Don’t Land A Job Right Away: Close The Resume Gap

• Volunteering: Offer your skills to local non-profits to gain verifiable experience. Include past volunteer work for no pay to show you stayed active in job searches and were dedicated to helping other people.
• Upskilling: Take short courses or get industry-specific certifications to fill skill gaps.
• Personal Projects: Build a portfolio, write case studies of your work, or update a GitHub profile to demonstrate your work.
• Start a Business: If possible, start a part-time business related to your trade school major to earn money and gain experience for your updated resume.

Leverage Local Networking

Adjust Your Job Search Strategy

• Widen Your Scope: Be willing to accept entry-level roles, temporary contracts, or paid internships or externships that serve as stepping stones.
• Define Your Target: Instead of applying to every open role, make a list of 10–20 target companies and define exactly what roles, work environments (remote, hybrid, on-site), and cultures you want.
• Optimize Your LinkedIn Profile: Up to 70% of recruiters use AI for selection. Treat your profile like a landing page by using professional headlines, summaries, and industry-specific keywords so recruiters can find you.
• Tailor Every Application: Never use a generic resume. Review the exact wording in the job description and weave those specific keywords and phrasing into your resume and cover letter.
• Network Strategically: Direct applications to a specific job board yield lower success rates than networking. Reach out to employees or hiring managers at your target companies to learn about their team and the problems they are trying to solve.
• Organize Your Efforts: Use a job application tracker (like the Job Application Tracker Template) to log the date you applied, points of contact, and follow-up reminders.
• Leverage Modern Tools: Enhance your resume and prep for interviews by using AI tools, such as the LinkedIn Premium Resume Builder or Indeed Career Scout.

Manage Finances And Mindset

Disclosure:

The post What To Do If You Graduate And Don’t Land A Job Right Away appeared first on ITI College.

Trade School Grad’s Resume: Hands-On Training And Experience

• Specific Tooling & Equipment: Detail the specific machinery, diagnostic equipment, software (e.g., AutoCAD, diagnostic scanners), tools, and materials you are certified to use or handle.
• Quantified Projects: Highlight your capstone projects, lab hours, or apprenticeships. Focus on what you built, diagnosed, or repaired, and note the scale of the work.
• Externships: Some trade schools offer externships instead of internships, which provide valuable work experience while in school, and you should enroll in one if offered.
• Jobs While in School: If you worked part-time or full-time while in school, record all your accomplishments related to your degree or certificate.
• Field Trips: Although a minor reference, briefly record what you learned from significant field trips to business and industry.

Trade School Grad’s Resume: Licenses and Certifications (The Primary Filter)

Use Industry-Specific Keywords In Your Resume

• Tailoring: Review the job description for each job you are applying for, and pull exact keywords from it to highlight your skills and knowledge on the resume. Use industry-specific terminology (e.g., blueprint reading, residential HVAC, troubleshooting electrical faults, etc).
• Use Clarity and Honesty: Write all sentences and statements clearly and concisely. Do not exaggerate or be dishonest in any way because you may lose the job. Recruiters will contact your references to check your current and prior employers.
• Use Power Words: Search for lists of power words online that fit your qualifications for jobs, and use them in your resume to highlight your strengths.

Highlight Your Workplace Readiness Soft Skills

• Work Ethic and Dependability: Employers look for workers who show up on time, are prepared to work, and follow through on commitments.
• Problem-Solving: The ability to think critically on your feet, troubleshoot issues, and adapt to unexpected obstacles on a job site.
• Communication: Clear verbal and listening skills are required to take instructions, coordinate with coworkers, and explain updates to clients.
• Teamwork and Collaboration: Most trade jobs require working in crews; graduates must collaborate effectively to ensure safety and efficiency.
• Time Management: Understanding how to prioritize tasks to meet project deadlines without sacrificing quality or safety.
• Adaptability: The willingness to learn new technologies, switch between tasks, and accept feedback from seasoned professionals.
• Safety Consciousness: While technically a procedural requirement, maintaining a strong awareness of job site safety reflects a mature and professional attitude.

