*Warning: This post contains spoilers about the characters from the television series Timeless. Read at your own risk if you have not watched the first two seasons.
There is something to be said about a well written, human character. They leap off the page and speak to us as if they were right in front us, as flesh and blood human beings, instead of fictional creations.
In this series of weekly blog posts, I will examine character using the characters from Timeless to explore how writers can create fully dimensional, human characters that audiences and readers can relate to.
Every team needs a level-headed, capable leader. They are the ones who keep calm when everything and everyone around them is falling apart around them. On Timeless, that leader is Agent Denise Christopher (Sakina Jaffrey). Responsible for bringing and keeping the Time Team together, she is the unquestioned leader of their group. Part mama bear and part military general, it up to her to ensure that the missions are completed and Rittenhouse is stopped. But she also has to deal with the administrative part of leadership, working with Mason Industries and the her bosses in the NSA.
Like many working women, Denise juggles both a work life and a home life. Married too Michelle (Marci T. House), she has two young kids. But while her home life looks flawless, it was not easy to come out. When the Time Team met her in the early 1980’s, a younger Denise Christopher (Karen David) came from a traditional Indian family. Working as a police officer, she kept her sexuality close to her chest and nearly married a man to please her family.
To sum it up: Like anyone in a management, Denise Christopher’s professional life is a balancing act between caring for her team and making sure that they can complete the job they were hired to do. Add in her home life and you’ve got the average working woman. Any woman with a full-time job, a partner/spouse and children will tell you that it is never easy. But Denise Christopher stands out as a character because she balances both and proves that even though it is not easy, it is still possible.