. This can lead to issues down the line as the employee becomes unhappy and the employer is dissatisfied with attitude or performance. When interviewing for a new role, it is therefore imperative that you are conducting your own assessment of their culture and how you would fit into it. It’s one thing to ask broadly about what their culture is like, but it’s important to come prepared with more specific questions in order to get a deeper sense of what life as an employee there would really be like. This article will look at what to focus on when assessing the culture of a workplace you are interviewing for, and how to get a realistic impression of the culture by doing some digging yourself before accepting a job offer. Look beyond the free gym passWhen reading about a potential role at a new company, it’s important to look beyond the shiny, eye-catching perks that they’ll want to tell you all about. While a free gym pass, pizza Fridays, a pool table, and fabulous social events are alluring, (and rightfully so, as they are a sign of a company that wants to reward the hard work of its employees) these are surface level, and your experience in the company will depend much more on deeper cultural traits and values such as flexibility when you need it, a supportive team environment, recognition, and opportunities for growth. While some perks are inventive and exciting and can certainly enhance your experience, a cool office space will never compensate for a negative work environment, and your happiness is always more important than a brand name on your CV or a bottle of beer on a Friday. Remember that perks are part of company culture, but not the culture itself, and tt is a company culture that helps businesses pull through times when money for perks isn’t on tap.What is truly important to you?You can work in a beautiful office with tastefully exposed brickwork and a designer chair, but none of this will matter if you hate your job. Approaching your job search having previously assessed what exactly you are seeking from your work life, what your non-negotiables are, and which elements of company culture will have the biggest impact on you, will help you to stay focused and land the role that’s right for you. Work out what truly motivates you and will support you to be the best version of yourself both professionally and personally, whether it’s flexible working options, a diverse workforce, or a tight-knit team, and see if this is provided by the company you are interviewing for. Consider which environments make you feel productive. How do you best work? Are you seeking more autonomy and the option to work from home? Then you may not be a fit for a company that is heavily focused on collaboration and team socialising.What is the company’s mission? Its values? Does it have a corporate social responsibility programme? A diverse workforce? Pinpoint those core values and see how they align with the messages companies are including on their employee value proposition and materials for professionals. These will inspire commitment and confidence in both your search and in the decision you land on.How to research a company culture as a professionalJust as you’ll want to get a feel for a neighbourhood before you buy a house, the same applies when you are searching for a new job. Your actual exposure to a company can be limited within the recruitment process, so we recommend using the following to research a company’s culture.Do some digging online​Have a look at employee review sites such as Glassdoor for comments from inside the company on their culture. However, keep in mind that people are potentially more likely to leave a bad review than a good one. This may mean, however, that a company with a slew of great reviews could be a particularly positive sign.​See if you have any connections within the company on LinkedIn and get the inside scoop from them. Again, don’t take these viewpoints as gospel, but rather as a building block and a way to get a general idea of employee experience. LinkedIn is also a way to find out the general tenure of people who work there as well as possibilities for progression and development. Good retention and development can be a sign of a positive company culture. Branch out during your interviewWhile an interview is a company’s chance to determine whether your skills and experience are right for the role, a large part of the decision will come down to character fit, which is essentially another way of determining how you would fit into their culture. It’s also a two-way street, of course, meaning it’s your opportunity to figure out if their culture is a fit for you, too. A great way to get the answers to this question that you need is to find an opportunity to speak candidly to your interviewer or others you meet within the business. These are likely the people you’ll be interacting with regularly and you’ll want to get a sense of how they communicate, both to you and to each other. Are they excited about the company? Do they seem to get along well? Do you have things in common beyond the professional? These are all factors that contribute to the overall culture and will impact your everyday experience.Get specificAsking a generic question will give you a generic answer, and hiring managers and other people who may be part of your interview process don’t want to hear the same old question interview after interview. Instead, show the company you’re interviewing for that you’re looking for more than to just show up, do the work, and get paid. You’re an individual with more to offer, and all parties will benefit from a good cultural fit. In addition, it’s not enough for you to take their word that they have a great company culture. Get into specifics and request examples of when company values and culture have led to success or excellent employee wellbeing. For example, say that you want to work somewhere where personal development is taken seriously, and then ask for an example where a personal development program has helped an employee achieve a promotion or a new qualification. Or if mental health support is important to you, ask about the ways in which the company offers this and whether it’s been well utilised. These stories and examples will give you a much better impression of how the culture works rather than memorised lines about remote working policies and employee engagement. And on top of that, you’ll get a much better feel for the people behind the job titles, which is half the battle when it comes to understanding where you fit into a company’s culture. No matter what position you find yourself in, use these tips to spot the work cultures that will — and will not — work for you. The company you ultimately choose should enable you to flourish rather than wear you (or your well-being) out.