Instructor Referrals And Reliability

Disclosure:

The post What Employers Actually Look For In A Trade School Grad’s Resume appeared first on ITI College.

The Shift From Reactive To Predictive Maintenance

What This Means For Automation Techs

• New Skillset Requirements: Technicians need to understand how to connect smart sensors to Programmable Logic Controllers (PLCs) or edge computing gateways, interpret diagnostic dashboards, and use this data to inform troubleshooting teams. Students should attend a strong automation systems technology program and earn an associate degree.
• Task Augmentation: AI and digital workflows do the heavy lifting of preparing work orders and asset histories, allowing technicians to spend their time actually diagnosing and fixing issues rather than managing paperwork.
• Focus on Diagnostics: Instead of tearing down functional machines for routine checks, technicians can use predictive analytics to target exactly which mechanical or electrical component is degrading.
• Higher Strategic Value: Because AI handles a massive portion of routine condition monitoring, technicians transition into strategic roles focused on continuous improvement, calibrating sensor guardrails, and system upgrades.

Benefits Of Predictive Maintenance For Automation Techs

• Minimized Unplanned Downtime: By constantly monitoring asset health, you can schedule necessary repairs during planned production halts, achieving up to a 75% reduction in equipment failure-related outages.
• Reduced Maintenance Costs: Eliminates emergency shipping for spare parts, unnecessary parts replacement, and costly crisis-mode labor, allowing organizations to decrease total maintenance spending by up to 60%.
• Extended Equipment Lifespan: Preventing machines from operating under stress or running to the point of catastrophic failure extends asset lifespan by up to 40%.
• Improved Workplace Safety: Anticipating mechanical, electrical, or structural failures helps minimize hazardous situations and protect personnel.
• Enhanced OEE (Overall Equipment Effectiveness): Keeping the production line running optimally reduces defects and ensures consistent throughput.

Industries And Companies Using Predictive Maintenance In Automation

• Manufacturing & Automotive: Factories use predictive maintenance to monitor robotic arms, CNC machines, and conveyor belts, preventing multi-million-dollar production pauses and failures.
• Energy & Utilities: Wind turbines, electrical grids, and power plants use sensors to detect vibration anomalies and thermal stress, keeping energy delivery continuous and safe.
• Oil & Gas: Pipelines and offshore rigs are heavily automated; operators track pressure drops and valve wear to avert severe safety and environmental disasters.
• Semiconductor Fabrication: Facilities utilize micro-vibration analysis and thermal tracking on delicate wafer-handling robotics to prevent unexpected machine halts.
• Building Management: Commercial properties use automated systems to monitor HVAC, elevator health, and energy consumption across global portfolios.

• Siemens: Offers deep integration by merging automation hardware (PLCs) with AI software like Senseye to analyze asset conditions.
• IBM: Uses its IBM Maximo and Watson AI platforms to generate predictive health scores for heavy machinery across industrial floors.
• General Electric (GE Vernova): Supplies advanced digital twin technology and automated machine diagnostics via solutions like SmartSignal.
• Rockwell Automation: Specializes in connecting factory-floor control systems (like Logix controllers) directly to predictive analytics and software.
• Augury: Provides AI-driven diagnostics using vibration and acoustic sensors to monitor rotating equipment in automated assembly lines.

The Bottom Line

Disclosure:

The post The Rise Of Predictive Maintenance and What It Means For Automation Techs appeared first on ITI College.

Students in the Automation and Instrumentation program at ÌÇÐÄÔ­´´ master Programmable Logic Controllers (PLCs) by learning how industrial digital computers control machinery. The curriculum bridges electronics and software, teaching students to monitor sensor inputs, process logic, and control automated equipment safely and efficiently.ÌýContact us today for more information.

