Objective

Empower women engineers to thrive in Industry 4.0 by providing technical skills, fostering leadership, and addressing unique challenges faced by women in technology-driven industries.

Day 1: Introduction to Industry 4.0 and Career Empowerment

 Morning Session:

    • Understanding Industry 4.0:
      • Overview of technologies: IoT, AI, robotics, and smart factories.
      • Role of women in shaping the future of engineering.
    • Guest Speaker:
      • A successful female leader in Industry 4.0 shares her journey and lessons learned.
  • Afternoon Session:
    • Breaking Barriers in Engineering:
      • Challenges and opportunities for women in tech.
      • Strategies for overcoming unconscious bias and stereotypes.
    • Workshop:
      • Identify personal strengths and develop a career vision aligned with Industry 4.0.

Day 2: Technical Skills for Industry 4.0 

  • Morning Session:
    • Hands-on with Automation and IoT:
      • Basics of IoT and its applications in smart manufacturing.
      • Setting up and programming sensors and devices.
    • Workshop:
      • Build a basic IoT-enabled monitoring system.
  • Afternoon Session:
    • AI and Data Analytics:
      • Role of AI in decision-making and predictive maintenance.
      • Data visualization tools like Power BI and Tableau.
    • Activity:
      • Analyze production data to identify efficiency improvements.

Day 3: Leadership and Emotional Intelligence

 Morning Session:

    • Developing Leadership Skills:
      • Essential traits of leaders in Industry 4.0.
      • Building confidence and influencing skills.
    • Role-Playing Exercise:
      • Participants lead a simulated team in solving a smart factory issue.
  • Afternoon Session:
    • Emotional Intelligence for Workplace Success:
      • Managing stress, fostering empathy, and resolving conflicts.
      • Techniques to create inclusive and collaborative team environments.
    • Practical Activity:
      • Analyze case studies of successful women-led engineering teams.

Day 4: Innovation and Problem-Solving

 Morning Session:

    • Encouraging Innovation:
      • Techniques to drive creative problem-solving in Industry 4.0 projects.
      • Brainstorming tools: SCAMPER, TRIZ.
    • Activity:
      • Teams develop innovative solutions for common Industry 4.0 challenges.
  • Afternoon Session:
    • Critical Thinking and Risk Management:
      • Frameworks for evaluating risks and making informed decisions.
      • Case study: Managing a system failure in a smart factory.
    • Workshop:
      • Create a decision matrix for a real-world engineering problem.

Day 5: Networking, Personal Branding, and Career Growth

 Morning Session:

    • Building a Professional Network:
      • Leveraging networking platforms (LinkedIn, industry events).
      • Strategies for building mentorship relationships.
    • Activity:
      • Create an elevator pitch and practice networking scenarios.
  • Afternoon Session:
    • Personal Branding and Career Planning:
      • Showcasing achievements and technical expertise effectively.
      • Goal-setting for career advancement in Industry 4.0.
    • Capstone Activity:
      • Participants present their personal Industry 4.0 career plans to peers and mentors.

Special Features

 Daily Mentorship: Each day concludes with a 1-hour mentorship session featuring women leaders from Industry 4.0 sectors.

  • Networking Dinner: Midweek dinner with influential women professionals and industry experts.
  • Certificate of Completion: Highlighting technical and leadership skills gained.

Outcomes

 Gain technical skills in Industry 4.0 technologies like IoT, AI, and data analytics.

  1. Build leadership, problem-solving, and emotional intelligence.
  2. Develop strategies for overcoming barriers and advancing in engineering careers.
  3. Expand professional networks and create actionable career plans.

This program emphasizes empowerment through both technical mastery and soft skills, fostering confidence and capability in Industry 4.0 engineering environments.

This course is suitable for

 Female practitioners in Industry 4.0 across all economic sectors, e.g.

  • – production & manufacturing
    – transport & logistics, warehousing
    – utilities, e.g. power generation & distribution, water supply etc.
    – critical infrastructure (railways, airports, ports etc.)
    – banking & financial services, e.g. insurance companies
    – agriculture, food production & processing
  • Technology enthusiasts with a strong drive for teamwork and innovation
  • Hard working, self-driven individuals with a willingness to outperform

 Entry Requirements

 1. Academic Qualifications

 Minimum:

  • A high school diploma or equivalent with strong academic performance, particularly in STEM (Science, Technology, Engineering, Mathematics) subjects.
  • Recommended coursework in mathematics, computer science, physics, or economics.
  • A minimum GPA or equivalent standard as defined by the institution.

Preferred:

  • A bachelor’s degree or higher in a relevant field such as engineering, computer science, information technology, business management, or related disciplines.
  • A minimum grade point average (or equivalent) at the undergraduate level.
  • Applicants from non-STEM backgrounds may be required to complete prerequisite courses in Industry 4.0 fundamentals or related technologies.

2. Technical Proficiency

  • Familiarity with Industry 4.0 concepts such as IoT, artificial intelligence, big data analytics, robotics, or cloud computing (can be demonstrated through coursework, certifications, or projects).
  • Basic programming or data analysis skills are recommended but not mandatory

3. Professional Experience

  • At least 1-2 years of relevant professional experience in a technical, managerial, or industrial role is preferred but not mandatory.
  • Evidence of participation in Industry 4.0-related projects or initiatives will be advantageous.

4. Language Proficiency

  • Proficiency in the language of instruction e.g. English

5. Diversity and Inclusivity Policy

  • Applications are encouraged from individuals with diverse academic and professional backgrounds, especially those from underrepresented groups in technology and innovation sectors.

These requirements aim to attract a diverse cohort of students equipped with the technical skills and interdisciplinary mindset necessary to drive Industry 4.0 innovation across various economic sectors.

Apply Now
Apply Now