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Phaidon International Findings

​As a leading talent partner, we keep our finger on the pulse when it comes to hiring trends, and 2022 was no exception. It has never been more important for companies to understand what business-critical professionals are thinking when it comes to making career changes, what compensation they’re after, and what benefits they really desire.We surveyed our vast, global network of the best, in-demand professionals, and came up with a number of valuable insights that employers need to know about if they want to attract the best talent, and just as critically, keep them.Discover what is motivating top talent around the world right now with our highlights across Engineering & Infrastructure.Download your copy of this report by completing the form below:​

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Highlights

The Case for Sustainable Business Practice

​Engineering a sustainable future. The world relies on engineering and infrastructure, but both disciplines can have an impact on the climate, with estimates pointing to 70% of global greenhouse gas emissions that stem from infrastructure. How can engineering and infrastructure be a catalyst for meaningful change and scale down the atmospheric temperature rise? The answer could lie in getting the right people in place to collectively tackle the climate crisis.  Our latest guide, The Case for Sustainable Business Practice, explores our key insights and topics covering: Global Initiatives: The Next Phase of Sustainable TransformationA New Dawn for EngineeringAuditing the Carbon FootprintCompanies Leading the ChargeA Concrete Case for DigitalizationGreen Jobs: New Ways to Conduct BusinessSustainable Talent To download the full report, complete the form below:

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Building-Diagnostics

LVI Associates Industry Insights - Deep Dive into Roofing & Waterproofing

​Jennifer Keegan, Director of Building & Science in Roofing & Waterproofing for GAF joined LVI’s Sarah Lazar to discuss how to break the glass ceiling in this male dominated industry as part of International Women’s Day celebrations. ​Watch the video or read our short summary here. ​Progression and opportunities to learn​Wherever there is an opportunity to learn and problem-solve on the job, Jennifer accepted and took on, continuing to step our of her comfort zone and recommends to ask lots of questions throughout your career. ​When asked how Jennifer progressed in her career, one point to note is that she attended and shadowed in meetings, which eventually lead to her first leadership role at ASTM. ​Jennifer managers a team of experienced enclosure consultants, architects and engineers. She translates all of their experience to support the design community. The science behind how building enclosures perform well is crucial as it helps to understand the problems, and influences building design to ensure it prevails. ​Life-long relationships​Jennifer has made a number of life-long relationships throughout her career. ASTM was her first industry association engagement, and she was surrounded by more senior, male figures, and they created opportunities for Jennifer to grow. She says she was given these opportunities because she fostered good relationships with people in the industry. And actually Jennifer was recruited into her current role at GAF through her engagement with ASTM. ​Jennifer was one of the few technical women ASTM, then National Women in Roofing recruited her to join their board. From there, she worked her way from Education Chair to then the Executive Board of Directors. ​This presented Jennifer with the chance to network with people she wouldn’t have met otherwise due to industry sector and job location, and has vitally enhanced her knowledge. ​The National Women in Roofing is also an excellent organisation that fosters a sense of solidarity and combats lack of opportunities for women within the industry. ​Career advice for women​Jennifer recommends embracing being part of a minority, and being seen as an underdog. Demonstrate to people that you can back up your capabilities, whether that is debating a technical issue or climbing the scaffolding, because this is where loyalty and respect will grow from, and relationships too. Overall, it really is a people business, and people work with the people they get on with. Therefore, get involved, reach out and ask questions. ​

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LVI Associates Industry Insights - The future of façade engineering

A video series deep dive into a multitude of sectors across engineering & infrastructure Sarah Lazar, Principal Consultant, Forensic Structural & Building Enclosures, LVI Associates, interviews a host of engineering & infrastructure industry experts in our collection of videos. Vicente Montes-Amoros, PE, LEED AP, BD+C, Structural & Façade Engineer at Curtain Wall Design & Consulting joined Sarah to discuss the future of façade engineering, how a building can create a ‘death ray’, and how the industry can be more sustainable. Watch the video or read our short summary on the interview. Considerations & differentiationsWhen deciding a façade system, there are four main aspects you must take into consideration - Structural Thermal Air performance Water PerformanceIt’s also important to also consider different approaches to façade engineering across varying locations. Some suppliers and manufacturers are preferred in certain markets, and it takes time to work through who and what is the preference, for example Virginia and New York are in close proximity to one another, but they use contrasting products & manufacturers, so state-to-state can also be quite different. What is a death ray?A death ray is an example of when a façade doesn’t perform in the way you want it to. The Fenchurch Building, nicknamed the Walkie Talkie in London experienced this, where the split in the vertical & horizontal plains, as well as the natural curve of the structure caused a concentration of sunlight in a focal point – the death ray essentially. This then reflected off the building, causing cars to melt or burn. A similar case also happened in Las Vegas at the Vdara Hotel. Awnings and covering the glass in non-reflective film can help prevent such solar glares, and it is something façade engineers have to consider when working on projects. Technology has also been developed that predicts & quantifies the amount of energy reflected from the building back into the environment, and because of the Walkie Talkie incident, there is more demand for such technology as a result of this incident. The geometry of multiple buildings has also changed to counter causing a death ray. What does the future of façade engineering look like? With a focus on global warming & climate change, there is a lack of understanding when trying to bring systems & components together. For example, some believe triple glazing is the way forward for energy performance and that the energy saved after switching from double glazing would be significant. Triple glazing was tested in Washington DC within a realistic budget, and actually the assumption was not correct. There was very little distance (U Value) between double & triple glazing. Some building owners are concerned with their buildings performance, often driven by energy consumption or bills, so there is a cost benefit to also being more sustainable too. Other building owners have a set budget & know they will sell in a number of years, therefore aren’t concerned with the buildings performance, which can make sustainable façade engineering a little more tricky. In many countries, there is legislation in place to make owners of buildings who aren’t concerned keep up with minimum standards, and contribute to better sustainability. Façade engineering is becoming more specialised & complex, with the industry becoming stricter, meaning the overall façade systems sector will have to find ways to perform better. This will result in the industry reaching new heights than 10 years ago, and what people thought was impossible is now possible, so it is a really exciting time to be in façade engineering.