PLC In Automation: Core Concepts And Skills Taught

• Basic PLC Operations: Understanding how a PLC continuously repeats a four-step process: reading inputs, executing programs, updating outputs, and repeating.
• System Architecture: , power supply modules, and memory.
• Input & Output (I/O) Devices: Learning how to interface PLCs with environmental sensors (e.g., limit switches, proximity sensors) and actuators/output devices (e.g., motors, solenoid valves, buzzers).
• Ladder Logic Programming: Translating control logic into code that mimics electrical relay circuits. Students learn basic instructions like Examine if Closed (XIC) and Examine if Open (XIO), as well as more complex latching (seal-in) circuits.
• Advanced PLC Applications: Moving beyond basic on/off sequencing into more complex industrial processes, process control theory, and hardware.

Supporting Technologies And Hardware

Programming Languages and Logic

• Basic Instructions: Learning series/parallel logic, normally open (NO) / normally closed (NC) contacts, and latching/unlatching circuits.
• Timers and Counters: Programming on-delay, off-delay timers, and up/down counters for automated sequencing.
• Advanced Commands: Using math and move commands, data manipulation, and arrays.

Troubleshooting and Maintenance

1. Safety First: Lock out and tag out (LOTO) hazardous energy sources before opening panels.
2. Consult Operators & Logs: Gather context on what the machine was doing when the failure occurred. Review the timestamped error logs via your Human-Machine Interface (HMI) or control software.
3. The 5-Step Method:
   • Power: Verify that the main power supply and the 24V auxiliary power are stable to prevent processor crashes or false sensor readings.
   • Inputs: Check if the corresponding input LEDs turn on when field devices (sensors, push buttons) are activated. Use a multimeter to confirm the exact voltage.
   • Outputs: Ensure the PLC is commanding the output. If the indicator light is on but the field device (motor, cylinder) doesn’t react, check for blown fuses or tripped overloads.
   • Program Logic: Go online with your programming software (e.g., TIA Portal, RSLogix) to monitor ladder logic in real-time and step through state machines.
   • Communication: Verify fieldbus connections (Profinet, Ethernet/IP, Modbus). Broken cables or IP conflicts can halt entire production lines.

• • Thermal Management: Clean enclosure filters and fans regularly. Dust buildup and high temperatures cause premature degradation of the processor and I/O components.
  • Inspect Wiring: Annually check terminal blocks and relay contacts for corrosion, oxidation, or looseness due to factory vibration.
  • Backups & Updates: Consistently back up your PLC programs (and HMI screens) to a secure, centralized server. Keep PLC firmware updated to the manufacturer’s stable baseline.
  • Battery Replacement: Track and replace PLC backup batteries (which retain RAM during power cycles) on a strict schedule, typically every 2 to 5 years depending on the model.
  • Software Tools: Use programming and simulation software (such as Rockwell’s Studio 5000, RSLogix, or Factory IO) to build, test, and debug code.
  • Diagnostics: Monitoring forces and online edits, reading analog inputs, and conducting PLC safety and risk analysis.

  Broader PLC In Automation Curriculums

  PLC programming is often just one piece of the puzzle in automation applications. At ÌÇÐÄÔ­´´, students are trained in a wide variety of overlapping automation disciplines:

  • Robotics: Programming and operating robots that perform industrial tasks such as material handling and assembly. Programming touch-screen displays that allow operators to monitor and interact with the automated process.
  • Microprocessors: Studying microprocessor architecture, basic I/O systems, and Arduino platforms to design and construct a final control project of students’ choosing.
  • Motor Control and Drives: Interfacing PLCs with Variable Frequency Drives (VFDs) to regulate motor speed.
  • Communication Networks: Understanding network technologies and industrial protocols, such as Modbus and Ethernet over TCP/IP.
  • Technical Writing & PC Skills: Gaining familiarity with computer software like Microsoft Office and Excel for documentation and reporting.

  Learn professional PLC programming basics and more in ÌÇÐÄÔ­´´’s Automation & Electronic Systems Technology (AOS) Associate in Occupational Studies Degree Program. Go online to request information about this program and our college.

