Chemistry Internship at Lam Research | Chemistry Candidates Apply Now
Kickstart your career with a Chemistry Internship at Lam Research Careers, designed for students passionate about innovation and technology. This Chemical Engineering Internship offers a unique chance to work on advanced semiconductor systems, combining data analysis and modelling. If you’re looking for industry exposure and real-world experience, this internship provides the perfect platform to grow, learn, and build a strong technical foundation in a competitive environment.
- Position Title: Engineering Intern 2
- Location: IN-Bangalore (3811)
- Requisition ID: 196333
About the Company:
Lam Research Careers offers opportunities with a global leader in semiconductor manufacturing equipment. The company specializes in advanced technologies used in deposition, etch, and cleaning processes. With a strong presence in innovation and engineering excellence, Lam Research supports cutting-edge developments worldwide. This Chemistry Internship under their team provides exposure to real-world engineering environments and strengthens your understanding of semiconductor systems.
Job Overview:
This Chemistry Internship under Lam Research Careers is a 6-month opportunity based in Bangalore. The role focuses on understanding plasma processing, modelling process behaviour, and analysing engineering datasets. As part of this Chemical Engineering Internship, interns will work closely with engineers to improve system performance, reliability, and process
understanding in semiconductor manufacturing systems.During the internship, you will contribute to engineering challenges such as:
- Plasma processing of advanced and emerging material systems
- Time-dependent or cyclic plasma processes with evolving surface interactions
- Chamber–surface conditioning effects and process stability
- Transport and reaction balance in complex geometries
- Film property sensitivity and process–performance coupling
Key Responsibilities
- Analyse experimental datasets to identify key drivers of process performance and variability
- Support development of simplified physics-based or analytical models describing plasma–surface interactions and process behaviour
- Perform structured data analysis to identify sensitivities and parameter interactions
- Assist in correlating model predictions with experimental observations
- Support hypothesis development and validation through targeted data interpretation
- Participate in parametric or sensitivity studies to understand process trade-offs
- Document modelling assumptions, analysis methodology, and key insights
- Present technical findings and collaborate with engineering teams during technical reviews
Educational Requirements:
- Currently pursuing a Master’s degree (MS / MTech) in: Chemical Engineering, Chemistry, or a related discipline with relevance to the semiconductor equipment industry
- Strong academic foundation in one or more of the following: Plasma physics, Transport phenomena, Surface kinetics or reaction engineering, Fluid mechanics or electromagnetics
- Experience with computational or analytical tools such as: Python, MATLAB or similar numerical analysis platforms
Preferred Qualifications
- Coursework or research involving plasma processing or semiconductor manufacturing
- Experience developing physics-based models or numerical simulations
- Familiarity with solving ODEs/PDEs numerically
- Exposure to plasma systems such as ICP, CCP, RIE, ALE, ALD, or CVD
- Experience working with experimental datasets from laboratory or research environments
- Strong problem-solving skills and ability to translate physical intuition into quantitative analysis
- Strong written and verbal communication skills
This Chemistry Internship at Lam Research Careers is an excellent opportunity for students aiming to enter the semiconductor industry. With hands-on exposure, advanced learning, and real-world applications, this Chemical Engineering Internship helps build strong technical expertise. If you are passionate about innovation and want to work in a high-impact environment, this role can be a stepping stone toward a successful and rewarding career.
