Dr. Deepak K. Pandey
From Molecular Insights to Real-World Solutions
I'm Deepak, a physicist exploring where fundamental research meets real-world impact. From capturing molecular reactions in femtoseconds to building Python pipelines that process terabytes of spectroscopic data, I bridge the gap between laboratory insights and practical solutions.
Based in Kassel, Germany, I bring 7+ years of experimental physics to systematic problem-solving. Whether you're tackling materials characterization challenges, designing data pipelines for complex instruments, or exploring how spectroscopy translates to industrial applications: let's talk.
"I'm fascinated by molecular dynamics at the femtosecond level. But the greater impact is what comes next: transforming those insights into automated pipelines and practical solutions that deliver measurable results outside the lab."
Beyond the Lab
Outside the lab (whether aligning lasers or coding data pipelines), you'll catch me on the badminton court, with music on during a long walk through Kassel's parks, or just unwinding with a good playlist when the weather's against outdoor plans. These pursuits show me that problem-solving isn't confined to work: it takes persistence, focus, and creativity in everyday life too. I'm eager to apply that same mindset to new challenges in industry, particularly where rigorous technical understanding meets real-world business applications.
Quick Stats
What You Can Expect
For Research Challenges
I enable faster insights through automated analysis systems. Developed an FTIR/Raman automation pipeline that reduces spectral processing from weeks to hours (beta deployment ongoing). This supports parallel research workflows and accelerates scientific progress.
For R&D Teams
Seven years turning invisible phenomena into hard results: from characterizing ionic liquid-nanoparticle interfaces with FTIR, Raman, and DFT calculations, to capturing molecular reactions on the femtosecond timescale using Ti:Sapphire lasers.
For Cross-Functional Projects
I coordinate work across institutions and borders. My PhD involved collaborators in Germany, India, and three other countries. I managed data governance, intellectual property, and timelines to deliver consistent results, including contributing to one granted patent.
For Technical Leadership
Research trains you to manage ambiguity. When experiments produce unexpected results, you debug systematically: documenting findings, isolating variables, and persisting through uncertainty. These skills translate directly to navigating technical complexity in any field.
How I Work
Experimental Precision Meets Computational Power
I don't just design experiments—I build the tools to analyze them. From optimizing ultra-high vacuum chambers to creating Python data pipelines (NumPy, Pandas, SciPy), I connect hands-on laboratory work with systematic computational analysis.
Recent focus: Automated spectroscopy workflows combining statistical validation with physics-informed analysis, bridging manual techniques with scalable methods.
Research Rigor Meets Business Context
Peer-reviewed publications demonstrate research depth. Professional certifications (IBM Data Science, SAP Technology Consulting, Google Project Management) show commitment to how organizations work beyond the laboratory.
What this means: I can explain ultrafast molecular dynamics to physicists AND discuss pipeline optimization with engineers AND frame priorities for non-technical stakeholders. This cross-context fluency comes from years translating complex ideas for different audiences.
Methodical Problem-Solving
Physics demands breaking complex problems into testable hypotheses. This works everywhere: debugging femtosecond laser systems, optimizing data pipelines, or structuring project timelines. The pattern stays the same: Identify the smallest testable unit. Understand it deeply. Build incrementally. Iterate until reliable.
Recent example: Troubleshooting unexpected reaction dynamics by isolating variables (pump laser timing, probe wavelength, gas pressure, nozzle temperature)—same methodology applied to debugging Python code and analyzing experimental bottlenecks.
Current Focus
Research
Investigating ultrafast reaction dynamics in microsolvated environments using Ti:Sapphire laser systems at University of Kassel. Capturing molecular events in femtoseconds (10-15 seconds).
Professional Development
Applying data science and project management methodologies to R&D challenges in the DACH region. Recent certifications: IBM Data Science Professional, Google Project Management, SAP Technology Consulting.
Applying AI
How agentic AI transforms scientific workflows, from automated literature review to intelligent experiment design. Developing tools that solve real problems with emerging technologies.
Career Highlights
Strategic Skill Development for R&D Roles
Applying scientific methods to business contexts through professional certifications and technical portfolio development
Postdoctoral Researcher, University of Kassel
Conducting ultrafast spectroscopy studies using Ti:Sapphire femtosecond laser systems, focusing on time-resolved photoelectron-photoion coincidence (PEPICO) spectroscopy and molecular beam experiments to investigate reaction dynamics in chiral molecules and microsolvated clusters
PhD Researcher, IITRAM Ahmedabad, India
INSPIRE Fellowship recipient (competitive national program). 12 first-author publications. Contributed to one granted patent (gas-separation membranes)
Choose Your Path
Different entry points based on what you're looking for
For Recruiters & Hiring Managers
See quantified project outcomes, technical skills, and production-ready work samples
For Technical Collaborators
Explore research credentials, publications, patent, and scientific depth
For Consulting & Partnerships
Discuss collaboration opportunities, technical consulting, or advisory roles
Let's Discuss How I Can Contribute
Whether you're looking for R&D expertise, data science capabilities, or technical project management: I bring systematic problem-solving and cross-functional collaboration skills.