  Disclosure:

  For more information about graduation rates, the median debt of students who completed the program, and other important information, please visit our website: /disclosures/

The post PLC Programming Basics: What Automation Students Learn at ÌÇÐÄÔ­´´ appeared first on ITI College.

Process technicians play critical roles in manufacturing and processing plants. According to the , general manufacturing technician jobs are projected to grow from 3 percent to 11 percent from 2024 to 2034, depending on the industry. Semiconductor and electronics technicians’ jobs are expected to grow 11 percent or more during the same period. Let’s look at a typical week in the life of a process technician on a night shift. Contact ÌÇÐÄÔ­´´ for more information.

Typical Process Technician Shift Handover And Setup (6:45 PM – 8:00 PM)

• This demanding technical role often follows a rotating 12-hour shift schedule.
• Technicians may work a traditional night shift 5 days a week.
• The 12-hour shift may include working 3 days on, 2 days off, 2 days on, and 3 days off.
• This shift job requires immense adaptability and focus.
• Because the work continues around the clock, every week features a mix of standard procedures, equipment maintenance, and unexpected problem-solving. The basics are taught in plant operations training in a technical school.

Shift Handover And Setup (6:45 PM – 8:00 PM)

Routine Monitoring And Sampling (8:00 PM – 11:00 PM)

• Process Control: Technicians monitor automated manufacturing processes via a Distributed Control System (DCS) or to ensure parameters like temperature, pressure, and flow rates are holding steady.
• Quality Assurance: They gather physical product samples from the production line to measure specific properties (such as weight, thickness, or purity) and record data to confirm targets are met.
• Instrument Monitoring: Process technicians may work with instrument technicians when they need to coordinate processing issues.

Preventive Maintenance And Repairs (11:00 PM – 3:00 AM)

Continuous Production And Mid-Shift Handovers (3:00 AM – 5:00 AM)

• Adjusting Settings: Technicians interpret quality control data and make necessary operational adjustments (such as modifying heat controls or water-cooling temperatures) to optimize plant efficiency and reduce scrap material.
• Documentation: Maintenance reports and system logbooks are updated continuously throughout the night. Depending on the specific company or plant, a localized mid-shift briefing may occur to discuss overnight progress.
• Variables To Control: Technicians monitor and control pressure, level, temperature, and flow rates to ensure they currently meet production standards.

Final Wrap-up & Morning Handover (5:00 AM – 7:15 AM)

The Lifestyle Balance

Disclosure:

The post A Week In The Life Of A Process Technician On A Night Shift appeared first on ITI College.

Cybersecurity is our best defense against malicious cybercriminal attacks. An organization’s strong cybersecurity policies and infrastructure work to create security from attacks and potential attacks. Heavy investments are made to reap the benefits of cybersecurity, such as protecting assets, sensitive data, and national security. Organizations need the right tools and strategies to survive.Ìý

What Is Cybersecurity And Its Importance

Cybersecurity is a defense system to defend us and digital devices from hackers, spammers, and cybercriminals.Ìý Most professionals work on finding the best ways to protect personal and organizational assets, including computers, software programs, smartphones, networks, and databases, from attacks.

Cybersecurity is a broad field covering preventing identity theft and detecting international digital weapons. Attacks are typically focused on the following:

• Accessing information
• Changing information
• Destroying information
• Extorting money from users
• Interrupting business processes

Organizations must constantly work on ways to prevent the loss of revenue, sensitive data, and interruption of their computer systems. According to the FBI, cyber attacks cost the U.S. about $12.5 billion in 2023. This is a 22% increase from 2022 and about $40 per person.

