This project offers students an opportunity to apply their knowledge to a cutting-edge renewable energy innovation. Participants will tackle challenges at the intersection of engineering, web development, and digital marketing, gaining real-world experience in the development and promotion of the Alternative Wind Energy Conversion System (AWECS)—a novel technology designed to redefine wind energy processing.

By engaging with this project, students will:

• Gain exposure to the renewable energy sector.
• Develop technical and creative skills transferable to multiple industries.
• Collaborate directly with a Ph.D.-level expert in engineering innovation.

Participants will apply classroom knowledge to real-world projects, gaining invaluable professional experience and enhancing career readiness in three impactful areas:

Professional Website Design and Optimization

Students will conceptualize, design, and develop a professional website showcasing the groundbreaking Alternative Wind Energy Conversion System (AWECS).

• Core Objectives:
• Build a visually captivating, user-friendly website optimized for showcasing AWECS to a global audience, including investors, industry leaders, and the general public.
• Integrate interactive elements (e.g., animations, infographics) to simplify complex technological concepts for diverse audiences.
• Incorporate responsive design principles to ensure seamless functionality across all devices.
• Collaborate on branding, layout, and content to create a unified, professional digital presence for AWECS.

Cloud Computing Framework for ANSYS Simulations

Students will design a distributed computing framework to enable cost-effective cloud-based simulations for AWECS development.

• Core Objectives:
• Research and identify optimal configurations for transforming standard computers into a scalable, distributed computing system.
• Develop a practical framework, complete with hardware and software recommendations, tailored for high-performance ANSYS simulations.
• Document the configuration process and provide an analysis of expected performance improvements, contributing to the development and validation of AWECS technology.

Social Media Content Creation and Campaign Strategy

Students will create a comprehensive social media strategy to complement the website, amplifying AWECS’s digital presence.

• Core Objectives:
• Produce engaging, platform-specific content (e.g., infographics, videos, animations) to communicate AWECS’s value and innovation.
• Develop a content calendar and posting strategy targeting investors, researchers, and industry partners.
• Align all content with AWECS branding, emphasizing its market potential, modular design, and efficiency benefits.

The project will culminate in the following high-value deliverables:

1. Fully Functional Website:

• A polished and engaging website that includes:
• A homepage with an introduction to AWECS and its innovative features.
• Dedicated sections on AWECS benefits, market potential, and applications.
• An interactive “Why AWECS?” page explaining its advantages over traditional wind turbines.
• A contact page for inquiries and partnerships.
• Incorporation of high-quality visuals, responsive design, and multimedia elements like animations or videos.

2. Cloud-Based ANSYS Simulation Framework:

• A comprehensive guide for converting multiple computers into a localized cloud solution.
• Key elements:
• Hardware and software requirements.
• Step-by-step setup instructions.
• A performance analysis report demonstrating increased efficiency.
• A final roadmap with recommendations for scaling the cloud setup.

3. Social Media Content and Strategy:

• A complete portfolio of social media content, including:
• Infographics, animations, or videos designed for platforms like LinkedIn, Instagram, and Twitter.
• Messaging that emphasizes AWECS’s innovation and sustainability impact.
• A detailed posting schedule and audience engagement strategy.
• Branding assets aligned with the website for a cohesive online presence.

4. Final Report and Presentation:

• A detailed report summarizing project outcomes, methodologies, and recommendations.
• A professional presentation highlighting key findings, shared virtually for feedback.

Key Focus Areas

Visual and Functional Impact:

• High-quality visuals and modern design principles for the website.
• Engaging animations or clickable diagrams to enhance understanding.

Innovation in Engineering and Computing:

• A practical approach to distributed computing for ANSYS simulations.
• Exploration of how cloud solutions can advance renewable energy validation.

Digital Outreach and Branding:

• Social media campaigns that resonate with diverse audiences.
• Strategies to build brand recognition and attract stakeholders.

Student Development:

• Hands-on experience in web design, engineering workflows, and digital marketing.
• Mentorship and guidance throughout the project to ensure skill development.

Alignment with Educational Goals

This project aligns perfectly with Portage College’s Career Internship 1 course, providing students with an immersive experience that enhances their problem-solving, communication, and critical thinking skills. By contributing to cutting-edge work in renewable energy and digital innovation, students will develop a robust portfolio of accomplishments that prepares them for future career opportunities.

Why Choose This Project?

This project stands out because it:

• Allows students to make a real-world impact in renewable energy.
• Combines technical and creative tasks, broadening their professional portfolio.
• Offers mentorship from an expert innovator in wind energy technology.
• Prepares students for future careers by equipping them with relevant skills and experiences.