Students in this advanced biochemistry laboratory course have hands-on experience with a variety of biochemical and molecular biology techniques, instrumentation, and data analysis. They are skilled in using classical and modern techniques such as: Enzyme purification and kinetics Chromatography (ion exchange, size exclusion) Gel electrophoresis (agarose and SDS-PAGE) Protein crystallization and characterization Mammalian and bacterial cell culture Bioinformatics and structural biology tools​ Learners also excel in scientific literacy, including maintaining comprehensive laboratory notebooks and preparing formal reports and presentations. Their ability to collaborate in teams ensures effective project execution and problem-solving​

Learners in this course are skilled in public policy analysis, lobbying, community engagement, leadership, and project development. They are capable of evaluating policy processes, designing effective advocacy strategies, creating actionable community development plans, and presenting well-researched recommendations to stakeholders. Companies can expect thoughtful, data-driven insights and innovative approaches to solving community and policy-related challenges.

This experience is designed for learners who are delving into the fundamentals of human resource management. Participants will gain insights into the core functions of HR, including talent acquisition, employee motivation, and retention strategies. By applying these concepts, learners can assist organizations in refining their HR processes to enhance workforce efficiency and satisfaction. This experience enables learners to translate theoretical knowledge into practical solutions that address real-world HR challenges.

This experience is designed for learners in an advanced chemistry course focused on mastering instrumental methods for analyzing and measuring the physical properties of molecules and chemical reactions. Participants are equipped with the skills to operate sophisticated analytical instruments, interpret complex data, and apply these techniques to real-world scenarios. Learners can leverage their understanding of molecular interactions and chemical properties to tackle industry-relevant projects, providing valuable insights and solutions. Students have access to a range of chemical analysis instrumentation such as UV/Vis and FTIR spectroscopies, liquid chromatography (HPLC and IC), gas chromatography (GC/MS), nuclear magnetic resonance (NMR), atomic absorption, and thermal gravimetric analysis. Additionally, students can perform reaction calorimetry and reaction kinetics measurements.

Looking to elevate your organization, and bring it to the next level? Bring on learners from Albion College to be your learner-consultants, in a project-based experience. Learners will work on one main project over the experience of the semester, connecting with you as needed with virtual communication tools. The students are enrolled in a course is intended as an introduction to the study of drug use, abuse, and addiction, with a focus on recreationally used drugs. Students are exposed to a variety of approaches all based on the scientific literature of drug use that will examine how drugs influence our brain and behavior as well as the consequences of drug use for society.  

Bring on advanced chemistry learners from Albion College to be your virtual interns, in a project-based experience as they are introduced to topics in quantum chemistry, molecular modeling, and molecular dynamics. Learners will work on one or more projects of your choosing over the internship period, connecting with you via virtual communication tools, as needed. The students are enrolled in a course that delves into the microscopic and molecular foundations of chemistry, exploring topics such as molecular mechanics and quantum mechanics techniques which are used to predict the structures, energies, and fundamental properties of atoms and molecules. Learners will gain experience in ab initio quantum mechanics methods (Hartree-Fock, Moeller-Plesset/Configuration Interaction, and density functional theory (DFT) ), semi-empirical methods (MNDO, PM3, ZINDO), and molecular mechanics which can be used to perform molecular geometry optimizations, determine molecular orbitals and energies, and can be used to calculate molecular, thermodynamic, and spectroscopic properties. These methods involve building and visualizing molecules in three dimensions (3D) and performing calculations on molecules containing atoms ranging from two to hundreds. Learners will also be introduced to the fundamentals of molecular dynamics calculations and simulations which can be used to predict atomic trajectories for complex systems.

Looking to elevate your organization, and bring it to the next level? Bring on learners from Albion College to be your virtual interns, in a project-based experience. Learners will work on one or more projects of your choosing over the internship period, connecting with you as needed with virtual communication tools. This Albion College and Ford Institute course guides graduating students through three key elements. Firstly, it encourages them to integrate public service into their future lives. Secondly, it delves into the policy-making process, allowing students to explore a chosen area of public policy and engage in group exercises. Lastly, it revisits Albion's development theme, prompting critical examination of nuanced options for the college. Throughout, the course emphasizes the interconnectedness of public policy and public service, aiming to equip students with a foundation for a life of informed and improved public service.