Beware Of These Types Of Cyber Threats

We need to be aware of common cyber threats to recognize them and stop them. Three classifications of crimes include computer-assisted crimes, computer attacks, and those where computers are incidental to the crime. Typical threats include:

• Adware is a type of malware that can install an unwanted program that generates unwanted online ads.
• Botnets are a major attack by remotely controlled malware-infected devices. Compromised computers become part of the botnet system.
• is aimed at harming computers and information technology and creating major social disruption.
• Denial of Service attacks flood a network or computer with an overload of processes, making it impossible to respond to user requests.
• Malware can install harmful software without approval or disrupt a computer system
• Man-In-The-Middle attacks involve hackers who insert themselves into a two-person online transaction. The hackers can filter and steal desired data.
• Phishing is a false communication trick that typically asks us to follow instructions that are risky for personal information. Some attacks also install malware.
• SQL attacks insert malicious code into SQL-using servers, which causes problems.
• Trojans trick us into thinking we are opening a harmless file. Once in place, it can let cybercriminals access our system.

Cybersecurity Provides Many Benefits

The benefits of organizations installing cybersecurity measures outweigh their costs. Research has shown the many benefits include:

• The essential benefit is protecting computer systems, networks, and data
• Companies boost their brand trust and keep more customers
• They spur innovation and separate themselves from the competition
• Power plant blackouts caused by hackers can be prevented
• People’s personal financial information can be better protected
• Response time to attacks is faster and less expensive than without cybersecurity

Cybersecurity service providers are hiring more staff who are available round the clock. This service can be more cost-effective than in-house It security

Cybersecurity Misconceptions You Should Know

Misconceptions and myths are floating around that we should be aware of because managers and employees sometimes perpetuate them. Don’t believe the following:

• Antivirus software is enough to protect us – Since not all attacks and threats are known, antivirus software is insufficient protection. Evolving malware may not be detected by such simple means.
• Cybersecurity is the IT department’s job – Cybersecurity is a group effort including managers, employees, and the IT department. Human error is the leading cause of data breaches, and effective training must be put in place.
• – The safety of data in the cloud depends on the provider’s security practices as well as your company’s practices.
• My business is too small to become a cyber target – Cyber Criminals often attack small organizations because they lack strong cybersecurity protection.
• Strong passwords provide all the protection we need. Strong passwords are helpful but are not foolproof. Sophisticated attackers can compromise passwords and cause data breaches.

Cybersecurity in today’s digital world creates a growing need for skilled professionals who can help protect networks, systems, and sensitive information. Earning an associate degree in cybersecurity can help prepare you for entry-level career opportunities in this expanding field. Contact us today for more information to learn more about our program and how to get started.

For more information about graduation rates, the median debt of students who completed the program, and other important information, please visit our website: /disclosures/

The post The Importance of Cybersecurity In Today’s Digital World appeared first on ITI College.

Cybersecurity attempts to deter cyber attackers’ efforts and safeguard our assets. These attackers are now busy wreaking havoc with automation systems in factories and plants worldwide.  Contact ÌÇÐÄÔ­´´ today for more information.

What Is Cybersecurity

Cybersecurity seeks to protect applications, computing devices, financial assets, networks, programs, sensitive data, and systems from digital attacks. The attacks appear in these forms:

• Accessing, changing, or destroying sensitive information
• Extorting money from users with ransomware
• Interrupting normal business processes

Neglecting a company’s cybersecurity can make its sensitive information and data vulnerable to cyberattacks. These attacks can go so far as to halt business operations or damage a company’s reputation. Today’s customers, automation managers, and IT departments are more aware of cybercrime and expect their data and operations to be protected.

The three major areas of cybersecurity include network, cloud, and physical. Network security uses multiple layers of defenses in the network and at the edge to block cybercrime. Cloud security is necessary as more companies move toward digital transformation strategies and use cloud-based tools and services. Physical security is designed to protect people, property, and physical assets from actions and events that could lead to damage or loss.

Cybersecurity And Automation

Conventional cybersecurity solutions are ineffective against the huge growth of sophisticated security threats. The FBI reported cybercrime losses of $6.9 billion in 2021 and $10.1 billion in 2022. In the last five years, the FBI has received 3.26 million complaints that total $27.6 billion in U.S. losses. Cybersecurity automation uses artificial intelligence (AI) and machine learning (ML) to disarm and manage these threats and losses. It uses algorithms, software tools, and advanced electronic systems to automatically detect, access, and respond to security threats.