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Building-Diagnostics

Why Counter-Offers are a Waste of Time and Money

​The global engineering and infrastructure sector has a busy market where skilled candidates, particularly with those who have experience in new and emerging technologies, are high in demand. If you face a note of resignation in your inbox, it is tempting as an employer to send back a counter-offer to retain your most valuable employees on the payroll.The sad reality is that those who wish to leave your company most likely don’t have salary as their only or primary motivating factor. Often there are underlying issues behind the reason why they have handed in their resignation, and these won’t be solved with the money of a counter-offer. In fact, most employees who accept a counter-offer leave a company anyway within six to twenty-four months of accepting that offer.This article covers the reasons why you should rethink your choice to make a counter-offer to a leaving employee, and why counter-offers are ultimately a waste of time and money for your company.

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diversity & equality

​The Key to Attracting Female Talent to Engineering

Women remain as scarce as ever in engineering and advanced manufacturing. By the latest estimates, women make up only 13% and 9% of the US engineering and advanced manufacturing workforce respectively. These statistics reveal the state of stagnation over the last few decades. The numbers haven’t changed since 2001, for fact advanced manufacturing, the current estimate represents a decline of one per cent. Why are less women drawn to pursue engineering? One suggestion: they are less competitive. Researchers suggest that gender differences in psychological traits contribute to gender occupational segregation. They argue that women are generally more risk averse and less competitive than men, which affects the “choice of field of study, which in turn affects future career choice.” The report cites a study from the Netherlands that found even after accounting for grades, perceived mathematical ability and socioeconomic background, gender differences in competitive can account for 20% of their subject choice.However, a study by Muriel Niederle, a professor at Stanford, and Lise Vesterlund found that women were much less confident in their abilities, and this caused them to shy away from situations in which they would have to compete with others.One way to combat this is to give women more encouragement. Among STEM subjects, engineering continues to have one of the highest rate of attrition and women have a higher turnover than men. Several reasons have been posed for this, including an inflexible and demanding work environment that made work-family balance difficult and stigma consciousness. Indeed, in a recent survey by DSJ Global, 41% of engineering professionals say that a lack of accommodation for work-life balance and family is the main challenging to increase gender diversity.Gender bias, whether incidental or deliberate, has a profound impact on attracting women into engineering roles. Dan Brook, a director of LVI Associates, comments that he has witnessed the effects first hand when it comes to recruiting female talent: “We had one individual, who got through to the final interview stage at a well-known engineering firm. She did her due diligence and saw that the board of directors were all men—so she pulled herself out of the process. She thought they wouldn’t suit her. This shows there’s a practical, as well as moral, reason to diversify your board and your company. Gender diversity, or a lack of it, has a real impact on talent acquisition. This is tangible.”​Changing the landscapeChange really has to come from the top down, advises Dan Brook, but he has observed a renewed commitment from legislators with regard to supporting diverse businesses, “I first heard about this in Texas a few years ago, where the government are supporting female or minority lead companies through a number of certification schemes, including the Historically Underutilized Business (HUB) Program and, nationally, the Disadvantaged Business Enterprise (DBE).” The Historically Underutilized Business (HUB) Program was created to promote full and equal procurement opportunities for small business that are at least 51% owned by women or minority groups. Once their application is approved by the Texas Comptroller of Public Accounts (CPA), the company is considered ‘certified’ and agencies using them on contracts receive credit toward meeting established HUB goals.In Texas, the state-wide HUB goals for procurement are 11.2% for heavy construction other than building contracts and 21.1% for all building construction. Nationally, the Disadvantaged Business Enterprise (DBE) operates in a similar fashion. Where for-profit small businesses have at least a 51% interest and also control management and daily business operations, they can receive a DBE certification from the relevant state-generally the state Uniform Certification Program (UCP). As recipients of financial assistance from the Department of Transportation, state and local transportation agencies are then responsible to establish DBE subcontracting goals. Such programs play just a part in driving diversity in engineering. Not all companies can, or will be, minority-led, but they need to find ways to increase their gender balance. All firms need to create an integrated talent pipeline that hires and promotes female talent. The first step to accomplishing this is to understand why female engineers exit from the recruitment process. Download our complimentary report that takes a deep dive into the engineering, manufacturing, transport and logistics responses from Why Women Withdraw from the Recruitment Process.

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