About Us
We are a global climate technologies company engineered for sustainability. We create sustainable and efficient residential, commercial and industrial spaces through HVACR technologies. We protect temperature-sensitive goods throughout the cold chain. And we bring comfort to people globally. Best-in-class engineering, design and manufacturing combined with category-leading brands in compression, controls, software and monitoring solutions result in next-generation climate technology that is built for the needs of the world ahead.
Whether you are a professional looking for a career change, an undergraduate student exploring your first opportunity, or recent graduate with an advanced degree, we have opportunities that will allow you to innovate, be challenged and make an impact. Join our team and start your journey today!
Job Title
Electronics Modeling & Simulation Intern
Job Summary
We are seeking a highly motivated Electronics Modeling & Simulation Intern to join our engineering team and contribute to the development of advanced simulation workflows for electronic components and PCB assemblies.
This role focuses on building and automating multi-physics simulation frameworks, including EMI/EMC analysis, thermal modeling, and system-level behavior prediction using industry-standard tools such as ANSYS Electronics Desktop (HFSS, Icepak, SIwave) or equivalent platforms.
The intern will work closely with R&D engineers to develop simulation methodologies, validate models, and support design decisions through physics-based analysis. This position is ideal for postgraduate students with strong interests in computational methods, electronics systems, and simulation-driven design.
Key ResponsibilitiesSimulation & Modeling
- Develop and implement simulation workflows for:
- EMI/EMC analysis of PCB assemblies
- Thermal performance prediction of electronic components and systems
- Signal integrity (SI) / power integrity (PI) (if applicable)
- Create physics-based models for electronic components and assemblies mounted on PCBs
- Perform multi-physics simulations combining electromagnetic and thermal effects
Tool Development & Automation
- Build and enhance simulation workflows and automation scripts using:
- Python / scripting within ANSYS or equivalent tools
- Standardize modeling approaches for reuse across multiple projects
- Support development of internal simulation frameworks for R&D activities
Analysis & Validation
- Interpret simulation results and correlate with expected physical behavior
- Perform sensitivity studies and parametric analysis
- Assist in validating models against available experimental or literature data
Collaboration & Reporting
- Work closely with design, hardware, and R&D teams
- Document simulation methodologies and findings in a structured manner
- Present results and insights to engineering stakeholders
Required QualificationsEducation
- Currently pursuing or recently completed Postgraduate degree (M.Tech / MS / MSc / equivalent) in:
- Electronics Engineering
- Electrical Engineering
- Applied Physics
- Computational Engineering or related fields
Technical Skills
- Strong fundamentals in:
- Electromagnetics (Maxwell’s equations, wave propagation, EMI/EMC basics)
- Heat transfer (conduction, convection basics)
- Exposure to simulation tools such as:
- ANSYS Electronics Desktop (HFSS, Icepak, SIwave) or similar
- Programming/scripting knowledge:
- Python / MATLAB preferred
Analytical Skills
- Understanding of numerical methods / simulation techniques
- Ability to translate physical problems into computational models
- Strong problem-solving and data interpretation skills
Preferred Qualifications (Nice to Have)
- Experience with:
- PCB-level simulations (SI/PI/EMC)
- Thermal analysis of electronics
- FEM / FDTD / circuit simulation techniques
- Exposure to:
- Automation APIs (ANSYS scripting, PyAEDT, etc.)
- Data-driven or ML-assisted simulation workflows
Internship Details
- Duration: 6 months to 1 year
- Eligibility: Postgraduate students (currently enrolled)
- Location: Pune
- Start Date: 01-July-2026
What the Intern Will Gain
- Hands-on experience with industry-grade simulation tools
- Exposure to real-world electronics system challenges (EMI, thermal, PCB behavior)
- Opportunity to build end-to-end simulation workflows
- Mentorship in computational modeling and engineering analysis
This role is ideal for candidates interested in pursuing careers in simulation-driven design, EDA tools, or computational engineering in electronics systems.
Our Commitment to Our People
Across the globe, we are united by a singular Purpose: Sustainability is no small ambition. That’s why everything we do is geared toward a sustainable future—for our generation and all those to come. Through groundbreaking innovations, HVACR technology and cold chain solutions, we are reducing carbon emissions and improving energy efficiency in spaces of all sizes, from residential to commercial to industrial.
Our employees are our greatest strength. We believe that our culture of passion, openness, and collaboration empowers us to work toward the same goal - to make the world a better place. We invest in the end-to-end development of our people, beginning at onboarding and through senior leadership, so they can thrive personally and professionally.
Flexible and competitive benefits plans offer the right options to meet your individual/family needs. We provide employees with flexible time off plans, including paid parental leave (maternal and paternal), vacation and holiday leave.
Together, we have the opportunity – and the power – to continue to revolutionize the technology behind air conditioning, heating and refrigeration, and cultivate a better future. Learn more about us and how you can join our team!
Our Commitment to Inclusion & Belonging
At Copeland, we cultivate a strong sense of inclusion and belonging where individuals of all backgrounds, and with diverse perspectives, are embraced and treated fairly to enable a stronger workforce. Our employee resource groups play an important role in culture and community building at Copeland.
Equal Opportunity Employer
Copeland is an Equal Opportunity/Affirmative Action employer. All qualified applicants will receive consideration for employment without regard to sex, race, color, religion, national origin, age, marital status, political affiliation, sexual orientation, gender identity, genetic information, disability or protected veteran status. We are committed to providing a workplace free of any discrimination or harassment.
Skills Required
- Currently pursuing or recently completed a postgraduate degree such as M.Tech, MS, MSc, or equivalent in Electronics Engineering, Electrical Engineering, Applied Physics, Computational Engineering, or a related field.
- Strong fundamentals in electromagnetics, including Maxwell’s equations, wave propagation, and EMI/EMC basics.
- Strong fundamentals in heat transfer, including conduction and convection.
- Exposure to ANSYS Electronics Desktop, including HFSS, Icepak, and SIwave, or equivalent simulation platforms.
- Programming or scripting knowledge in Python or MATLAB.
- Understanding of numerical methods and simulation techniques.
- Ability to translate physical problems into computational models.
- Strong problem-solving and data interpretation skills.
- Experience with PCB-level simulations involving signal integrity, power integrity, or EMC.
- Experience with thermal analysis of electronics.
- Experience with FEM, FDTD, or circuit simulation techniques.
- Exposure to automation APIs such as ANSYS scripting or PyAEDT.
- Experience with data-driven or machine-learning-assisted simulation workflows.
What We Do
We are a global climate technologies company engineered for sustainability. Today, we are building on our 100-year legacy through industry-leading innovation, putting Copeland at the forefront of positive change. We create sustainable residential, commercial and industrial spaces through HVACR technologies. We maintain the integrity of goods throughout the cold chain. And we bring comfort to people globally.