Automating cybersecurity processes in manufacturing facilities allows them to run faster and more efficiently. This technology lets companies detect and disarm cyber threats before they can disrupt operations. The latest automation cybersecurity helps fight against the most sophisticated cybercriminals who pose threats.

Potential Risks And Threats In Automation

As manufacturers adopt greater levels of technology, automation, and connectivity, a sophisticated cybersecurity strategy is essential. Although these advances create higher productivity and efficiency, they also create new points of vulnerability that include:

• IP theft results in the unauthorized use or theft of intellectual property (IP)
• Cyber attacks to steal data and money or disrupt production are frequent
• Human error is caused by not enough security training to combat crime
• Employee abuse comes from employee negligence or theft
• Public clouds are attacked by sophisticated hackers from any location
• Network vulnerabilities are exposed to outside cyber thieves.

The top five categories of cyber crimes in 2033, ranked most to least, were phishing, data breach, non-payment/non-delivery scams, extortion, and tech support scams. Factories specifically face data poisoning, system manipulation, transfer learning attacks, and robotic programming.

Preventive Measures For Automation Cybersecurity

Fortunately, there are some preventative measures the manufacturing industry can put into action to reduce or eliminate cyber crimes, including:

• Prioritize Risks by identifying vulnerabilities and ranking them based on overall risk
• Use strong encryption to defeat attempts to monitor networks
• Add an incident management plan for actions related to high-priority risks
• Beef up cybersecurity automation to use more real-time network monitoring
• Upgrade, implement, and train employees to use higher-level security policies
• Implement an to monitor networks for malicious activities and take corrective actions

Manufacturing is so competitive today that companies must research security measures so that hackers will not move them out of their ranking in the global marketplace. Generally, the best results are obtained by working with a security consulting firm that specializes in your industry.

The Future Of Cybersecurity In Automation

The manufacturing industry is experiencing cyber risks and threats at unprecedented levels. Evolving technologies and their vulnerabilities open factories to sophisticated and severe attacks. Companies must make cybersecurity a top priority to safeguard their operations.

If you want a career in automation and electronic systems technology or to upgrade some skills in your current job, enroll in a qualified training program. Employers are seeking qualified workers in virtually all states. Contact ÌÇÐÄÔ­´´ today for more information.

For more information about graduation rates, the median debt of students who completed the program, and other important information, please visit our website at: /disclosures/

The post Cybersecurity In Automation: Safeguarding Electronic Systems appeared first on ITI College.

Leadership must focus on the risks that matter most and determine how to establish and manage successful strategies. Current management can establish a training program, or an outside company can provide training and education services to achieve the purpose. Contact ÌÇÐÄÔ­´´ today for more information.

Focus On The Risks That Matter Most

Does top management always know the greatest security risks they face? Generally, they do, but all organizations are vulnerable, especially small businesses that think they cannot afford the best security measures. Management must focus on the risks that matter most to their data, networks, equipment, and IT processes.

The best approach to protect an organization is by conducting a cyber risk analysis. By doing so, you can plan for a more secure future by:

• Identifying threats
• Assessing threats
• Mitigating threats
• Continuing to improve your plan

Cybersecurity must be a top priority for any organization in today’s technological world. Cybercriminals are causing problems on a global scale that are costing businesses billions of dollars each year. Once you determine the greatest risks you face, you can begin to do something about them to protect your organization.

How To Manage Successful Cybersecurity Strategies

Any organization needs a plan and the knowledge to use it effectively. Any organization can apply some of the best practices in use today, including:

• Adopt a cyber risk management framework as the best defense against cyber crimes. You should conduct a risk assessment, establish policies and procedures, create an incident response plan, continually monitor plans, and use multiple layers of security. The management framework must be compliant with best industry practices and fit the organization’s budget
• Implement Preventative Measures to reduce or eliminate threats before they enter your IT systems. Employees can create and implement them or an outside service can do the job for you. First, use firewalls to control the incoming and outgoing network traffic and combine them with antivirus programs to detect and stop malicious software.

