Internship - Design of Heat Transfer Equipment (Remote)
Duration: 1 to 3 months
Application Deadline: 15 May 2025
Eligibility: Bachelor's students and recent graduates
Application Deadline: 15 May 2025
Eligibility: Bachelor's students and recent graduates
Location: Fully Remote
Stipend: None (unpaid)
Ref: YZJU9DL131
Stipend: None (unpaid)
Ref: YZJU9DL131
Internship Highlights
- Fully Remote: Work from anywhere.
- Flexible Schedules: Students can select their preferred internship start dates.
- Learn New Skills: Master industry-standard tools and concepts.
- Career Experience: Gain real-world skills and enhance your career prospects.
- Higher Education Support: Receive guidance for pursuing advanced studies.
- Academic Credits: Earn credits for your degree.
Introduction
Join Confidite’s remote Heat Transfer Equipment internship, enhancing sustainable energy with innovative design solutions.
Duties & Responsibilities
- Assist in designing heat transfer equipment to optimize energy efficiency in sustainable systems.
- Analyze thermal performance and fluid dynamics to improve heat exchanger and equipment designs.
- Conduct simulations to evaluate safety and effectiveness of heat transfer technologies.
- Collaborate remotely with engineering teams to integrate designs into energy management projects.
- Prepare technical reports on heat transfer equipment advancements for Confidite’s R&D efforts.
Requirements
- Recent graduates or enrolled in final year of bachelor’s program in engineering or science.
- Basic understanding of heat transfer, thermodynamics, or physics, with a willingness to deepen expertise.
- Analytical skills and interest in designing equipment for sustainable energy applications.
Skills and Knowledge You Gain
- Proficiency in designing heat transfer equipment for energy-efficient and sustainable use.
- Knowledge of thermal and fluid dynamics principles applied to engineering solutions.
- Experience with simulation tools for optimizing heat transfer system performance.
- Ability to communicate technical design insights to support engineering and sustainability goals.