Other things that can be done include updating and patching all software, encrypting data adequately, and making sure that only authorized employees can access sensitive data.

• Train and educate employees adequately to be your strongest ally. Conduct regular cyber awareness training at all levels in the company. Foster a culture of security throughout the organization, beginning now and into the future. Practice simulated cyber attacks as a teaching method. They will test your employees’ responses and the effectiveness of your cybersecurity plan. The results will guide changes needed in the training plan to be more effective.

• Create a long-term continuity plan to counteract a cyber incident so that critical IT functions can continue with minimal disruption. Develop strategies to maintain essential IT services, functions, and the resources needed to support them.

Back up data regularly in secure locations and test the backups often to ensure data integrity. Test the plan often to identify gaps, refine procedures, and update for new technology or trending threats.

• Monitor, evaluate, adapt, and improve strategies to stay ahead of potential threats and hackers. If you don’t, cybercriminals will stay ahead of you and your systems. Perform consistent security assessments to identify new or suspected weaknesses and comply with the latest industry regulations and standards. Seek help from professional IT service companies recognized as experts and review training as needed.

What Does A Cybersecurity Manager Do?

A cybersecurity manager leads a team of IT professionals to protect sensitive data, networks, equipment, and processes from hackers. This position carries much responsibility and commands a competitive salary in virtually all organizations. The typical job duties include:

• Monitor the channels through which organizational information flows
• Observe all operations across the network and systems
• Manage the infrastructure that facilitates the IT operations
• Implement software upgrades and perform maintenance on hardware
• Manage and optimize company and system resources dedicated to critical tasks
• Keep employees focused on actions that are top priorities

research the best security tools for their organizations and keep up with changes to internal and external policies. They ensure compliance with current industry standards and regulations. They are also in charge of mitigating security risks by adopting effective strategies. Performing regular security audits shows the strengths and weaknesses of the strategies and demonstrates that cybersecurity is a top priority.

Learn more about a career in this growing occupation by requesting information about an Associate of Occupational Studies (AOS) Degree in Information Technology.

For more information about graduation rates, the median debt of students who completed the program, and other important information, please visit our website:/disclosures/

The post Managing Cybersecurity: Strategies For Businesses And Organizations appeared first on ITI College.

HVAC And Electrical Technology Comparison At A Glance

Deep Dive: Which Program Fits You Best?

Choose HVAC Technology If:

• You like variety: No two days are the same. You will work on different types of equipment, troubleshooting everything from mechanical components to electrical control boards.
• You are a “Jack-of-all-trades”: HVAC requires you to fix or maintain air flows, copper piping, and electronic thermostats, all in a single service call.
• HVAC technology training in Louisiana: HVAC programs can often be completed in six months to two years, allowing you to enter the workforce much faster than a standard electrical apprenticeship.
• You are comfortable with temperature extremes: Be prepared to work in uncomfortable environments like freezing winter rooftops or sweltering summer attics.

• You prefer specialization: Electricians focus strictly on the flow of power, reading schematics, and executing electrical layouts.
• You value a highly structured career path: Electrician training typically takes two years to earn an associate degree at an electrician trade school.
• You are detail-oriented and safety-minded: Electrical work requires strict adherence to complex safety codes and the ability to strictly follow power management standards.
• You want broader industry demand: Electrical growth is consistently driven by modern infrastructure upgrades, smart building tech, and the transition to renewable energies and electric vehicle (EV) charging networks.

Salary and Career Outlook

• Salary: Both fields offer solid starting salaries and excellent long-term earning potential. According to , earnings generally range from entry-level averages of $35,000 to $43,000 annually, climbing upwards of $70,000 to $80,000+ with experience. Electricians traditionally command a slightly higher average annual salary, though commercial and industrial HVAC work can yield similar or higher wages.
• Career Growth: Both paths offer the opportunity to start your own contracting business, take on supervisory roles, or move into commercial settings.
• Program Types: To explore more about program types, check out the or compare trade credentials using .

HVAC Training At ÌÇÐÄÔ­´´

Exploring the Air Conditioning, Refrigeration, & Electrical Technology (AOS) Associate in Occupational Studies Degree at ÌÇÐÄÔ­´´ will provide the details to help you make a career decision. A short-term Air Conditioning & Electrical Technology Certificate training program is also available.

Electrical Technology Training At ÌÇÐÄÔ­´´

• Automation & Electronic Systems Technology (AOS)
• Air Conditioning, Refrigeration, & Electrical Technology (AOS) – Discussed above.

• Electrical Technology
• Electronic Systems Technology
• Air Conditioning & Electrical Technology – Discussed in section 4

Disclosure:

The post HVAC vs. Electrical Technology: Which Program Is Right for You? appeared first on ITI College.

The Shipbuilding Industry In Louisiana

Louisiana’s shipbuilding industry is experiencing a massive renaissance, transitioning from a heavy reliance on the offshore oil and gas market to a high-tech powerhouse focused on federal defense contracts. Autonomous naval vessels, Arctic icebreakers, and aerospace-related maritime infrastructure drive growth. These are the current key industry developments:

• Autonomous Vessels & Sea Drones: Defense tech startup Saronic Technologies is operating a major production hub for . The company is completing a massive $300 million expansion at its Franklin shipyard to scale up production of its 150-foot Marauder drone ships.
• Next-Generation Shipyards: Saronic opened a downtown office in New Orleans to expand its operational footprint and announced plans for “Port Alpha,” a greenfield, multibillion-dollar next-generation shipyard to support long-term, large-scale autonomous mass production.
• Icebreakers & Military Manufacturing: Bollinger Shipyards, headquartered in Lockport, secured a major, multibillion-dollar defense contract to construct the U.S. Coast Guard’s fleet of Arctic Security Cutters.
• Aerospace Integration: Traditional shipyards like Bollinger are diversifying by fabricating non-traditional marine assets, such as converted barges designed to serve as landing platforms for commercial aerospace ventures.

Workforce And Economic Impact

Core Industry Needs

• Harsh-Environment Ruggedization: Graduates must understand how sensors and control architectures perform under extreme vibration, saltwater corrosion, electromagnetic interference (EMI), and shock.
• Maritime System Integration: The ability to interface modern programmable logic controllers (PLCs), distributed control systems (DCS), and SCADA networks with massive legacy mechanical, propulsion, and auxiliary systems.
• Network & Cybersecurity: Modern surface vessels and submarines heavily rely on integrated, autonomous networks. Grads need foundational knowledge of shipboard Ethernet and cybersecurity protocols to protect these mission-critical systems.
• Calibration and Metrology: Strict adherence to maritime and defense standards for calibrating pressure, flow, temperature, and level sensors.
• Safety and Regulatory Compliance: Familiarity with strict international maritime regulations (e.g., from the IMO) and military specifications (MIL-SPEC) governing vessel safety.

Recommended Tools And Standards

Where To Train And Apply For Jobs

The maritime industry—facing a significant workforce shift—heavily recruits I&CS technicians and engineering graduates for stable, high-demand design and production roles.

• Earn an Associate Degree: An industry-worthy degree is an Instrument & Control Systems Technology (AOS) Associate in Occupational Studies Degree.
• Naval Sea Systems Command (NAVSEA): Actively recruits entry-level I&CS technicians and engineers for surface ship and submarine design. Explore career options on the NAVSEA Engineering Jobs portal.
• Private Defense Contractors: Companies like Huntington Ingalls Industries (HII) and General Dynamics Electric Boat are major employers in this space. Look for maritime electrical and control postings via platforms, such as the Orion Talent Naval Submarine & Shipbuilding Careers page. All these companies need technicians trained well in automation systems technology.

Disclosure:

The post What Shipbuilding Needs From Instrument And Control Systems Grads appeared first on ITI College.